Education (Colleges & Universities)
Here's a look at documents from public, private and community colleges in the U.S.
Education (Colleges & Universities)
Featured Stories
Virginia Tech: Jane Chadwick Named Human Resources Division Director for the College of Natural Resources and Environment
BLACKSBURG, Virginia, Aug. 11 -- Virginia Tech issued the following news:
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Jane Chadwick named human resources division director for the College of Natural Resources and Environment
By Jasper Joyner
Jane Chadwick has been hired as human resources division director for the College of Natural Resources and Environment.
Chadwick joins Virginia Tech from Rocky Mountain Cancer Centers, where she served as director of human resources, leading human resources strategy for more than 800 employees, more than 100 physicians, and advanced practice providers across 14 clinics.
Chadwick jointly ... Show Full Article BLACKSBURG, Virginia, Aug. 11 -- Virginia Tech issued the following news: * * * Jane Chadwick named human resources division director for the College of Natural Resources and Environment By Jasper Joyner Jane Chadwick has been hired as human resources division director for the College of Natural Resources and Environment. Chadwick joins Virginia Tech from Rocky Mountain Cancer Centers, where she served as director of human resources, leading human resources strategy for more than 800 employees, more than 100 physicians, and advanced practice providers across 14 clinics. Chadwick jointlyreports to Saskia van de Gevel, dean of the College of Natural Resources and Environment, and Curtis Mabry, assistant vice president for HR consulting.
"Our division directors empower Virginia Tech's colleges and departments to succeed," said Bryan Garey, vice president for human resources. "Jane's 15 years of human resources leadership experience across higher education, healthcare, and professional services make her a wonderful addition to the cohort of directors, and we're excited to welcome her into the Hokie Nation."
Chadwick will work with the dean of the college while partnering with the Division of Human Resources as the senior human resources leader to align college people initiatives with HR's universitywide strategy.
"Jane understands that people are our greatest strength," said van de Gevel. "She has already been meeting with faculty and staff from across the college, taking the time to listen, learn, and build relationships, and she is doing a wonderful job. Jane brings a collaborative approach to leadership, deep expertise in organizational development, and a strong commitment to supporting our people. I'm excited to have her on our team as we continue advancing the college's teaching, research, and outreach mission together."
Prior to Rocky Mountain Cancer Centers, Chadwick was director of human resources and learning and development at Sherman & Howard LLP. Chadwick is a senior professional in human resources and holds certifications in human resources management, leadership development, and Lean process improvement.
She received a master's degree in adult learning, training and development from Regis University and a bachelor's degree in speech communication from Ithaca College.
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Original text here: https://news.vt.edu/articles/2026/08/jane-chadwick-hr.html
* * *
Jane Chadwick named human resources division director for the College of Natural Resources and Environment
By Jasper Joyner
Jane Chadwick has been hired as human resources division director for the College of Natural Resources and Environment.
Chadwick joins Virginia Tech from Rocky Mountain Cancer Centers, where she served as director of human resources, leading human resources strategy for more than 800 employees, more than 100 physicians, and advanced practice providers across 14 clinics.
Chadwick jointly ... Show Full Article BLACKSBURG, Virginia, Aug. 11 -- Virginia Tech issued the following news: * * * Jane Chadwick named human resources division director for the College of Natural Resources and Environment By Jasper Joyner Jane Chadwick has been hired as human resources division director for the College of Natural Resources and Environment. Chadwick joins Virginia Tech from Rocky Mountain Cancer Centers, where she served as director of human resources, leading human resources strategy for more than 800 employees, more than 100 physicians, and advanced practice providers across 14 clinics. Chadwick jointlyreports to Saskia van de Gevel, dean of the College of Natural Resources and Environment, and Curtis Mabry, assistant vice president for HR consulting.
"Our division directors empower Virginia Tech's colleges and departments to succeed," said Bryan Garey, vice president for human resources. "Jane's 15 years of human resources leadership experience across higher education, healthcare, and professional services make her a wonderful addition to the cohort of directors, and we're excited to welcome her into the Hokie Nation."
Chadwick will work with the dean of the college while partnering with the Division of Human Resources as the senior human resources leader to align college people initiatives with HR's universitywide strategy.
"Jane understands that people are our greatest strength," said van de Gevel. "She has already been meeting with faculty and staff from across the college, taking the time to listen, learn, and build relationships, and she is doing a wonderful job. Jane brings a collaborative approach to leadership, deep expertise in organizational development, and a strong commitment to supporting our people. I'm excited to have her on our team as we continue advancing the college's teaching, research, and outreach mission together."
Prior to Rocky Mountain Cancer Centers, Chadwick was director of human resources and learning and development at Sherman & Howard LLP. Chadwick is a senior professional in human resources and holds certifications in human resources management, leadership development, and Lean process improvement.
She received a master's degree in adult learning, training and development from Regis University and a bachelor's degree in speech communication from Ithaca College.
* * *
Original text here: https://news.vt.edu/articles/2026/08/jane-chadwick-hr.html
University of Winnipeg: Chemistry Lab Forges French Connection
WINNIPEG, Manitoba, Aug. 11 -- The University of Winnipeg issued the following news:
* * *
Chemistry lab forges French connection
Four master's students from France with a shared interest in the chemistry of health and pharmaceuticals are studying in Dr. Tabitha Wood's lab at the University of Winnipeg this summer.
Alicia Portal, Amelie Jarousse, Charlyne Werlin, and Ema Corby are Visiting Graduate Fellows from Clermont Auvergne INP, a polytechnic institute in Aubiere, France.
Completing a 17-week lab research internship abroad is a second-year requirement of their master's degree program ... Show Full Article WINNIPEG, Manitoba, Aug. 11 -- The University of Winnipeg issued the following news: * * * Chemistry lab forges French connection Four master's students from France with a shared interest in the chemistry of health and pharmaceuticals are studying in Dr. Tabitha Wood's lab at the University of Winnipeg this summer. Alicia Portal, Amelie Jarousse, Charlyne Werlin, and Ema Corby are Visiting Graduate Fellows from Clermont Auvergne INP, a polytechnic institute in Aubiere, France. Completing a 17-week lab research internship abroad is a second-year requirement of their master's degree programin chemical engineering. The students arrived at UWinnipeg in May and will head home in September to continue to their studies.
"They're really fantastic chemists," said Dr. Wood, Associate Professor of Chemistry and . "They really add to our research programs and increase our capacity to supervise undergraduate students, while contributing to the student community and providing awesome cultural exchange."
Each of the four students are working on a different pharmaceutical research project that involves making new molecules with proposed therapeutic effects. Each project targets a different protein for the proposed treatment of various ailments (cancer, pain, bacterial infection, and infertility).
Two of the four projects are related to a project Dr. Wood is part of called the , an open-source virtual drug discovery resource created by a consortium of Canadian academic laboratories.
The students' research projects also intersect with the research of Ruby Gosal, a MSc Bioscience student and .
Other research collaborators include UWinnipeg faculty members Dr. Josh Hollett (Chemistry), Dr. Anuraag Shrivastav (Biology), and Dr. Paul Holloway (Biology).
All four students said their summer internship is deepening their skills and boosting their and confidence in the lab. It's also improving their English and providing an opportunity to collaborate with researchers from different cultures--an essential skill for today's engineers, who work in increasingly global scientific and industrial environments.
"English is very important because it's the international language of science," Ema explained.
"Experiencing research abroad gives us a broader perspective on chemistry," Charlyne added, "and shows us how scientists from different backgrounds collaborate to solve scientific challenges."
All four students also appreciated Dr. Wood's lab environment.
"We're encouraged to think for ourselves, ask questions, and be careful in our experiments," Ema said. "It is a very pleasant place to work."
Amelie agreed, saying, "I really appreciate how welcoming and supportive everyone in the lab has been. It made it easy to settle in, ask questions, and learn new things."
"Dr. Wood fully includes us in the life of the laboratory," Charlyne added. "She gives us the opportunity to participate in different group activities, such as celebrations, scientific presentations, and outreach activities, including chemistry workshops for children as part of ."
Meet the students
Ema Corby
Ema has studied the chemistry of food, cosmetics, and pharmaceuticals. The latter is her favourite.
"I like that chemistry can help develop new medicines and improve peoples' health," she said.
Ema and Ruby are synthesizing a small FSHR agonist molecule, which could be useful in future fertility treatments for women.
"Even if this molecule is not used as a medicine today, this project allows us to work like real researchers," Ema said. "We had to study the literature, choose a synthesis pathway, and solve problems together."
Looking ahead, she wants to work in pharmaceutical production.
"This internship helps me better understand organic chemistry, reaction mechanisms, and laboratory work," she said. "These skills will be very useful in my future career."
Charlyne Werlin
Charlyne is drawn to organic chemistry projects that contribute to the development of practical pharmaceutical solutions.
"I especially enjoy the methodological aspects of organic chemistry, such as reaction optimization, purification, and product analysis," Charlyne said.
Her project focuses on the synthesis of small molecules capable of inhibiting the USP5 protein, which plays an important role in recycling proteins inside cells.
"However, when its activity is altered, it can contribute to the development of certain diseases, including some cancers," Charlyne said. "We're seeking to create small molecules capable of blocking its action when it malfunctions. This type of research, if successful, could lead to new treatments in the future."
Charlyne said her experience at UWinnipeg will be an asset as she enters the final year of her engineering degree.
"It's allowing me to become more independent in the laboratory, and gain a better understanding of the scientific process, from literature review to the development of a synthetic method," she said.
Amelie Jarousse
Amelie enjoys seeing how small changes in a molecule can completely change its properties or biological activity.
"I enjoy the problem-solving side of organic synthesis--figuring out why a reaction worked (or didn't!) and finding ways to improve it."
Amelie is working on synthesizing and characterizing small organic molecules that could potentially inhibit the bacterial protein FtsZ, which is an important target for developing new antibiotics.
"Since this is my first experience in an academic research lab, I'm learning a lot--not only about organic synthesis but also about how research projects are carried out from start to finish," she said. "When I return to France, I'll be able to apply these new skills in my engineering program, and I think they'll be valuable for my future career in the pharmaceutical or cosmetics industry."
She is enjoying the chance to be involved in every step of the project, from running reactions to analyzing final compounds.
"Every day is a little different, which keeps things interesting."
Alicia Portal
Alicia is interested in developing treatments for new diseases.
"I find it fascinating to understand how organic chemistry can lead to innovations that improve people's health and quality of life," she said.
Alicia is synthesizing small molecules that could become selective inhibitors of an enzyme called hNMT2.
"This enzyme is considered a promising target for the treatment of metastatic triple-negative breast cancer," she explained.
She said the internship has helped her better understand the long process of developing molecules for use in future medical treatments.
"It is very rewarding to see a project progress step-by-step and to know that our research could contribute to future cancer treatments," Alicia said. "I've gained a much deeper appreciation of the time, precision, and teamwork required in scientific research."
Exploring Manitoba and beyond
No internship abroad would be complete without a little sightseeing. The students have many locales on their list, from Winnipeg's museums, sporting events, and amenities like Assiniboine Park and The Forks, to rural Manitoba and its many beaches and provincial parks.
The students are also planning to visit Ontario and Quebec, take in the scenery of Banff, Lake Louise, and Vancouver Island.
Charlyne enjoyed the Canada Day celebrations at Princess Auto Stadium, and the local culinary scene. Amelie likes walking around Winnipeg to get a feel for its different neighbourhoods. Alicia attended the Winnipeg Folk Festival and Folklorama, while Ema will visit some Canadian relatives.
"My favourite part of Canada is the people," Ema said. "Everyone has been very kind and welcoming."
* * *
Original text here: https://news.uwinnipeg.ca/chemistry-lab-forges-french-connection/
* * *
Chemistry lab forges French connection
Four master's students from France with a shared interest in the chemistry of health and pharmaceuticals are studying in Dr. Tabitha Wood's lab at the University of Winnipeg this summer.
Alicia Portal, Amelie Jarousse, Charlyne Werlin, and Ema Corby are Visiting Graduate Fellows from Clermont Auvergne INP, a polytechnic institute in Aubiere, France.
Completing a 17-week lab research internship abroad is a second-year requirement of their master's degree program ... Show Full Article WINNIPEG, Manitoba, Aug. 11 -- The University of Winnipeg issued the following news: * * * Chemistry lab forges French connection Four master's students from France with a shared interest in the chemistry of health and pharmaceuticals are studying in Dr. Tabitha Wood's lab at the University of Winnipeg this summer. Alicia Portal, Amelie Jarousse, Charlyne Werlin, and Ema Corby are Visiting Graduate Fellows from Clermont Auvergne INP, a polytechnic institute in Aubiere, France. Completing a 17-week lab research internship abroad is a second-year requirement of their master's degree programin chemical engineering. The students arrived at UWinnipeg in May and will head home in September to continue to their studies.
"They're really fantastic chemists," said Dr. Wood, Associate Professor of Chemistry and . "They really add to our research programs and increase our capacity to supervise undergraduate students, while contributing to the student community and providing awesome cultural exchange."
Each of the four students are working on a different pharmaceutical research project that involves making new molecules with proposed therapeutic effects. Each project targets a different protein for the proposed treatment of various ailments (cancer, pain, bacterial infection, and infertility).
Two of the four projects are related to a project Dr. Wood is part of called the , an open-source virtual drug discovery resource created by a consortium of Canadian academic laboratories.
The students' research projects also intersect with the research of Ruby Gosal, a MSc Bioscience student and .
Other research collaborators include UWinnipeg faculty members Dr. Josh Hollett (Chemistry), Dr. Anuraag Shrivastav (Biology), and Dr. Paul Holloway (Biology).
All four students said their summer internship is deepening their skills and boosting their and confidence in the lab. It's also improving their English and providing an opportunity to collaborate with researchers from different cultures--an essential skill for today's engineers, who work in increasingly global scientific and industrial environments.
"English is very important because it's the international language of science," Ema explained.
"Experiencing research abroad gives us a broader perspective on chemistry," Charlyne added, "and shows us how scientists from different backgrounds collaborate to solve scientific challenges."
All four students also appreciated Dr. Wood's lab environment.
"We're encouraged to think for ourselves, ask questions, and be careful in our experiments," Ema said. "It is a very pleasant place to work."
Amelie agreed, saying, "I really appreciate how welcoming and supportive everyone in the lab has been. It made it easy to settle in, ask questions, and learn new things."
"Dr. Wood fully includes us in the life of the laboratory," Charlyne added. "She gives us the opportunity to participate in different group activities, such as celebrations, scientific presentations, and outreach activities, including chemistry workshops for children as part of ."
Meet the students
Ema Corby
Ema has studied the chemistry of food, cosmetics, and pharmaceuticals. The latter is her favourite.
"I like that chemistry can help develop new medicines and improve peoples' health," she said.
Ema and Ruby are synthesizing a small FSHR agonist molecule, which could be useful in future fertility treatments for women.
"Even if this molecule is not used as a medicine today, this project allows us to work like real researchers," Ema said. "We had to study the literature, choose a synthesis pathway, and solve problems together."
Looking ahead, she wants to work in pharmaceutical production.
"This internship helps me better understand organic chemistry, reaction mechanisms, and laboratory work," she said. "These skills will be very useful in my future career."
Charlyne Werlin
Charlyne is drawn to organic chemistry projects that contribute to the development of practical pharmaceutical solutions.
"I especially enjoy the methodological aspects of organic chemistry, such as reaction optimization, purification, and product analysis," Charlyne said.
Her project focuses on the synthesis of small molecules capable of inhibiting the USP5 protein, which plays an important role in recycling proteins inside cells.
"However, when its activity is altered, it can contribute to the development of certain diseases, including some cancers," Charlyne said. "We're seeking to create small molecules capable of blocking its action when it malfunctions. This type of research, if successful, could lead to new treatments in the future."
Charlyne said her experience at UWinnipeg will be an asset as she enters the final year of her engineering degree.
"It's allowing me to become more independent in the laboratory, and gain a better understanding of the scientific process, from literature review to the development of a synthetic method," she said.
Amelie Jarousse
Amelie enjoys seeing how small changes in a molecule can completely change its properties or biological activity.
"I enjoy the problem-solving side of organic synthesis--figuring out why a reaction worked (or didn't!) and finding ways to improve it."
Amelie is working on synthesizing and characterizing small organic molecules that could potentially inhibit the bacterial protein FtsZ, which is an important target for developing new antibiotics.
"Since this is my first experience in an academic research lab, I'm learning a lot--not only about organic synthesis but also about how research projects are carried out from start to finish," she said. "When I return to France, I'll be able to apply these new skills in my engineering program, and I think they'll be valuable for my future career in the pharmaceutical or cosmetics industry."
She is enjoying the chance to be involved in every step of the project, from running reactions to analyzing final compounds.
"Every day is a little different, which keeps things interesting."
Alicia Portal
Alicia is interested in developing treatments for new diseases.
"I find it fascinating to understand how organic chemistry can lead to innovations that improve people's health and quality of life," she said.
Alicia is synthesizing small molecules that could become selective inhibitors of an enzyme called hNMT2.
"This enzyme is considered a promising target for the treatment of metastatic triple-negative breast cancer," she explained.
She said the internship has helped her better understand the long process of developing molecules for use in future medical treatments.
"It is very rewarding to see a project progress step-by-step and to know that our research could contribute to future cancer treatments," Alicia said. "I've gained a much deeper appreciation of the time, precision, and teamwork required in scientific research."
Exploring Manitoba and beyond
No internship abroad would be complete without a little sightseeing. The students have many locales on their list, from Winnipeg's museums, sporting events, and amenities like Assiniboine Park and The Forks, to rural Manitoba and its many beaches and provincial parks.
The students are also planning to visit Ontario and Quebec, take in the scenery of Banff, Lake Louise, and Vancouver Island.
Charlyne enjoyed the Canada Day celebrations at Princess Auto Stadium, and the local culinary scene. Amelie likes walking around Winnipeg to get a feel for its different neighbourhoods. Alicia attended the Winnipeg Folk Festival and Folklorama, while Ema will visit some Canadian relatives.
"My favourite part of Canada is the people," Ema said. "Everyone has been very kind and welcoming."
* * *
Original text here: https://news.uwinnipeg.ca/chemistry-lab-forges-french-connection/
Rush University Medical Center: Take a Close Look at Chicago's Health
CHICAGO, Illinois, Aug. 11 -- Rush University Medical Center issued the following news:
* * *
Take a Close Look at Chicago's Health
Chicago Health Map expands public access to community health data to anyone who's online
By Kevin McKeough
A new online map of the Chicago area allows anyone with internet access to see the prevalence of 38 long-term health conditions, plus firearm injuries, by ZIP codes and other geographic areas. This free interactive tool was designed to support researchers, community organizations, policymakers and community members in discovering meaningful solutions to health ... Show Full Article CHICAGO, Illinois, Aug. 11 -- Rush University Medical Center issued the following news: * * * Take a Close Look at Chicago's Health Chicago Health Map expands public access to community health data to anyone who's online By Kevin McKeough A new online map of the Chicago area allows anyone with internet access to see the prevalence of 38 long-term health conditions, plus firearm injuries, by ZIP codes and other geographic areas. This free interactive tool was designed to support researchers, community organizations, policymakers and community members in discovering meaningful solutions to healthdisparities.
"Health systems' and public health leaders' shared vision of a healthier region is hindered by fragmented knowledge of the patterns that reveal why people get and stay sick," said John Rich, MD, MPH, professor of medicine and the Harrison I. Steans Director of the RUSH BMO Institute for Health Equity. "The Chicago Health Map for the first time uses clinical data to map chronic disease down to the census tract level and provides actionable insight."
The Chicago Health Map incorporates data from seven major health systems and tracks 38 health conditions across 2.8 million patients in the six-county Chicago area. The data is gathered through the CONSCIENCE (CONnecting SCIence - ENgaging Chicago for Equity) project, a collaboration by the participating health systems.
"It's data that will benefit communities, health care systems and public health. We're using data that's sort of siloed," says Juan Rojas, MD, MS, who led the team at Rush University Medical Center that created the Chicago Health Map.
Rojas is Rush's associate chief medical information officer and director of the Rush Health Equity Data Analytics Studio, which built chicagohealthmap.com. The studio is part of the RUSH BMO Institute for Health Equity, which brings together hospitals, community organizations and residents to break down barriers to health.
The map's clinical data cover adults 18 years and older who visited a participating hospital, clinic or emergency room at least once from Jan. 1, 2019, through Dec. 31, 2024, and received a diagnosis of at least one condition of interest. The data is delayed by three to six months and updated once a year.
The conditions being tracked include high blood pressure and high cholesterol, diabetes, dementia, depression, 13 types of cancer and other illnesses.
The clinical data is fully de-identified (that is, kept anonymous) and de-duplicated. "We just have counts" of the conditions, Rojas says. "None of this is identified in a meaningful way. It's just digits in a row."
Rich adds that firearm injuries impact the health of entire communities, not just individual gunshot victims. "Including firearm injury alongside chronic disease is deliberate and provides even more clarity, as exposure to community violence directly or indirectly generates a measurable disease burden.
"Understanding that gun violence can and should be addressed as a public health concern and not just as a public safety matter is an important step toward addressing the root causes of violence."
Color-coded pictures of health
The map allows users to search by geographic area (such as U.S. census tract or Chicago community area), by health condition, and by demographic information such as race and age. Depending on the search parameters and available data, results may include diagnosis prevalence rates, a list of the most common conditions in an area and comparisons with a Chicago-wide figure.
Because not all residents seek care at participating systems, the site explains, the figures represent a clinical sample rather than the total level of disease in the area.
The counties included in the map are Cook County, which includes Chicago, and the five bordering "collar" counties -- DuPage, Kane, Lake, McHenry and Will.
The map also may provide demographic information and measures of social determinants of health (such as food security, housing and transportation) giving greater context to community-level health trends. The results are color-coded to provide a quick visual comparison between areas with higher or lower levels of the condition included in the search parameters.
Users also have the option to search for pharmacies, food vendors who participate in the federal Supplemental Nutrition Assistance Program, known as SNAP, and community resources. Rojas notes that this feature could direct users to resources that could support them or help people in the community identify potential partners for health initiatives.
The map has countless potential uses. Researchers can find health data at the neighborhood level for their studies. Policymakers can see which health needs are greatest in an area in order to develop responses. Community members can find data that may support or reduce their concerns. People involved in community work can target their efforts and track whether health conditions are improving.
"In Chicago's Austin neighborhood, the rate of high blood pressure is quite high compared to the city average, but even within Austin, there are census tracts that have rates twice as high as others," Rojas says. Seeing these differences visualized can help focus responses, he adds.
Health equity meets data IT
The Chicago Health Map differs from the online Chicago Health Atlas created by the Chicago Department of Public Health, which uses survey data to estimate the prevalence of chronic disease in the city's neighborhoods. The map is meant to be a complementary resource.
"Neither one is wrong," Rojas says. "Surveys miss people who don't know they're sick, and medical records miss people who don't go to the doctor."
A five-year, $7.5 million grant from the Searle Funds at the Chicago Community Trust supports the Rush Health Equity Data Analytics Studio, the research and technical engine behind the Chicago Health Map. "The map is an exciting project that exemplifies both Rush's leadership in advancing health equity and its innovation in the use of health data and information technology," Rich says.
"I encourage everyone who works or studies at Rush to spend some time exploring the map's capabilities, and I hope colleagues throughout the Chicago area will make use of this tremendous resource that they have helped us create."
In addition to Rush, the six other organizations participating in the Chicago Health Map are AllianceChicago, Cook County Health, Endeavor Health, Northwestern Medicine, UChicago Medicine and the University of Illinois Hospital & Health Sciences System. They are members of CAPriCORN -- the Chicago Area Patient-Centered Outcomes Research Network -- a group of hospitals and clinics across Chicago that share data for research.
CAPriCORN is the Chicago Health Map's primary data source and maintains a broader, fully de-identified, de-duplicated and standardized clinical dataset containing health care visit data from more than 12 million patients in the Chicago area.
Rojas hopes their collaboration on the Chicago Health Map can be a model for similar collaborations across the country. "My pie in the sky vision is for this to be a blueprint for other major urban areas to do something similar," he says.
* * *
Original text here: https://www.rush.edu/news/take-close-look-chicagos-health
* * *
Take a Close Look at Chicago's Health
Chicago Health Map expands public access to community health data to anyone who's online
By Kevin McKeough
A new online map of the Chicago area allows anyone with internet access to see the prevalence of 38 long-term health conditions, plus firearm injuries, by ZIP codes and other geographic areas. This free interactive tool was designed to support researchers, community organizations, policymakers and community members in discovering meaningful solutions to health ... Show Full Article CHICAGO, Illinois, Aug. 11 -- Rush University Medical Center issued the following news: * * * Take a Close Look at Chicago's Health Chicago Health Map expands public access to community health data to anyone who's online By Kevin McKeough A new online map of the Chicago area allows anyone with internet access to see the prevalence of 38 long-term health conditions, plus firearm injuries, by ZIP codes and other geographic areas. This free interactive tool was designed to support researchers, community organizations, policymakers and community members in discovering meaningful solutions to healthdisparities.
"Health systems' and public health leaders' shared vision of a healthier region is hindered by fragmented knowledge of the patterns that reveal why people get and stay sick," said John Rich, MD, MPH, professor of medicine and the Harrison I. Steans Director of the RUSH BMO Institute for Health Equity. "The Chicago Health Map for the first time uses clinical data to map chronic disease down to the census tract level and provides actionable insight."
The Chicago Health Map incorporates data from seven major health systems and tracks 38 health conditions across 2.8 million patients in the six-county Chicago area. The data is gathered through the CONSCIENCE (CONnecting SCIence - ENgaging Chicago for Equity) project, a collaboration by the participating health systems.
"It's data that will benefit communities, health care systems and public health. We're using data that's sort of siloed," says Juan Rojas, MD, MS, who led the team at Rush University Medical Center that created the Chicago Health Map.
Rojas is Rush's associate chief medical information officer and director of the Rush Health Equity Data Analytics Studio, which built chicagohealthmap.com. The studio is part of the RUSH BMO Institute for Health Equity, which brings together hospitals, community organizations and residents to break down barriers to health.
The map's clinical data cover adults 18 years and older who visited a participating hospital, clinic or emergency room at least once from Jan. 1, 2019, through Dec. 31, 2024, and received a diagnosis of at least one condition of interest. The data is delayed by three to six months and updated once a year.
The conditions being tracked include high blood pressure and high cholesterol, diabetes, dementia, depression, 13 types of cancer and other illnesses.
The clinical data is fully de-identified (that is, kept anonymous) and de-duplicated. "We just have counts" of the conditions, Rojas says. "None of this is identified in a meaningful way. It's just digits in a row."
Rich adds that firearm injuries impact the health of entire communities, not just individual gunshot victims. "Including firearm injury alongside chronic disease is deliberate and provides even more clarity, as exposure to community violence directly or indirectly generates a measurable disease burden.
"Understanding that gun violence can and should be addressed as a public health concern and not just as a public safety matter is an important step toward addressing the root causes of violence."
Color-coded pictures of health
The map allows users to search by geographic area (such as U.S. census tract or Chicago community area), by health condition, and by demographic information such as race and age. Depending on the search parameters and available data, results may include diagnosis prevalence rates, a list of the most common conditions in an area and comparisons with a Chicago-wide figure.
Because not all residents seek care at participating systems, the site explains, the figures represent a clinical sample rather than the total level of disease in the area.
The counties included in the map are Cook County, which includes Chicago, and the five bordering "collar" counties -- DuPage, Kane, Lake, McHenry and Will.
The map also may provide demographic information and measures of social determinants of health (such as food security, housing and transportation) giving greater context to community-level health trends. The results are color-coded to provide a quick visual comparison between areas with higher or lower levels of the condition included in the search parameters.
Users also have the option to search for pharmacies, food vendors who participate in the federal Supplemental Nutrition Assistance Program, known as SNAP, and community resources. Rojas notes that this feature could direct users to resources that could support them or help people in the community identify potential partners for health initiatives.
The map has countless potential uses. Researchers can find health data at the neighborhood level for their studies. Policymakers can see which health needs are greatest in an area in order to develop responses. Community members can find data that may support or reduce their concerns. People involved in community work can target their efforts and track whether health conditions are improving.
"In Chicago's Austin neighborhood, the rate of high blood pressure is quite high compared to the city average, but even within Austin, there are census tracts that have rates twice as high as others," Rojas says. Seeing these differences visualized can help focus responses, he adds.
Health equity meets data IT
The Chicago Health Map differs from the online Chicago Health Atlas created by the Chicago Department of Public Health, which uses survey data to estimate the prevalence of chronic disease in the city's neighborhoods. The map is meant to be a complementary resource.
"Neither one is wrong," Rojas says. "Surveys miss people who don't know they're sick, and medical records miss people who don't go to the doctor."
A five-year, $7.5 million grant from the Searle Funds at the Chicago Community Trust supports the Rush Health Equity Data Analytics Studio, the research and technical engine behind the Chicago Health Map. "The map is an exciting project that exemplifies both Rush's leadership in advancing health equity and its innovation in the use of health data and information technology," Rich says.
"I encourage everyone who works or studies at Rush to spend some time exploring the map's capabilities, and I hope colleagues throughout the Chicago area will make use of this tremendous resource that they have helped us create."
In addition to Rush, the six other organizations participating in the Chicago Health Map are AllianceChicago, Cook County Health, Endeavor Health, Northwestern Medicine, UChicago Medicine and the University of Illinois Hospital & Health Sciences System. They are members of CAPriCORN -- the Chicago Area Patient-Centered Outcomes Research Network -- a group of hospitals and clinics across Chicago that share data for research.
CAPriCORN is the Chicago Health Map's primary data source and maintains a broader, fully de-identified, de-duplicated and standardized clinical dataset containing health care visit data from more than 12 million patients in the Chicago area.
Rojas hopes their collaboration on the Chicago Health Map can be a model for similar collaborations across the country. "My pie in the sky vision is for this to be a blueprint for other major urban areas to do something similar," he says.
* * *
Original text here: https://www.rush.edu/news/take-close-look-chicagos-health
Pepperdine University: Boone Center for the Family Welcomes Noe Rivera as Director of RelateStrong Program
MALIBU, California, Aug. 11 -- Pepperdine University issued the following news:
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Boone Center for the Family Welcomes Noe Rivera as Director of RelateStrong Program
The Boone Center for the Family at Pepperdine University is pleased to welcome Noe Rivera as the new director of RelateStrong, effective July 27, 2026.
Rivera brings a distinct combination of clinical expertise, ministry leadership, and longstanding experience with the Boone Center's relationship education initiatives. Over the past three years, he has served as a congregational care consultant and presenter for the center, ... Show Full Article MALIBU, California, Aug. 11 -- Pepperdine University issued the following news: * * * Boone Center for the Family Welcomes Noe Rivera as Director of RelateStrong Program The Boone Center for the Family at Pepperdine University is pleased to welcome Noe Rivera as the new director of RelateStrong, effective July 27, 2026. Rivera brings a distinct combination of clinical expertise, ministry leadership, and longstanding experience with the Boone Center's relationship education initiatives. Over the past three years, he has served as a congregational care consultant and presenter for the center,working alongside former RelateStrong senior director Dee Dee Mayer to lead Ministers Marriage Enrichment retreats, RelateStrong Workshops and Trainings, and RelateStrong Leadership Series events at churches across the country. His familiarity with the Boone Center's mission, team, and ministry partners provides a strong foundation as Mayer transitions into her new role as Pepperdine University's Chaplain.
"I am deeply honored to step into this role," says Rivera. "God has been doing great work in many lives through the RelateStrong program by bringing healing, restoration of relationships, and tangible hope. With great joy, I look forward to seeing how God will continue to equip the Pepperdine community and larger Church body across the world with this material."
A licensed marriage and family therapist, Rivera earned his master's degree from Fuller Theological Seminary and completed specialized training in restoration therapy under Terry Hargrave, founder of this clinical approach. Rivera is a certified Level II restoration therapy provider and has dedicated much of his clinical practice to serving Christian individuals, couples, pastors, ministry leaders, and their families.
In addition to maintaining a private therapy practice, Rivera serves as cofounder and chief counseling officer of Ministry Transitions, where he supports pastors and churches through leadership transitions and succession planning. He also founded Missionary Mental Health International, a nonprofit focused on expanding counseling resources for missionaries serving around the world. Earlier in his career, Rivera held leadership roles in international missions, helping to develop ministry initiatives and disciple leaders throughout Guatemala and other countries.
With conversational Spanish skills and a heart for multicultural ministry, Rivera will help expand RelateStrong's reach and impact among churches and leaders across diverse communities. Rivera's commitment to ministry also extends into his local church, where he serves on the elder board and as part of the worship team for small groups and children's services. He and his wife, Juana, who is also a therapist, live in Arcadia, California.
"Throughout the interview process, Noe's exceptional experience really stood out, as did his heart for the Church, his humility, and his genuine passion for helping individuals, couples, families, and ministry leaders experience greater relational health," said Kelly Haer, executive director of the Boone Center for the Family. "His vision aligns beautifully with the Boone Center's mission to strengthen relationships and equip churches to foster healing and flourishing. We are thrilled to welcome him to our team."
Rivera's appointment marks an exciting next chapter for RelateStrong, which equips pastors, church leaders, and congregations with practical, research-informed, and faith-integrated tools to strengthen relationships and cultivate healthier church communities. Under his leadership, the Boone Center will continue expanding the ministry's workshops, leadership development initiatives, and resources for churches throughout the United States and internationally.
Learn more about the Boone Center for the Family's RelateStrong program (https://boonecenter.pepperdine.edu/relatestrong/).
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Original text here: https://www.pepperdine.edu/newsroom/articles/boone-center-for-the-family-welcomes-noe-rivera-as-director-of-relatestrong-program.htm
* * *
Boone Center for the Family Welcomes Noe Rivera as Director of RelateStrong Program
The Boone Center for the Family at Pepperdine University is pleased to welcome Noe Rivera as the new director of RelateStrong, effective July 27, 2026.
Rivera brings a distinct combination of clinical expertise, ministry leadership, and longstanding experience with the Boone Center's relationship education initiatives. Over the past three years, he has served as a congregational care consultant and presenter for the center, ... Show Full Article MALIBU, California, Aug. 11 -- Pepperdine University issued the following news: * * * Boone Center for the Family Welcomes Noe Rivera as Director of RelateStrong Program The Boone Center for the Family at Pepperdine University is pleased to welcome Noe Rivera as the new director of RelateStrong, effective July 27, 2026. Rivera brings a distinct combination of clinical expertise, ministry leadership, and longstanding experience with the Boone Center's relationship education initiatives. Over the past three years, he has served as a congregational care consultant and presenter for the center,working alongside former RelateStrong senior director Dee Dee Mayer to lead Ministers Marriage Enrichment retreats, RelateStrong Workshops and Trainings, and RelateStrong Leadership Series events at churches across the country. His familiarity with the Boone Center's mission, team, and ministry partners provides a strong foundation as Mayer transitions into her new role as Pepperdine University's Chaplain.
"I am deeply honored to step into this role," says Rivera. "God has been doing great work in many lives through the RelateStrong program by bringing healing, restoration of relationships, and tangible hope. With great joy, I look forward to seeing how God will continue to equip the Pepperdine community and larger Church body across the world with this material."
A licensed marriage and family therapist, Rivera earned his master's degree from Fuller Theological Seminary and completed specialized training in restoration therapy under Terry Hargrave, founder of this clinical approach. Rivera is a certified Level II restoration therapy provider and has dedicated much of his clinical practice to serving Christian individuals, couples, pastors, ministry leaders, and their families.
In addition to maintaining a private therapy practice, Rivera serves as cofounder and chief counseling officer of Ministry Transitions, where he supports pastors and churches through leadership transitions and succession planning. He also founded Missionary Mental Health International, a nonprofit focused on expanding counseling resources for missionaries serving around the world. Earlier in his career, Rivera held leadership roles in international missions, helping to develop ministry initiatives and disciple leaders throughout Guatemala and other countries.
With conversational Spanish skills and a heart for multicultural ministry, Rivera will help expand RelateStrong's reach and impact among churches and leaders across diverse communities. Rivera's commitment to ministry also extends into his local church, where he serves on the elder board and as part of the worship team for small groups and children's services. He and his wife, Juana, who is also a therapist, live in Arcadia, California.
"Throughout the interview process, Noe's exceptional experience really stood out, as did his heart for the Church, his humility, and his genuine passion for helping individuals, couples, families, and ministry leaders experience greater relational health," said Kelly Haer, executive director of the Boone Center for the Family. "His vision aligns beautifully with the Boone Center's mission to strengthen relationships and equip churches to foster healing and flourishing. We are thrilled to welcome him to our team."
Rivera's appointment marks an exciting next chapter for RelateStrong, which equips pastors, church leaders, and congregations with practical, research-informed, and faith-integrated tools to strengthen relationships and cultivate healthier church communities. Under his leadership, the Boone Center will continue expanding the ministry's workshops, leadership development initiatives, and resources for churches throughout the United States and internationally.
Learn more about the Boone Center for the Family's RelateStrong program (https://boonecenter.pepperdine.edu/relatestrong/).
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Original text here: https://www.pepperdine.edu/newsroom/articles/boone-center-for-the-family-welcomes-noe-rivera-as-director-of-relatestrong-program.htm
NDSU opens Bolley Agricultural Laboratory
FARGO, North Dakota, Aug. 11 -- North Dakota State University posted the following news:
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NDSU opens Bolley Agricultural Laboratory
*
North Dakota State University celebrated the opening of the Bolley Agricultural Laboratory on Aug. 10, 2026, marking a major milestone for agricultural research and education.
University leaders, faculty, staff, students, elected officials, donors and community members gathered for a ribbon-cutting ceremony recognizing the completion of the facility, which expands NDSU's capacity to address challenges facing agriculture.
"Today's dedication of the Bolley ... Show Full Article FARGO, North Dakota, Aug. 11 -- North Dakota State University posted the following news: * * * NDSU opens Bolley Agricultural Laboratory * North Dakota State University celebrated the opening of the Bolley Agricultural Laboratory on Aug. 10, 2026, marking a major milestone for agricultural research and education. University leaders, faculty, staff, students, elected officials, donors and community members gathered for a ribbon-cutting ceremony recognizing the completion of the facility, which expands NDSU's capacity to address challenges facing agriculture. "Today's dedication of the BolleyAgricultural Laboratory is the result of a shared commitment to the future of agriculture," said NDSU President Marshall Stewart. "We are grateful for the support of the North Dakota Legislature and our philanthropic partners, whose investment made this facility possible. The Bolley Agricultural Laboratory will help NDSU prepare the next generation of agricultural leaders, accelerate research discoveries and strengthen our ability to serve North Dakota for decades to come."
The Bolley Agricultural Laboratory serves as a hub for programs in plant pathology, plant breeding, weed science, agronomy, soil science and horticulture.
Following the ceremony, attendees toured the laboratory and greenhouse spaces.
"These spaces allow us to connect research directly to the needs of producers," said Julie Pasche, Professor and Neil C. Gudmestad Endowed Potato Pathologist. "The work happening here will have an immediate and lasting impact in the field."
"Having worked in Bolley this summer, I've already seen one of the facility's greatest strengths: it naturally brings people together," said Cameron Matthews, a Ph.D. candidate in plant sciences and graduate research fellow in the barley breeding program. "Sharing spaces and equipment creates opportunities to exchange ideas, learn from one another and find new ways to approach our work."
The facility is named for Henry L. Bolley, NDSU's first tenured faculty member and a pioneering plant pathologist whose work helped shape modern agricultural practices. Members of Bolley's family attended the ceremony.
The Bolley Agricultural Laboratory reflects collaboration among North Dakota State University, the State of North Dakota and private donors. Funding approved by the North Dakota Legislature provided critical support for the project, while philanthropic investments from donors and industry partners enhanced the facility's research and educational capabilities.
"Public and private partnerships like these ensure NDSU can continue delivering solutions that matter to producers and communities," said Greg Lardy, Joe and Norma Peltier Vice President for Agriculture.
As a land-grant institution, NDSU advances agriculture through education, research and outreach. The Bolley Agricultural Laboratory strengthens that mission by connecting discovery to practical solutions for producers and communities.
***
Original text here: https://www.ndsu.edu/news/2026-08-10-ndsu-opens-bolley-agricultural-laboratory
* * *
NDSU opens Bolley Agricultural Laboratory
*
North Dakota State University celebrated the opening of the Bolley Agricultural Laboratory on Aug. 10, 2026, marking a major milestone for agricultural research and education.
University leaders, faculty, staff, students, elected officials, donors and community members gathered for a ribbon-cutting ceremony recognizing the completion of the facility, which expands NDSU's capacity to address challenges facing agriculture.
"Today's dedication of the Bolley ... Show Full Article FARGO, North Dakota, Aug. 11 -- North Dakota State University posted the following news: * * * NDSU opens Bolley Agricultural Laboratory * North Dakota State University celebrated the opening of the Bolley Agricultural Laboratory on Aug. 10, 2026, marking a major milestone for agricultural research and education. University leaders, faculty, staff, students, elected officials, donors and community members gathered for a ribbon-cutting ceremony recognizing the completion of the facility, which expands NDSU's capacity to address challenges facing agriculture. "Today's dedication of the BolleyAgricultural Laboratory is the result of a shared commitment to the future of agriculture," said NDSU President Marshall Stewart. "We are grateful for the support of the North Dakota Legislature and our philanthropic partners, whose investment made this facility possible. The Bolley Agricultural Laboratory will help NDSU prepare the next generation of agricultural leaders, accelerate research discoveries and strengthen our ability to serve North Dakota for decades to come."
The Bolley Agricultural Laboratory serves as a hub for programs in plant pathology, plant breeding, weed science, agronomy, soil science and horticulture.
Following the ceremony, attendees toured the laboratory and greenhouse spaces.
"These spaces allow us to connect research directly to the needs of producers," said Julie Pasche, Professor and Neil C. Gudmestad Endowed Potato Pathologist. "The work happening here will have an immediate and lasting impact in the field."
"Having worked in Bolley this summer, I've already seen one of the facility's greatest strengths: it naturally brings people together," said Cameron Matthews, a Ph.D. candidate in plant sciences and graduate research fellow in the barley breeding program. "Sharing spaces and equipment creates opportunities to exchange ideas, learn from one another and find new ways to approach our work."
The facility is named for Henry L. Bolley, NDSU's first tenured faculty member and a pioneering plant pathologist whose work helped shape modern agricultural practices. Members of Bolley's family attended the ceremony.
The Bolley Agricultural Laboratory reflects collaboration among North Dakota State University, the State of North Dakota and private donors. Funding approved by the North Dakota Legislature provided critical support for the project, while philanthropic investments from donors and industry partners enhanced the facility's research and educational capabilities.
"Public and private partnerships like these ensure NDSU can continue delivering solutions that matter to producers and communities," said Greg Lardy, Joe and Norma Peltier Vice President for Agriculture.
As a land-grant institution, NDSU advances agriculture through education, research and outreach. The Bolley Agricultural Laboratory strengthens that mission by connecting discovery to practical solutions for producers and communities.
***
Original text here: https://www.ndsu.edu/news/2026-08-10-ndsu-opens-bolley-agricultural-laboratory
Dolby Laboratories Acquires FAU Video Compression Tech Portfolio
BOCA RATON, Florida, Aug. 11 -- Florida Atlantic University, a component of the state university system in Florida, issued the following news:
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Dolby Laboratories Acquires FAU Video Compression Tech Portfolio
Announcement Snapshot: Florida Atlantic University has announced that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS) has been acquired by Dolby Laboratories, a global leader in audio and visual technologies. The acquisition highlights the success of the FAU-OPS research and commercialization partnership and ... Show Full Article BOCA RATON, Florida, Aug. 11 -- Florida Atlantic University, a component of the state university system in Florida, issued the following news: * * * Dolby Laboratories Acquires FAU Video Compression Tech Portfolio Announcement Snapshot: Florida Atlantic University has announced that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS) has been acquired by Dolby Laboratories, a global leader in audio and visual technologies. The acquisition highlights the success of the FAU-OPS research and commercialization partnership andpositions FAU-developed technologies at the forefront of next-generation video delivery, streaming, broadcasting, artificial intelligence and autonomous systems worldwide.
At-a-Glance:
* Portfolio includes 683 intellectual property assets, including 250 granted patents worldwide and 73 U.S. patents.
* The patents were invented by FAU researchers in the College of Engineering and Computer Science through research sponsored by OPS.
* Sixteen U.S. patents from the portfolio have been declared essential to the Versatile Video Coding (VVC/H.266) standard, the latest international video-compression standard.
* VVC reduces video data requirements by approximately 50% while maintaining the same visual quality.
* FAU-developed technologies support more efficient video delivery for streaming, broadcasting, defense communications, autonomous vehicles, robotics and emerging AI-driven applications.
By Gisele Galoustian
Florida Atlantic University announced today that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS), has been acquired by Dolby Laboratories, marking a milestone for university-driven innovation, and positioning FAU-developed technology at the center of the future of global video delivery.
Dolby Laboratories, whose technologies are used in cinemas, streaming services, consumer electronics, and professional media production worldwide, is widely recognized as a leader in audio and visual innovation.
The portfolio comprises 683 intellectual property assets, including 250 granted patents worldwide and 73 United States patents, invented by FAU researchers in the College of Engineering and Computer Science. The research was sponsored by OPS, which provided strategic research support, patent development and commercialization expertise while FAU faculty conducted the underlying technical research.
"This acquisition exemplifies the power of combining world-class faculty expertise with strong industry partnerships," said FAU President Adam Hasner. "Technology developed at Florida Atlantic has evolved from groundbreaking university research into an international standard and is now part of the portfolio of one of the world's leading media technology companies. Its applications span digital media, national security, autonomous systems and emerging AI technologies, demonstrating how FAU research is driving innovation and economic impact on a global scale."
At the heart of the portfolio is technology that contributed to Versatile Video Coding (VVC), also known as H.266, the international video-compression standard finalized in 2020 by experts from around the world through the International Organization for Standardization and the International Telecommunication Union. VVC reduces video data requirements by approximately 50% compared with the previous High Efficiency Video Coding standard while maintaining the same visual quality.
The transaction also highlights the success of the research and commercialization partnership between FAU and OPS. Through the collaboration, OPS sponsored advanced video-coding research at FAU while helping guide intellectual property development and commercialization efforts.
"This achievement illustrates the power of sustained investment in research excellence and strategic partnerships," said Stella Batalama, Ph.D., dean of the College of Engineering and Computer Science. "Working with OP Solutions, our faculty took video-compression research from the lab into a global standard, and that work is now part of Dolby's portfolio. It is a clear example of FAU research reaching real products and returning value to the university."
Sixteen U.S. patents developed through the FAU-OPS collaboration have been declared essential to the VVC standard and are licensed through the Access Advance VVC patent pool for worldwide commercial implementation. Dolby acquired the portfolio from OPS, which held the patent rights following assignment from FAU.
"From the beginning, our partnership with Florida Atlantic University was built around a shared vision of advancing video technology through long-term research and innovation," said Robert J.L. Moore, president of OPS. "The resulting portfolio represents years of pioneering work by exceptional researchers and demonstrates how industry and academia can work together to create technologies with global impact."
The research team behind the portfolio are Hari Kalva, Ph.D., professor and chair; Borko Furht, Ph.D., professor and director of the NSF Industry/University Cooperative Research Center for Advanced Knowledge Enablement; and Velibor Adzic, Ph.D., an FAU alumnus and now assistant professor of teaching, all within FAU's Department of Electrical Engineering and Computer Science. Kalva and Furht are named inventors on all 250 granted patents in the portfolio, while Adzic is a named co-inventor across the patent family.
"Every day, millions of people and countless devices rely on video, yet the challenge has always been how to deliver more quality using less bandwidth," said Kalva. "The technologies developed at FAU help address that challenge at a global scale. Seeing our research become part of an international standard, recognized through essential patents and ultimately acquired by Dolby is extraordinarily rewarding. It confirms that innovations created in our laboratories can shape the future of streaming, broadcasting, defense communications, autonomous systems and emerging AI-driven technologies."
FAU-invented video compression technology is helping shape the future of television, streaming and broadcasting by delivering higher-quality video while using less bandwidth. It also has important applications in drones, satellites, autonomous vehicles and robotics, where efficient video transmission supports real-time operations and reduces bandwidth and storage demands.
"This achievement not only reflects Florida Atlantic University's leadership in video-compression research but also positions us at the forefront of the next generation of AI-driven media technologies," said Gregg Fields, Ph.D., FAU vice president for research. "As video becomes increasingly analyzed by machines rather than viewed by humans, our researchers are helping shape the standards that will power future advances in autonomous systems, robotics, defense and artificial intelligence."
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Original text here: https://www.fau.edu/newsdesk/articles/dolby-laboratories-video-compression-technology.php
* * *
Dolby Laboratories Acquires FAU Video Compression Tech Portfolio
Announcement Snapshot: Florida Atlantic University has announced that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS) has been acquired by Dolby Laboratories, a global leader in audio and visual technologies. The acquisition highlights the success of the FAU-OPS research and commercialization partnership and ... Show Full Article BOCA RATON, Florida, Aug. 11 -- Florida Atlantic University, a component of the state university system in Florida, issued the following news: * * * Dolby Laboratories Acquires FAU Video Compression Tech Portfolio Announcement Snapshot: Florida Atlantic University has announced that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS) has been acquired by Dolby Laboratories, a global leader in audio and visual technologies. The acquisition highlights the success of the FAU-OPS research and commercialization partnership andpositions FAU-developed technologies at the forefront of next-generation video delivery, streaming, broadcasting, artificial intelligence and autonomous systems worldwide.
At-a-Glance:
* Portfolio includes 683 intellectual property assets, including 250 granted patents worldwide and 73 U.S. patents.
* The patents were invented by FAU researchers in the College of Engineering and Computer Science through research sponsored by OPS.
* Sixteen U.S. patents from the portfolio have been declared essential to the Versatile Video Coding (VVC/H.266) standard, the latest international video-compression standard.
* VVC reduces video data requirements by approximately 50% while maintaining the same visual quality.
* FAU-developed technologies support more efficient video delivery for streaming, broadcasting, defense communications, autonomous vehicles, robotics and emerging AI-driven applications.
By Gisele Galoustian
Florida Atlantic University announced today that a video-compression technology portfolio developed through a long-standing research partnership with OP Solutions, LLC (OPS), has been acquired by Dolby Laboratories, marking a milestone for university-driven innovation, and positioning FAU-developed technology at the center of the future of global video delivery.
Dolby Laboratories, whose technologies are used in cinemas, streaming services, consumer electronics, and professional media production worldwide, is widely recognized as a leader in audio and visual innovation.
The portfolio comprises 683 intellectual property assets, including 250 granted patents worldwide and 73 United States patents, invented by FAU researchers in the College of Engineering and Computer Science. The research was sponsored by OPS, which provided strategic research support, patent development and commercialization expertise while FAU faculty conducted the underlying technical research.
"This acquisition exemplifies the power of combining world-class faculty expertise with strong industry partnerships," said FAU President Adam Hasner. "Technology developed at Florida Atlantic has evolved from groundbreaking university research into an international standard and is now part of the portfolio of one of the world's leading media technology companies. Its applications span digital media, national security, autonomous systems and emerging AI technologies, demonstrating how FAU research is driving innovation and economic impact on a global scale."
At the heart of the portfolio is technology that contributed to Versatile Video Coding (VVC), also known as H.266, the international video-compression standard finalized in 2020 by experts from around the world through the International Organization for Standardization and the International Telecommunication Union. VVC reduces video data requirements by approximately 50% compared with the previous High Efficiency Video Coding standard while maintaining the same visual quality.
The transaction also highlights the success of the research and commercialization partnership between FAU and OPS. Through the collaboration, OPS sponsored advanced video-coding research at FAU while helping guide intellectual property development and commercialization efforts.
"This achievement illustrates the power of sustained investment in research excellence and strategic partnerships," said Stella Batalama, Ph.D., dean of the College of Engineering and Computer Science. "Working with OP Solutions, our faculty took video-compression research from the lab into a global standard, and that work is now part of Dolby's portfolio. It is a clear example of FAU research reaching real products and returning value to the university."
Sixteen U.S. patents developed through the FAU-OPS collaboration have been declared essential to the VVC standard and are licensed through the Access Advance VVC patent pool for worldwide commercial implementation. Dolby acquired the portfolio from OPS, which held the patent rights following assignment from FAU.
"From the beginning, our partnership with Florida Atlantic University was built around a shared vision of advancing video technology through long-term research and innovation," said Robert J.L. Moore, president of OPS. "The resulting portfolio represents years of pioneering work by exceptional researchers and demonstrates how industry and academia can work together to create technologies with global impact."
The research team behind the portfolio are Hari Kalva, Ph.D., professor and chair; Borko Furht, Ph.D., professor and director of the NSF Industry/University Cooperative Research Center for Advanced Knowledge Enablement; and Velibor Adzic, Ph.D., an FAU alumnus and now assistant professor of teaching, all within FAU's Department of Electrical Engineering and Computer Science. Kalva and Furht are named inventors on all 250 granted patents in the portfolio, while Adzic is a named co-inventor across the patent family.
"Every day, millions of people and countless devices rely on video, yet the challenge has always been how to deliver more quality using less bandwidth," said Kalva. "The technologies developed at FAU help address that challenge at a global scale. Seeing our research become part of an international standard, recognized through essential patents and ultimately acquired by Dolby is extraordinarily rewarding. It confirms that innovations created in our laboratories can shape the future of streaming, broadcasting, defense communications, autonomous systems and emerging AI-driven technologies."
FAU-invented video compression technology is helping shape the future of television, streaming and broadcasting by delivering higher-quality video while using less bandwidth. It also has important applications in drones, satellites, autonomous vehicles and robotics, where efficient video transmission supports real-time operations and reduces bandwidth and storage demands.
"This achievement not only reflects Florida Atlantic University's leadership in video-compression research but also positions us at the forefront of the next generation of AI-driven media technologies," said Gregg Fields, Ph.D., FAU vice president for research. "As video becomes increasingly analyzed by machines rather than viewed by humans, our researchers are helping shape the standards that will power future advances in autonomous systems, robotics, defense and artificial intelligence."
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Original text here: https://www.fau.edu/newsdesk/articles/dolby-laboratories-video-compression-technology.php
Advancing Brain Research: FIU Medical Student Earns National Recognition
MIAMI, Florida, Aug. 11 -- Florida International University, a component of the public university system in Florida, issued the following news:
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Advancing brain research: FIU medical student earns national recognition
By Brianchelis Hernandez
Third-year medical student Eric Kunz didn't always plan on becoming a doctor. But looking at the work he's doing now, it's clear he chose the right path.
At FIU Herbert Wertheim College of Medicine (FIU Medicine), Kunz has quickly built a reputation as a student researcher focused on helping physicians better understand and treat complex neurological ... Show Full Article MIAMI, Florida, Aug. 11 -- Florida International University, a component of the public university system in Florida, issued the following news: * * * Advancing brain research: FIU medical student earns national recognition By Brianchelis Hernandez Third-year medical student Eric Kunz didn't always plan on becoming a doctor. But looking at the work he's doing now, it's clear he chose the right path. At FIU Herbert Wertheim College of Medicine (FIU Medicine), Kunz has quickly built a reputation as a student researcher focused on helping physicians better understand and treat complex neurologicalconditions.
His work has already earned national recognition and is beginning to shape how clinicians think about brain hemorrhages and tumor-related changes.
Rethinking how brain bleeds are treated
One of Kunz's research projects focuses on improving treatment for chronic subdural hematomas, a type of brain bleed that develops gradually after a fall or head injury. Blood collects between the brain and its outer layers, creating pressure that can become life-threatening if left untreated.
About 125,000 subdural hematomas are diagnosed each year in the U.S. and are a growing issue, especially among older adults. While surgery is effective at removing the blood, the condition returns in about 15% to 20% of patients.
Kunz has been studying a newer, less invasive approach known as middle meningeal artery embolization. Instead of opening the skull, physicians thread a catheter through an artery and block the blood supply feeding the hematoma. In some cases, it can replace surgery altogether; in others, it's used alongside surgery to reduce the risk that the bleed will come back.
"When added as an adjunctive procedure, subdural hematoma recurrence rates have been reported to drop below 10%," said Kunz, noting that patients may also experience a faster and easier recovery.
His work looks closely at which patients benefit most from the procedure, either as a standalone treatment or in combination with surgery. The study focuses on groups that haven't been studied in depth, including older adults, patients with dementia and those with larger hematomas.
The project earned Kunz the 2026 Carolyn L. Kuckein Student Research Fellowship, awarded by the Alpha Omega Alpha (A Omega A) Honor Medical Society. It is one of the nation's most competitive honors for medical student researchers.
"It means the world to me," he said. "Positive feedback in medical research and training often takes time, so it was rewarding to receive that kind of encouragement."
Supported by the fellowship, Kunz is working on the project with Dr. Robert Wicks, principal investigator, associate professor at FIU Medicine, co-director of cerebrovascular surgery and director of the Neuroendovascular Surgery Fellowship at Baptist Health Miami Neuroscience Institute, to generate better data and help physicians make more informed decisions at the bedside. He is also mentored by Dr. Michael McDermott, chair of the Department of Neurosciences at FIU Medicine, system chief executive of Baptist Health Brain & Spine Care, and chief medical executive at Baptist Health Miami Neuroscience Institute.
"This project allows us to communicate our own results, not someone else's, to patients during the informed consent process while also helping identify opportunities for improvement," said McDermott.
Kunz has already presented preliminary findings at the American Association of Neurological Surgeons Annual Meeting, with additional presentations planned this year.
Mapping how tumors reshape the brain
Kunz has also been recognized for his research in connectomics, the study of how different regions of the brain communicate.
The research focuses on anterior skull base tumors, which form near the front of the brain and can subtly change how brain networks function. Kunz is using advanced brain-mapping technology to examine how these tumors disrupt connectivity across different regions of the brain and what that might mean for both surgery and recovery.
His work earned him the Emerging Innovator Award from Omniscient Neurotechnology, a global medical technology company that develops FDA-cleared, AI-powered brain-mapping tools to help neurosurgeons better understand complex neurological conditions.
"It was an absolute honor," said Kunz, the only medical student recognized alongside neurosurgery residents. "I was incredibly grateful to be recognized in a similar manner."
Kunz is collaborating with McDermott and Dr. Evan Bander, director of endoscopic skull base surgery and co-director of the pituitary tumor program at Baptist Health Miami Neuroscience Institute, on a study titled "Connectomic Changes Secondary to Anterior Skull Base Tumors."
The project is still in its early stages, but it could have wide-reaching implications.
"Large tumors in the anterior and middle skull base can cause changes in personality and behavior that often resolve after tumor removal," said McDermott. "This research may help us predict which changes patients or their families notice are temporary."
A better understanding of how tumors alter brain networks could also help surgeons plan procedures more effectively and predict what patients might experience before and after surgery. It may also shed light on other conditions tied to disrupted brain connectivity, including Alzheimer's disease, epilepsy and schizophrenia.
Kunz will present his findings at the Congress of Neurological Surgeons Annual Meeting this fall.
A path shaped by personal experience
Kunz originally planned a career in investment banking but reconsidered after a basketball knee injury that required surgery. While recovering, he became curious about the science behind healing and rehabilitation.
His interest deepened during his undergraduate years at the University of Florida, where he worked in a molecular biology lab and as an emergency medical technician. One call especially stuck with him: he performed CPR on a child with a neurological condition who died shortly after arriving at the hospital.
"It wasn't long after that I had inwardly committed myself to neurosurgery," he said. "Physicians, particularly neurosurgeons, often serve as a beacon of hope and support for patients during their most challenging moments. That's exactly what I aim to provide for every patient in my path."
Looking ahead
That experience continues to shape how he thinks about the kind of work he wants to do.
"I think there's a real need for ambitious surgeons to align their clinical interests with a passion for research," said Kunz. "If surgical history has taught us anything, it's that strong alignment among the laboratory, clinical care and the operating room often leads to major advances in medicine."
Kunz's goal is to keep connecting research and clinical care, using both to find better ways to treat patients.
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Original text here: https://news.fiu.edu/2026/advancing-brain-research-fiu-medical-student-earns-national-recognition
* * *
Advancing brain research: FIU medical student earns national recognition
By Brianchelis Hernandez
Third-year medical student Eric Kunz didn't always plan on becoming a doctor. But looking at the work he's doing now, it's clear he chose the right path.
At FIU Herbert Wertheim College of Medicine (FIU Medicine), Kunz has quickly built a reputation as a student researcher focused on helping physicians better understand and treat complex neurological ... Show Full Article MIAMI, Florida, Aug. 11 -- Florida International University, a component of the public university system in Florida, issued the following news: * * * Advancing brain research: FIU medical student earns national recognition By Brianchelis Hernandez Third-year medical student Eric Kunz didn't always plan on becoming a doctor. But looking at the work he's doing now, it's clear he chose the right path. At FIU Herbert Wertheim College of Medicine (FIU Medicine), Kunz has quickly built a reputation as a student researcher focused on helping physicians better understand and treat complex neurologicalconditions.
His work has already earned national recognition and is beginning to shape how clinicians think about brain hemorrhages and tumor-related changes.
Rethinking how brain bleeds are treated
One of Kunz's research projects focuses on improving treatment for chronic subdural hematomas, a type of brain bleed that develops gradually after a fall or head injury. Blood collects between the brain and its outer layers, creating pressure that can become life-threatening if left untreated.
About 125,000 subdural hematomas are diagnosed each year in the U.S. and are a growing issue, especially among older adults. While surgery is effective at removing the blood, the condition returns in about 15% to 20% of patients.
Kunz has been studying a newer, less invasive approach known as middle meningeal artery embolization. Instead of opening the skull, physicians thread a catheter through an artery and block the blood supply feeding the hematoma. In some cases, it can replace surgery altogether; in others, it's used alongside surgery to reduce the risk that the bleed will come back.
"When added as an adjunctive procedure, subdural hematoma recurrence rates have been reported to drop below 10%," said Kunz, noting that patients may also experience a faster and easier recovery.
His work looks closely at which patients benefit most from the procedure, either as a standalone treatment or in combination with surgery. The study focuses on groups that haven't been studied in depth, including older adults, patients with dementia and those with larger hematomas.
The project earned Kunz the 2026 Carolyn L. Kuckein Student Research Fellowship, awarded by the Alpha Omega Alpha (A Omega A) Honor Medical Society. It is one of the nation's most competitive honors for medical student researchers.
"It means the world to me," he said. "Positive feedback in medical research and training often takes time, so it was rewarding to receive that kind of encouragement."
Supported by the fellowship, Kunz is working on the project with Dr. Robert Wicks, principal investigator, associate professor at FIU Medicine, co-director of cerebrovascular surgery and director of the Neuroendovascular Surgery Fellowship at Baptist Health Miami Neuroscience Institute, to generate better data and help physicians make more informed decisions at the bedside. He is also mentored by Dr. Michael McDermott, chair of the Department of Neurosciences at FIU Medicine, system chief executive of Baptist Health Brain & Spine Care, and chief medical executive at Baptist Health Miami Neuroscience Institute.
"This project allows us to communicate our own results, not someone else's, to patients during the informed consent process while also helping identify opportunities for improvement," said McDermott.
Kunz has already presented preliminary findings at the American Association of Neurological Surgeons Annual Meeting, with additional presentations planned this year.
Mapping how tumors reshape the brain
Kunz has also been recognized for his research in connectomics, the study of how different regions of the brain communicate.
The research focuses on anterior skull base tumors, which form near the front of the brain and can subtly change how brain networks function. Kunz is using advanced brain-mapping technology to examine how these tumors disrupt connectivity across different regions of the brain and what that might mean for both surgery and recovery.
His work earned him the Emerging Innovator Award from Omniscient Neurotechnology, a global medical technology company that develops FDA-cleared, AI-powered brain-mapping tools to help neurosurgeons better understand complex neurological conditions.
"It was an absolute honor," said Kunz, the only medical student recognized alongside neurosurgery residents. "I was incredibly grateful to be recognized in a similar manner."
Kunz is collaborating with McDermott and Dr. Evan Bander, director of endoscopic skull base surgery and co-director of the pituitary tumor program at Baptist Health Miami Neuroscience Institute, on a study titled "Connectomic Changes Secondary to Anterior Skull Base Tumors."
The project is still in its early stages, but it could have wide-reaching implications.
"Large tumors in the anterior and middle skull base can cause changes in personality and behavior that often resolve after tumor removal," said McDermott. "This research may help us predict which changes patients or their families notice are temporary."
A better understanding of how tumors alter brain networks could also help surgeons plan procedures more effectively and predict what patients might experience before and after surgery. It may also shed light on other conditions tied to disrupted brain connectivity, including Alzheimer's disease, epilepsy and schizophrenia.
Kunz will present his findings at the Congress of Neurological Surgeons Annual Meeting this fall.
A path shaped by personal experience
Kunz originally planned a career in investment banking but reconsidered after a basketball knee injury that required surgery. While recovering, he became curious about the science behind healing and rehabilitation.
His interest deepened during his undergraduate years at the University of Florida, where he worked in a molecular biology lab and as an emergency medical technician. One call especially stuck with him: he performed CPR on a child with a neurological condition who died shortly after arriving at the hospital.
"It wasn't long after that I had inwardly committed myself to neurosurgery," he said. "Physicians, particularly neurosurgeons, often serve as a beacon of hope and support for patients during their most challenging moments. That's exactly what I aim to provide for every patient in my path."
Looking ahead
That experience continues to shape how he thinks about the kind of work he wants to do.
"I think there's a real need for ambitious surgeons to align their clinical interests with a passion for research," said Kunz. "If surgical history has taught us anything, it's that strong alignment among the laboratory, clinical care and the operating room often leads to major advances in medicine."
Kunz's goal is to keep connecting research and clinical care, using both to find better ways to treat patients.
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Original text here: https://news.fiu.edu/2026/advancing-brain-research-fiu-medical-student-earns-national-recognition