Petricoin receives funding for breast cancer study
Researchers are analyzing RNA and DNA amplification in breast cancer cases to identify potential biomarkers. Funding will support the study from September 2024 to March 2025.
George Mason University
Marzougui & Kan receive funding for crash testing
Researchers aim to evaluate crash performance of breakaway sign and luminaire supports. They will examine in-service safety performance and potential design modifications.
College of Science researchers studying safety risk of occupant compartment damage during crashes
Researchers are evaluating criteria for occupant compartment deformations and penetrations, updating them as needed. They plan to use data from real-world crash tests, simulations, and full-scale impact testing to establish improved testing standards.
Bagheri to leverage recycled polyurethane foam for real-world applications
Researchers aim to refine mechanical recycling process through segregation to enhance recycled foam performance. The project will create components suitable for the footwear and automotive industries, reducing environmental impact.
Jung studying long-term care for people with dementia
Jeah Jung is studying long-term care integration for dually eligible individuals with Alzheimer's disease and related dementias. She examines the effect of integrating medical services with long-term care through Medicare Advantage plans on health outcomes.
Berry studying nitrogen vacancy diamond metrology for temperature and pressure sensing
Tyrus Berry aims to create a robust sensor that can measure multiple parameters simultaneously with high accuracy. The project will provide mathematical tools for tracking physical parameter drift and verified uncertainty estimates.
Antil studying structure preserving optimization algorithms and digital twins
The project aims to develop methods that fuse physics and data for decision making in the presence of uncertainty. The research will benefit scientists working in various fields, including numerical analysis, optimization, structural engineering, and bioengineering.
Yang developing integrated evaluation cyberinfrastructure towards safe a dependable autonomous driving systems
Dr. Lishan Yang is developing an automated tool called MELIOREM to enhance the safety of autonomous vehicles through rigorous testing and simulation. The project aims to identify potential safety issues before they affect public roads, ensuring dependability and safety for all road users.
Han and Pathak to receive funding for collaborative research: NeTS: Medium: Scaling Up Multi-User Immersive Content Delivery Over mmWave
Bo Han and Parth Pathak from George Mason University have received $720,000 in funding to develop a holistic framework for scaling up multi-user immersive content delivery over mmWave networks. The project aims to overcome bandwidth and latency challenges for applications such as education, training, and healthcare.
George Mason researchers conducting AI exploration for snow water equivalent
Researchers at George Mason University are developing an AI-powered system to predict snow water equivalent (SWE) forecasts, utilizing graph neural network-based models and physics-based constraints. The project aims to create more accurate and reliable SWE forecasts by capturing detailed snow accumulation and melt processes.
Huskisson & Freeman studying gut health of red pandas
Huskisson and Freeman are characterizing the gastrointestinal health of red pandas by measuring short-chain fatty acid (SCFA) concentrations. They aim to pinpoint differences in healthy and mucoid/loose stools.
Gatling conducting digitization project
Benjamin Gatling is digitizing the archive of the Folklore Fund at the Rudaki Institute in Dushanbe, Tajikistan. The collection uniquely preserves Tajikistan's cultural patrimony and provides a key resource for researchers studying historical practices.
Nguyen working to make complex invariants accessible
Th Thanhvu Nguyen is working on a project to make complex invariants more accessible using the DIG-I tool. The project aims to improve efficiency and usability of invariant learning, benefiting developers worldwide.
Yao developing language model-powered virtual mathematics classroom
Ziyu Yao is creating a language model-powered virtual mathematics classroom to support collaborative learning and promote more equitable education for middle school students from under-resourced communities. The platform aims to provide effective mathematics education and explore the opportunities and risks of Generative AI techniques.
Five George Mason researchers receive funding for Center for Climate Risks Applications
George Mason University has received $20,000 in funding from the National Science Foundation to establish a Center for Climate Risks Applications. The center aims to address industry challenges related to natural perils and improve natural catastrophe modeling under a changing climate.
Wu conducting molecular modeling of DR domain of HIV restriction factor PSGL-1
Researchers aim to determine structure-function and validate anti-HIV activity of PSGL-1, a host protein inhibiting HIV virion infectivity. The study may lead to novel therapeutics for HIV cure.
Wang unlocking complex heterogeneity in large spatial-temporal data with scalable quantile learning
Lily Wang is developing scalable and efficient quantile learning techniques to analyze large-scale heterogeneous spatial and temporal data. The project will empower researchers and policymakers to address pressing societal issues more effectively.
Munshi conducting comprehensive study of low surface brightness galaxy formation & evolution
Ferah Munshi is studying the formation of Low Surface Brightness galaxies, which make up nearly 50% of the universe. Her research aims to understand why these galaxies are dim and large, including their dark matter content and distribution.
Oughton collecting data on space weather events
Edward Oughton is gathering perishable operational decision data from critical infrastructure operators to model space weather hazards. The project aims to improve future scientists' and engineers' understanding of space weather hazards, supported by $84,999 in National Science Foundation funding.
Kashanchi studying parasite-derived vesicles in babesia virulence and vaccine development
Babesia parasite spread by ticks causes rare but severe symptoms in humans, including influenza-like illness and organ failure. Kashanchi isolates extracellular vesicles to investigate inflammatory cytokine responses and potential vaccine development.
Albanese receives funding for scholarship grant program
Massimiliano Albanese receives $87,833 from the US Department of Defense to improve cybersecurity enrollment, retention, and graduation rates at George Mason University. The program aims to enhance academic programs in cybersecurity, building on the university's National Center of Academic Excellence in Cybersecurity designation.
Baek conducting air quality monitoring & simulation analysis
B.H. Baek at George Mason University conducts air quality monitoring and simulation analysis under the U.S. EPA's Office of Air Quality Policy and Standards. Funding from General Dynamics supports this project until December 2024.
Van Oevelen receives funding For WMO WCRP support to IGPO 2024 meetings
George Mason University's Petrus van Oevelen received funding from the World Meteorological Organization (WMO) for WCRP support to the International Global Energy and Water Exchanges (IGPO) 2024 meetings. The $33,323 grant will be used until late December 2024.
Lowder & Foudray conducting evaluation of Medication For Opioid Use Disorder (MOUD) provision in Fairfax County Adult Detention Center
Evan Lowder and Chelsea Foudray are conducting a study to assess MOUD provision in the Fairfax County Adult Detention Center, with funding from Fairfax County and the Virginia Opioid Abatement Authority. The study aims to inform best practices for initiating individuals into medication-assisted treatment upon release from jail.
Gingold to conduct in-air 3D modeling
Yotam Gingold's NSF-funded project focuses on developing in-air 3D drawing tools, sonification techniques, and verbal 3D editing tools, enabling superhuman abilities in digital shape design and perception.
New study finds associations between use of skin care products and exposure to potential developmental toxicants
A new study found associations between the use of skin care products and exposure to phthalates and endocrine-disrupting chemicals in young children. The research, led by George Mason University professor Michael S. Bloom, suggests that different skin care products used by children may increase their risk of exposure to these chemicals...
SourceGeorge Mason University·JournalEnvironmental Health Perspectives·TypeObservational study·DateSep 4, 2024
Dr. Torabi to study vulnerabilities in electric vehicle charging management systems
Dr. Torabi aims to detect deployed configurations and their interconnections, retrieving critical artifacts for vulnerability analysis and disclosure. The project bolsters the resilience of EVMS, advancing clean transportation, national security, and energy supply stabilization.
Wiener studying learning & metacognition for the perception of time
Martin Wiener is conducting a series of studies to inform metacognition and interval timing, with the goal of better understanding how humans learn and adapt to temporal intervals. This research holds potential for improving treatment outcomes for individuals with psychiatric pathologies such as schizophrenia and autism.
Dumas receives funding for study of how distinct NMDA receptor signaling domains regulate hippocampal network dynamics
Dumas and his team will investigate how distinct NMDA receptor domains regulate hippocampal network oscillations and spatial memory retrieval in mice with specific GluN2 subunit mutations. The study aims to identify more effective therapeutics targets for schizophrenia treatments.
Dunick receives funding for Center For Economic Education
Jason Dunick will use the grant to support K-12 teachers teaching economics and personal finance in Virginia. The Center for Economic Education at Mason is part of a statewide network working to ensure Virginia remains a leader in economics education.
Cuellar examining negotiated rates for behavioral health & primary care providers
A study examining negotiated rates for medical services in Virginia aims to inform future Medicaid policy. The research, supported by the Robert Wood Johnson Foundation, will analyze differences in reimbursement rates among payers.
Nakkash & Griffin engaging Virginia youth & community in designing LGBTQ+ inclusive vaping prevention interventions
Nakkash and Griffin are developing evidence-based vaping prevention interventions tailored for LGBTQ+ youth in Virginia. They will conduct formative community engagement research, interview members and stakeholders, and analyze qualitative data to gain insights into factors affecting vaping behavior among LGBTQ+ youth.
Huang studying electric distribution system protection – Modeling and testing with real-time digital simulator
Liling Huang is studying electric distribution system protection using a real-time digital simulator and hardware-in-the-loop simulation. The project aims to enhance protection system design and recloser separation criteria, improving reliability and resilience in Virginia's electric grid.
Singh receives funding for AI innovation for economic competitiveness
The Center will develop a For-Virginia AI Strategy, track business AI adoption rate, and offer programs to SMEs to understand and capitalize on emerging AI technologies. The project aims to bolster economic competitiveness of small and medium enterprises across Virginia.
Social and structural factors are key drivers of disparities in obesity rates
Research reveals that social determinants such as access to healthy food, health insurance, and physical activity spaces are key drivers of obesity disparities. Successful interventions like community-based programs can reduce disparities, but more work is needed to expand these initiatives at local, state, and national levels.
Durant receives funding for Commonwealth Cyber Initiative Traineeship Program (CCI)
Liza Wilson Durant, Associate Dean at George Mason University, received funding for the Commonwealth Cyber Initiative Traineeship Program, providing a 7-week training program in cybersecurity and apprenticeships with industry partners. The program aims to develop and diversify data analytics and cybersecurity expertise in Virginia's wo...
Wang receives funding for Experiential Learning Program
Wang will develop an educational simulation game, CyberShield H2O, to enhance awareness and understanding of cybersecurity risks associated with public water systems. The project aims to foster critical systems thinking and prepare students to address cyber risks in municipal water systems.
George Mason University researchers lead breakthrough study to find functional cure for HIV
Researchers at George Mason University's Center for Infectious Disease Research have made a breakthrough in finding a functional cure for HIV. Using an HIV-like virus particle called HIV Rev-dependent lentiviral vector, the team was able to reduce viral reservoirs and boost the immune system to produce antiviral neutralizing antibodies.
Viano to study school security
A new project led by Dr. Samantha Viano will investigate the impact of school security equipment on minoritized students' educational and carceral outcomes. The study aims to provide empirical evidence on whether school security makes schools safer, shedding light on its role in the school-prison nexus.
Wijesekera receives funding for FHWA driving simulator support research: Hands-on support for CDA/CARMA - ARCHER Integration Phase I
Duminda Wijesekera has received $40,000 in funding to evaluate and test the Nvidia Drive Sim for full integration with CDA/CARMA. He will also assess the advantages and disadvantages of using Drive Sim and Omniverse for autonomous vehicle simulations.
Study: Retail viability in Fairfax City mixed use development
A study led by George Mason University's Mehmet Altug explores retail viability in Fairfax City's mixed-use development. The research considers factors like traffic conditions and coordinated marketing with Fairfax County Economic Development programs.
Wojtusiak to use artificial intelligence to help caregivers with social isolation
Janusz Wojtusiak, a George Mason University professor, is developing an artificial intelligence solution to address social isolation and loneliness among caregivers of people with dementia. The project aims to identify and support caregivers who are socially isolated or at risk of becoming so.
Sun studying mobile security (android) through experimental learning
A new mobile security program for Android is being developed at George Mason University. The program aims to equip students with knowledge and skills in Android security, fostering problem-solving capabilities and enhancing communication and teamwork skills.
College of Public Health receives NIH grant to pilot AI chatbot for African Americans with depression
The college will develop a Knowledge-enhanced Antidepressant Recommendation Dialogue System (KARDS) to engage users in a conversation to identify the appropriate antidepressant medication. The AI chatbot aims to address medication needs of Black and African Americans with depression, a gap in current management.
Schrag studying history Of Dulles Corridor Metrorail Project
Schrag is studying the history of the Dulles Corridor Metrorail Project, a $74,999 National Endowment for the Humanities-funded research project. The study explores the project's impact on transportation and development in Northern Virginia.
Sauer receives funding for project studying tunable RF atomic magnetometer as an electrically small receiver
Karen Sauer is studying a tunable RF atomic magnetometer as an electrically small receiver to compensate for stray static magnetic fields. The project aims to enable the sensor's use in uncontrolled conditions, crucial for out-of-lab applications.
Luther identifying road segments that bisect predicted movement corridors for small priority species in Virginia
A study at George Mason University aims to advance the Wildlife Corridor Action Plan by identifying road segments impeding movement of priority species in Virginia. The researchers created models estimating habitat suitability and important movement areas for select species, receiving $243,105 in funding.
Xue to receive funding for project aimed at youth tobacco use prevention
Professor Hong Xue at George Mason University is receiving $450,000 to implement a youth tobacco prevention project using AI and immersive technologies. The project aims to tackle electronic cigarette/tobacco use among Virginia's youth population.
Marasco studying inclusive design of contactless fingerprints to mitigate skin tone and gender bias
Researchers at George Mason University are working on a contactless fingerprint technology to mitigate biases in smartphone identity verification. The project aims to ensure data security for users of diverse backgrounds, addressing vulnerabilities related to physical characteristics.
Petricoin conducting protein pathway activation based signaling mapping of head and neck cancers
Researchers at George Mason University are conducting a study to map protein pathways in head and neck cancers. They will analyze pre-specified proteins and phosphoproteins involved in inflammation, DNA damage, and cell survival pathways using comprehensive reverse-phase protein microarray analysis.