Researchers are creating a Subsurface Thermal Energy Storage (STES) system to store waste energy underground, cutting heating and cooling costs and reducing carbon emissions. The system uses natural insulating properties of underground sediments and conventional heat pumps to achieve higher efficiency than traditional HVAC systems.
Assistant Professor Zahra Hazari aims to empower students toward long-term learning in physics by identifying personally meaningful learning experiences. She will develop lesson plans connecting physics to real-world contexts to counter stereotypes and attract more students to physics careers.
Clemson University has received a three-year, $400,000 faculty-development grant from the US Nuclear Regulatory Commission to recruit and retain younger faculty in nuclear science. The grant will support Dr. Brian Powell and help establish an excellent base for his academic career.
A Clemson University assistant professor is using a $415,430 NSF CAREER Award to investigate social capital's impact on underrepresented students' decisions to enter engineering fields. The research aims to determine if these students use different mechanisms to access social capital and develop education and career-related goals.
Mears will research real-time modeling and information exchange to maximize efficiency in machining systems. The project aims to improve manufacturing quality and productivity nationwide.
Clemson University researchers are studying safe storage of carbon dioxide in geological formations to reduce global warming emissions. They will focus on identifying conditions that may lead to leakage and developing techniques to minimize its impact.
Clemson University has received a $45 million grant from the US Department of Energy, combined with $53 million in matching funds, to build a large-scale wind turbine drive train testing facility. The testing facility will create at least 134 jobs and generate 568 indirect jobs, supporting South Carolina's emergence as an industrial hu...
Clemson University is part of a five-year, $3 million Air Force Office of Scientific Research award to explore carbon nanotube-based superconductors. The team aims to develop composite wires that can replace inefficient copper wiring in power lines.
Clemson University researchers have received a $195,000 grant to study breast cancer reconstruction using engineered tissue with anti-cancer properties. The project aims to improve reconstructive surgery performed on breast tissue following a lumpectomy by combining healthy cells with a degradable biomaterial.
Researchers will develop a computer simulation model to predict the effects of prenatal risk factors like obesity and diabetes on infant health in African-American, Hispanic, and non-Hispanic white populations. The study aims to identify potential disparities in disease development and continuation across ethnic groups.
Researchers at Clemson University found evidence that toxin-producing algae played a deadly role in mass extinctions. The scientists analyzed ancient algal deposits and found that these algae were present in sufficient quantities to kill off plants and animals.
The National Institutes of Health has awarded Clemson University a five-year, $9.3 million grant to establish a Center of Biomedical Research Excellence (COBRE) for Tissue Regeneration. The center will focus on tissue regeneration through cell-biomaterials interactions to restore functional tissues and address the growing need for rege...
Clemson University researchers are developing mathematical models to improve resolution in Diffuse Optical Tomography (DOT) for detecting smaller breast cancers. The method uses infrared and visible light to create high-resolution images without radiation, eliminating false positives and negatives.
Researchers aim to optimize fuel consumption by integrating plug-in hybrid electric vehicles with roadside infrastructure, reducing pollution and greenhouse gas emissions. They plan to provide drivers with alternative routes to maximize fuel economy.
A new study by Clemson University researchers contradicts global warming claims by finding that hurricane frequency is increasing in the Atlantic Basin, but their individual strengths are not growing stronger. The study analyzed changes in tropical cycle records between 1851 and 2008 and found no evidence of increased storm strength.
Scott Shappell, a professor at Clemson University, has been elected Fellow of the American Psychological Association for his significant impact in human error research and fatigue effects on performance. He is known for co-developing groundbreaking tools to identify and prevent accidents in high-risk industries.
Researchers found geckos' severed tails exhibit complex movement patterns to distract predators, potentially leading to new insights into spinal injury recovery. The study's findings suggest central pattern generators can function without a brain or nervous system.
A Clemson University bioengineer has developed an injectable biomaterial gel that promotes the growth of neural stem cells at the site of a traumatic brain injury, structurally repairing damaged brain tissue. The procedure shows promise for treating head injuries caused by car accidents, falls, and gunshot wounds.
Researchers at Clemson University will receive $2 million from the NSF to mimic butterflies' suction mechanism for feeding. This method can be used in medical diagnostics and will help develop new fiber-based devices capable of probing hard-to-reach liquids.
Melanie Cooper, a Clemson University professor, has been recognized as an American Chemical Society Fellow for her contributions to chemistry education and research. Her research focuses on developing effective ways for students to learn science, including evidence-driven curricula like Chemistry, Life, the Universe and Everything (CLUE).
A new study by Clemson University mathematician Jan Medlock and colleague Alison Galvani recommends prioritizing vaccinations for schoolchildren and adults aged 30-39 to control the spread of seasonal flu and H1N1. The researchers found that these age groups are crucial in preventing transmission, which can lead to severe symptoms amon...
Researchers at Clemson University have developed advanced facial recognition techniques using iris and periocular features, enabling accurate identification even with partially obstructed faces. The new methods could be used for airport, border, and home security applications.
Clemson University professor Rhett Smith receives $598,000 to study novel materials that can conduct electricity in thin, flexible plastic devices. The goal is to develop ultrathin displays and efficient thin-film solar cells.
Clemson University chemical engineering professor Mark C. Thies has partnered with Doros Theodorou of the National Technical University of Athens to develop molecular models for advanced-carbon materials. Their goal is to create strong, lightweight materials for transportation vehicles, wind turbines, and energy-efficient aircraft.
Researchers at Clemson University will use AnyBody Modeling System to create detailed computer models of the human musculoskeletal system, exploring issues like hip replacements and seating comfort. The donation also includes tools to predict and assess implant performance and longevity, accelerating product development.
The Clemson University-led Center for Atomic-Level Catalyst Design aims to develop new catalysts for producing clean fuels and chemicals from renewable sources. The project seeks to lower the cost of renewable fuels and reduce carbon footprint through advanced computational methods.
Lin Ma's project aims to understand turbulent combustion using advanced laser diagnostics, contributing to energy security and environmental sustainability. The research will improve the efficiency of devices such as engines, boilers, and power plants.
Researchers found that engaged workers are not necessarily committed to their organization. Engaged employees require resources to perform well and may leave if they don't receive necessary support. Managers must balance pressure from bosses with motivating and keeping employees engaged.
A new system could use simple icons on TV screens to warn of future phases of a pandemic outbreak. The researchers emphasize the importance of rapid response and early detection in reducing the impact of a pandemic.
Researchers at Clemson University are developing new test methods to address alkali-silica reaction (ASR) in concrete, a common durability problem affecting infrastructure like roads and bridges. This research has the potential to save millions of dollars by minimizing or preventing ASR distress.
Astronomers are studying a mysterious gamma-ray emission from the center of the Milky Way galaxy, which is surprising given the presence of massive stars and black holes. The emission is thought to be caused by exotic particles such as dark matter or the decay of radioactive elements.
Researchers develop a new general chemistry curriculum, CLUE, using the emergence and evolution of life as context for introducing chemistry concepts. The curriculum aims to improve students' problem-solving abilities and deepen their understanding of fundamental principles.
A study of 18,000 students found notable gender bias in student ratings of high school science teachers, with female teachers receiving lower evaluations than their male counterparts. Despite being equally effective at preparing students for college, female teachers were undervalued by both male and female students.
Thomas R. Kurfess, Clemson University BMW Endowed Chair, was recognized as a Fellow of the American Association for Advancement of Science for his work on advanced production systems and process control. His research focuses on ensuring vehicle performance through prognostics and diagnostics.
The US Department of Energy has awarded Clemson University researchers $409,000 to develop a new fluoropolymer material for hydrogen production. The project aims to create a more efficient electrolyzer, enabling the use of hydrogen as a major source of energy in the future.
A team of Clemson researchers, led by Taufiquar Khan and Irina Viktorova, is developing mathematical models to optimize metering and communications in complex power-distribution networks. This effort aims to improve distribution efficiency, save energy, and reduce operating costs.
Clemson University researchers have received a $180,000 grant to develop new imaging agents that combine light and MRI technology for early detection of breast cancers. The technology uses fluorescent carbon nanomaterials, dubbed 'carbon dots', with magnetic elements to enhance contrast and spatial resolution.
Researchers are developing nanofiber-based probes for medical diagnostics, which may save time and money compared to traditional methods. The probes, 10 times smaller in diameter than a human hair, can extract tiny samples from biological fluids.
Naren Vyavahare aims to extend the durability of bioprosthetic heart valves beyond 20 years through chemical linking of neomycin to tissue. Improved durability will enable surgeons to implant valves in younger patient populations with reduced risk of failure.
Clemson University researcher John R. Saylor has received a $700,000 CDC grant to investigate methods for reducing harmful particulate levels in coal mines. The goal is to lower the incidence of black lung disease and its affiliated ailments by lowering coal-mine dust exposure.
Clemson University environmental chemist Cindy Lee receives NSF funding to investigate how PCBs cycle through fish and other organisms before reaching consumers. Her research aims to track the changes in PCB behavior and determine their impact on human brain development.
Jay Steele, a Ph.D. student in computer graphics at Clemson University, has received the NVIDIA Fellowship Program award for his research on Lattice-Boltzmann computational modeling methods and GPU acceleration. The $25,000 award recognizes his work on realistic lighting and rendering of virtual scenes.
Dr. Krishna P.C. Madhavan has received a $511,824 NSF CAREER Award to investigate how virtual environments can enhance learning outcomes for engineering students. His research aims to bridge the gap between advanced engineering research and curricula, creating highly adaptive learning experiences.
Researchers aim to develop a safety mechanism for next-generation nuclear power generators by studying carbon fiber composites embedded in a carbon matrix. The project seeks to understand how nanotubes improve the radiation-damage tolerance of ultra-thin carbon fibers.
The Center for Biological Interfaces of Engineering at Clemson University will create identical tissue samples using inkjet printing to study breast cancer causes and progression. The multi-disciplinary research team aims to understand how environmental conditions stimulate breast cancer development.
The National Institutes of Health has awarded Clemson University researchers nearly $1 million to develop polymer dot nanoparticles for tracking single molecules in live cells. This technology could help determine the body's defenses against viruses and bacteria, as well as pinpoint cancer cells for more effective treatment.
Researchers at Clemson University will develop an animal model to study bone loss caused by radiation therapy, which could lead to the development of therapies for cancer survivors. The study also examines the effect of space radiation on bone loss for astronauts, a growing concern for future space missions.
Thermoelectric devices could capture wasted heat from hot engines, generating electricity and saving billions of dollars in the US. Clemson University physicist Terry Tritt discusses promising applications, including waste-heat recovery in cars.
Researchers at Clemson University have created a method to improve fluorescent nanoparticle longevity, enabling the tracking of molecule motion in living cells. This technology could reveal details on virus invasion and protein operation within the body.
A Clemson team of chemists has found a new mechanism for antioxidant activity, where antioxidants bind to naturally present iron and copper in the body to prevent DNA damage. This discovery may help treat or prevent illnesses such as cancer, cardiovascular disease, Parkinson's, and Alzheimer's.