Researchers are investigating novel quantum states by examining materials in reduced dimensions, which confine electron flow. This approach has led to the discovery of unusual metals and a better understanding of phase transitions at quantum limits.
A Scripps research study uses remote imaging techniques to accurately measure breaking waves, providing insights into ocean currents, heat transfer, and aerosol production. The findings will inform two new projects aiming to understand hurricane dynamics and thermodynamics.
Researchers at UCR's CE-CERT are developing a way to convert wet waste, such as sewage sludge and grass clippings, into synthetic diesel fuel and electricity. The process has the potential to produce up to 26 barrels of fuel and 34 megawatt-hours of electricity per day.
Professor Ramanathan recognized for his groundbreaking studies on clouds, aerosols, and greenhouse gases in the earth's climate system. His work has significantly advanced our understanding of radiative feedbacks in climate change and ocean temperature regulation.
Ralph V. Chamberlin has successfully extended the mean-field theory of ferromagnetism to describe the behavior of ferromagnetic materials at lower temperatures, eliminating the need for an alternative theory. This breakthrough allows for the accurate description of ferromagnets in a wider range of temperatures.
Researchers at the University of Illinois have developed a new description of microbial kinetics based on chemiosmotic theory, providing a fundamental explanation for microbial metabolism. The unified theory predicts results from experiments under various conditions and offers a simple explanation for threshold substrate concentrations.
University of Florida researchers Richard Elston and Zhuomin Zhang won the Presidential Early Career Award for Scientists and Engineers. The award includes a $500,000 research grant to support their independent research careers. The recipients' work focuses on advancing basic science in heat transfer and thermodynamics.
Scientists are working on creating new thermoelectric materials that can rival the efficiency of conventional coolants in air conditioners. The goal is to develop a small, lightweight device that can both cool and generate electricity.
Researchers create device that harnesses thermal fluctuations to separate membrane-associated molecules, providing a novel approach for studying cellular processes. The invention builds upon previous work on Brownian ratchets and utilizes microfabrication techniques to manufacture the device at an affordable cost.
A team of Penn State researchers is reacquainting old friends by integrating statistical principles back into astronomy. They are using advanced methods such as time series analysis, sampling theory, and nonlinear regressions to tackle complex problems like large-scale clustering of galaxies and the internal structure of the sun.