Experiment findings will help nuclear industry model, design and construct clean nuclear energy systems, and continue an impressive safety legacy.
Dr. Khoshgoftaar's scientific publications have garnered more than 63,500 citations during his distinguished career at FAU (1985 to present), yielding a Google Scholar h-index of 95.
Flexcon Global has exclusively licensed two patented inventions to manufacture a self-healing barrier film from the Department of Energy’s Oak Ridge National Laboratory for research and development purposes. The film can be incorporated into vacuum insulation panels to increase the efficiency of buildings during retrofits.
Hua pioneers computer codes that can improve safety and efficiency of molten salt reactors.
A $1.6 million grant from the National Institutes of Health will fund advanced undergraduate scholarships and training to encourage University of Hartford students to pursue careers in biomedical research.
Korea Electrotechnology Research Institute (KERI) has succeeded in domestically developing the ‘CNC driving system’ technology, a core component of machine tools—often referred to as "Mother Machines," the machines that make other machines.
The cost effectiveness of wind farms could be significantly improved by reducing the speed of wind turbines that are clustered together, which could improve their longevity and also reduce noise pollution. A team of researchers from the University of Adelaide led by Dr Rey Chin looked at the operation conditions of wind turbines, investigated those conditions relative to power output and performance, and how turbines interact with each other.
As part of Climate Week NYC, Columbia Engineering will celebrate a week of events bringing together researchers and experts at the forefront of developing solutions to help the planet and society.
Argonne will lead the Energy Storage Research Alliance (ESRA) in partnership with Berkeley Lab and Pacific Northwest National Laboratory. ESRA focuses on transformative battery advancements, workforce training and reshaping the future of energy storage.
A new multispectral smart window has been developed, capable of adjusting light transmission and providing robust microwave shielding. Combining liquid crystal scattering with dye doping, this technology allows independent control of transmittance and scattering in a single layer.
Scientist in China proposed a Memristive-Photoconductive Transduction (MPT) strategy to achieve crosstalk-free readout. By utilizing the characteristic that the photoelectric response of the semiconductor resistive memory device varies under different resistance states, precise and nondestructive readout operations can be achieved in a crossbar memory array.
The operation performance of the battery and the stability of large-area deposition have been verified, bringing the technology closer to commercialization. Also, the research was published as the cover article in the August issue of the world-renowned journal in the field of energy and materials, Advanced Energy Materials.
- Leading the development of 52 metaverse-related international standards deliverables... Expanding its global influence - Acting as a key player in the development of 6 key deliverables related to the platform interoperability and the integration of virtual and real worlds... Laying a foundation for providing interoperability over metaverse cross platforms
A new concept termed waveguide-assisted energy quantum transfer (WEQT) is presented to improve the single emitter-cavity coupling strength by extending the interaction cross-section. Multiple ancillary emitters are optically connected by a waveguide, providing an indirect coupling channel to collect and transfer the energy quantum from target emitter to cavity. An enhancement factor >10 can be easily achieved. A photon gate with controlling bits is designed to reveal the new degrees of freedom offered by WEQT.
All-optical terahertz modulation, an ultrafast dynamical terahertz control approach that has attracted much interest, remains limited in terms of encoding and multifunction.
Independent controls of various properties of electromagnetic (EM) waves are crucially required in a wide range of applications. Towards this goal, scientists in China proposed the concept and general theory of space-time-polarization-coding (STPC) metasurface, which adds the functionality of arbitrarily controlling polarization direction compared to space-time-coding (STC) metasurfaces. The proposed approach has a wide range of applications in various areas, such as imaging, data storage, and wireless communication.
Electronics and Communications Research Institute (ETRI) announced on July 1 that they have decided to establish a cooperative system with the International Institute for Applied Systems Analysis (IIASA) to conduct further research regarding the development of an AI policy intelligence system that can assist public policy decision-making.
Chip-scale THz devices could enable future compact computing, imaging, and communication techniques, where the all-optical tunability via Kerr effect remains a bottleneck for THz waves.
A long-wave, high-power, wide-tunable, single-longitudinal-mode solid-state laser was designed as light source in photoacoustic gas detection technology. The laser emits at ~2 μm with an excellent wavelength and power stability.
This study suggests single-pixel detection as a cost-effective alternative to expensive InGaAs focal plane arrays (FPAs) for near infrared (NIR) hyperspectral imaging.
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