PCN nanolayers under sunlight can split water.
Joint modeling and experimental work by the US Army Research Laboratory and the Georgia Institute of Technology is focused on the development of batteries that improve the safety and energy density of ones currently found on the battlefield, and is featured on the cover of the prestigious Advanced Energy Materials journal.
The electron (blue) orbits the nucleus (red) -- and its orbit encloses many other atoms of the Bose-Einstein-condensate (green).
University of Illinois research project Renewable Oil Generated with Ultra-productive Energycane (ROGUE) will transform energycane and Miscanthus (pictured) into sustainable sources of biodiesel and biojet fuel with support from the US Department of Energy.
Rensselaer will receive $2 million -- in collaboration with private sector companies and local transportation agencies -- to foster changes in freight demand patterns to reduce energy use, enhance quality of life, improve economic productivity, incorporate efficient practices into freight logistics, and publish lessons learned.
This is an illustration of waves propagating away from a point-like source. Left: Regular wave propagation. Right: Wave propagation on a hyperbolic metasurface.
The firebrat and silverfish are close relatives and have the ability to digest cellulose.
The turbocompressor is one of the key components to Todd Bandhauer's waste heat recovery system.
CONTISOL was tested at Cologne, Germany using simulated 'suns', rather than an actual solar field, and the storage and heat exchanger was also simulated, because the reactor itself is the innovation being tested
Electric Eel-Inspired Device Reaches 110 Volts: This photo depicts the printed, high voltage implementation of the artificial electric organ. A 3-D bioprinter was used to deposit arrays of gel precursor droplets onto plastic substrates, which were then cured with a UV light to convert them into solid gels. Alternating high-salinity and low-salinity gels (red and blue gels, respectively) were printed onto one substrate, and alternating cation-selective and anion-selective gels (green and yellow gels, respectively) were printed onto a second substrate. When overlaid, these gels connect to form a conductive pathway of 612 tetrameric gel cells that can be used to generate up to 110 volts.
After an intensive period of analyses the research team led by Professor Floriana Lombardi, Chalmers University of Technology, was able to establish that they had probably succeeded in creating a topological superconductor.
Hydrogen (H2) evolution systems constructed in cross-linked porous lysozyme crystals by immobilizing Pt nanoparticles as H2-evolution catalysts in immediate proximity to an organic photosensitizer, rose bengal.
A new train headlight design uses two half-circular parabolic, or cup-shaped, aluminized reflectors with high-efficiency LEDs placed in the plane where the two reflectors come together. Combining the strong beams from each reflector generates the light intensity necessary to meet safety guidelines.
The basic idea of the measurement method: red light hits the surface -- blue light is sent back.
The cover image is an artistic impression of the process of nuclear excitation by electron capture. A highly stripped ion, illustrated here as an atomic nucleus with a single orbiting electron, captures an incident electron into a vacant orbit. Under the right conditions, this capture transfers a small amount of energy into the nucleus, which subsequently emits a much larger amount of energy in the form of gamma rays.
The table-top laser experiment at the Tata Institute of Fundamental Research, Mumbai. (a) A high power laser pulse creates mega-ampere electron current pulses. Cherenkov emission in the form of cones is emitted by these electrons traveling faster than light in glass. (b) the time trace of the Cherenkov emission measured in the experiment.
As the race to find energy sources to replace our dwindling fossil fuel supplies continues apace, hydrogen is likely to play a crucial role in the future.
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From left to right: Martin Sjöstrand – CEO Powerbox ; Patrick Le Fèvre CMCO Powerbox
WSU researchers have found a way to create large amounts of inexpensive nanofoam catalysts that can facilitate the generation of hydrogen on a large scale by splitting water molecules.
