Scientist Moh El-Naggar studies bacteria that construct membrane wires to 'breathe' rock. This three-dimensional construct depicts a wire composed of spherical vesicles containing electron-transporting proteins (red and green).
This figure shows the proposed timeline of CO2 utilization methods.
Dr. Roger James Kuhns and Dr. George H. Shaw recently published a book through Springer (2018) entitled "Navigating the Energy Maze: The Transition to a Sustainable Future". Here, Kuhns and Shaw are shown together attending the 2018 Citizens' Climate Lobby Northeast Regional Conference.
Pieces of flexible, rechargeable yarn batteries can be connected in series to power electroluminescent panel displays.
Electric charges in a nanostructured tin selenide (SnSe) thin film flow from the hot end to the cold end of the material and generate a voltage.
The first beam of light leaves the test beamline at its end.
This is a microscopic image of the solar cell absorber made of one grain (black and white) and corresponding chemical analysis showing the concentration of gallium (orange) and indium (purple).
This is a photo of new valve technology that promises cheaper, greener engines, Amir Khajepour, a professor of mechanical and mechatronics engineering at Waterloo, in his lab working with his students.
Electrical excitation causes a point defect in the crystal lattice of silicon carbide to emit single photons, which are of use to quantum cryptography.
Greg Reed (left) and Mayor Peduto (right) witness Danish Ambassador Lars Gert Lose sign the new energy partnership memorandum.
This is an electronic microphotograph of the obtained polariton lattice.
A wafer of highly aligned carbon nanotubes, seen in gray on a piece of glass, facilitated a novel quantum effect in experiments at Rice University.
Utah State University chemists, from left, Tianbiao Liu, Bo Hu, Camden DeBruler and Jian Luo describe the design and synthesis of a pi-conjugation-extended viologen molecule as a novel, two-electron storage anolyte for neutral total organic aqueous redox flow batteries.
This is the monocrystalline Si thin film peeled off using adhesive tape.
Norway is one of the top-ten hydropower electricity producers worldwide, with more than 95 percent of domestic power production from hydropower. A new tool developed at the Norwegian University of Science and Technology (NTNU) enables policymakers and industry to understand the tradeoffs between hydropower and loss of land and biodiversity from when lands are drowned under reservoirs.
Brookhaven scientists are pictured at NSLS-II beamline 8-ID, where they used ultra-bright x-ray light to 'see' the chemical complexity of a new catalytic material. Pictured from left to right are Klaus Attenkofer, Dong Su, Sooyeon Hwang, and Eli Stavitski.
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