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Physics - Rising Above the Quantum Noise

The control of molecular-level quantum effects in artificial photosynthetic membranes is a powerful tuning knob for optimizing long-range energy transport, according to a theoretical study. ....

Gregory Scholes , Giacomo Ciamician , Andrea Mattioni , University Of Toronto , Ulm University , Department Of Chemical Science , Ultrafast Spectroscopy Group , University Of Padua , Department Of Chemical Sciences , E Collini University Of Padua , Chemical Science , Alan Stonebraker , Chemical Sciences ,

Researchers from IIT Mandi, IIT Delhi and Yogi Vemana University develop leaf-like catalytic structures for solar-driven production of green hydrogen and ammonia

Researchers from IIT Mandi, IIT Delhi and Yogi Vemana University develop leaf-like catalytic structures for solar-driven production of green hydrogen and ammonia
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Ashish Kumar , Saswata Bhattacharya , Navakoteswara Rao , Manish Kumar , Venkata Krishnan , Giacomo Ciamician , Yogi Vemana University , School Of Basic Sciences , Associate Professor , Basic Sciences , Materials Chemistry ,

Artificial Photosynthesis as a Renewable Energy Source


Artificial Photosynthesis as a Renewable Energy Source
Dr. Raj Shah, Ms. Eliana Matsil, Ms. Gabrielle Massoud | Koehler Instrument Company
The urgency of realizing a clean substitute to our fossil fuel energy supply is increasing exponentially. The study of artificial photosynthesis as a renewable energy source has been carried out for decades. This approach uses biomimetic techniques to replicate the process of natural photosynthesis, which uses abundant resources of sunlight, water, and carbon dioxide to produce oxygen and energy-rich carbohydrates. By replicating this operation, researchers are able to design systems which utilize these natural resources to convert solar energy into chemical energy and store it in the bonds of a fuel. Fuels that are able to be produced by artificial photosynthesis include hydrocarbons such as formic acid (HCOOH), methanol (CH3OH), carbon monoxide (CO), and methane (CH4), or pure hydrogen fuel. The chemical processes involved in artifi ....

United States , New York , Stony Brook , United Kingdom , City Of , Kenichi Honda , Tucker Davey , Gabrielle Massoud , Giacomo Ciamician , William Ayers , Toyota Mirai , Grooth Harmsen , Akira Fujishima , Eliana Matsil , Raj Shah , Photoelectrochemical Cellphotoelectrochemical , Koehler Instrument Company , Royal Society Interfac , Us Department Of Energy , University Of Michigan , Adam Hill At St Lawrence University , Energy Institute , University Of New York , European Union , Energy Conversion Devices , Management Institute ,