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The Latest
  • Global food insecurity could be greatly helped by seaweed farming
  • Could a robotic ‘chef’ watch and learn from cooking videos and actually recreate the dish itself
  • Opening and closing the blood-nerve barrier for the first time to deliver drugs
  • Producing chemicals without the harmful byproducts and large energy demands of current manufacturing techniques
  • Using a smartphone camera to detect and diagnose medical conditions with an AI-driven mobile health algorithm
  • Color-changing materials indicate when drugs or food gets too warm
  • A high-performance elastocaloric cooling system that could represent the next generation of climate friendly AC
  • Could a new superlubricity coating reduce economic losses of 1 trillion dollars from friction and wear?
  • AI clones made from user data pose uncanny risks
  • Is AI capable of predicting someone’s emotional response to events before they occur – today?
Home solar cells

Ultra thin ultra light fabric photovoltaics would only add about 20 kilograms (44 pounds) to the roof of a house

Ultra thin ultra light fabric photovoltaics would only add about 20 kilograms (44 pounds) to the roof of a house

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A simpler less expensive approach to solar cell manufacturing is also lead free

A simpler less expensive approach to solar cell manufacturing is also lead free

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Ultrathin solar cells get more stable and more ready to challenge existing technologies

Ultrathin solar cells get more stable and more ready to challenge existing technologies

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A new method using nanowires can improve solar cell efficiency to as much as 40 percent and make them much cheaper than today

A new method using nanowires can improve solar cell efficiency to as much as 40 percent and make them much cheaper than today

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A layer of three crystals produces a thousand times more power in a new solar cell design

A layer of three crystals produces a thousand times more power in a new solar cell design

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A transparent electrode boosts solar cell efficiency by 5 percent

A transparent electrode boosts solar cell efficiency by 5 percent

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New smart materials pave the way for intelligent solar cells that can follow the sun and more

New smart materials pave the way for intelligent solar cells that can follow the sun and more

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New technology makes foldable solar cells a practical reality

New technology makes foldable solar cells a practical reality

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Invisible solar panels will be tomorrow’s windows

Invisible solar panels will be tomorrow's windows

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New machine learning program can greatly accelerate clean energy generation

New machine learning program can greatly accelerate clean energy generation

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A new era of personalized energy could be unleased by novel transparent solar cells

A new era of personalized energy could be unleased by novel transparent solar cells

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A utility company could use this technology to get 1.5 times more energy out of the same amount of land on its solar farms

A utility company could use this technology to get 1.5 times more energy out of the same amount of land on its solar farms

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Getting more electricity out of heat with mirror-like photovoltaics

Getting more electricity out of heat with mirror-like photovoltaics

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Affordable thin film solar cells with about 34% efficiency?

Affordable thin film solar cells with about 34% efficiency?

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Solar windows inch towards reality at 8 percent efficiency

Solar windows inch towards reality at 8 percent efficiency

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Featured Today . . .

Global food insecurity could be greatly helped by seaweed farming

Read More
on 09 June 2023

Could a robotic ‘chef’ watch and learn from cooking videos and actually recreate the dish itself

Read More
on 09 June 2023

Opening and closing the blood-nerve barrier for the first time to deliver drugs

Read More
on 08 June 2023

Producing chemicals without the harmful byproducts and large energy demands of current manufacturing techniques

Read More
on 08 June 2023
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The Latest University & Research Institutions Updated . . .

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University of California Merced (UCM)

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