Tuesday 19th April 2016
Monday 18th April 2016
Monday 18th April 2016
Illustration of the initial charge transfer step in a dye sensitized solar cell. A photon from the sun is absorbed and excites the dye molecule. Subsequently, an electron can is injected into the ZnO-Layer where it can be trapped by so called interface-states. Credit: Mario Borgwardt/HZB
Monday 18th April 2016
Monday 18th April 2016
Monday 18th April 2016
Top: A normal perovskite crystal (left) bends and twists after being squeezed between two diamonds. Bottom: The orange perovskite crystal changes color as pressure is applied, indicating that different wavelengths of light are being absorbed. (Adam Jaffe and Yu Lin)
Monday 18th April 2016
Thursday 14th April 2016
Wednesday 13th April 2016
Wednesday 13th April 2016
Wednesday 13th April 2016
Wednesday 13th April 2016
Tuesday 12th April 2016
Tuesday 12th April 2016
Tuesday 12th April 2016
Tuesday 12th April 2016
Tuesday 12th April 2016
Developments offer new opportunities for partnerships with universities, says Lux Research
Monday 11th April 2016
Monday 11th April 2016
Thursday 7th April 2016
Thursday 7th April 2016
Stanford team shows how pressure could help tailor solar cell wavelength absorption properties
Thursday 7th April 2016
Thursday 7th April 2016
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