3 ms·
That's completely different, isn't it? One photon is at one wavelength. So multiple wavelengths implies multiple photons. This breakthrough is specifically th
by ijidak 7y ago
That's completely different, isn't it?
One photon is at one wavelength. So multiple wavelengths implies multiple photons.
This breakthrough is specifically the ability to do more with a single photon.
That's a huge leap.
- Retric 7y agoIn theory a single layer single electron setup you capture a set amount of energy from all photons with more than that energy and nothing from photons below that level. Based on sunlight you then pick what frequency gives the best compromise. This is then how much energy you then setup your electrons to capture. In multiple layers setups, you tune multiple separate bands one for each layer. Electrons in different layers capture different amounts of energy. This also lets you also have multiple bands, but rather than separate layers you’re using numbers of electrons to determine the thresholds. PS: Also the efficiency bands are based on sunlight, a different light source changes the maximum efficiency.