Check out this awesome feature in @taprootyeg about our solar simulation project for NASA -
"G2V Optics has sent solar simulators to NASA to help test a spacecraft that aims to solve Earth’s growing space-junk problem."
https://t.co/W8B6NhK3b3
Lots of great conversations at the Upper Bound AI Conference that happened last May 18-21! 🤖🚀
“Design before you build” really stuck with us - the companies seeing real impact from AI are focusing on human-centered systems, not just deploying tools.
Did you know perovskite solar cells can be more than ten times thinner than a silicon solar cell and still capture the same amount of light? #Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/diqbLvBvC8
Heterogeneous nucleation upon the substrate electrode during electrodeposition = perovskite structures are likely to be multi-crystalline and suffer reductions in efficiency. #Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/nFORQWqMQW
Can I use the G2V simulators for water splitting? Absolutely! Check out our FAQ section in the page listed below for more info. #Chemistry, #Photochemistry, #Science, #EngineeredSunlight
https://t.co/lGO6nwrhg4
Perovskites have captured the imagination of both researchers and the public since their debut due to their rapid growth in efficiency. #Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/pVbeunDUYt
Understanding the atomic construction, and how defects can manifest in perovskite crystals is essential for producing high-quality solar cells. #Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/caUBvJyzGj
What is your One-Click Sun module? It is a software upgrade to allow you to replicate the solar irradiance of any place on earth at any time of the day throughout the year. #Photovoltaics, #Silicon, #Perovskites, #EngineeredSunlight
https://t.co/C23SgytsC8
It took until 1945 to confirm the crystal structure of perovskites using X-ray crystallography. Our Perovskite article covers history, testing, to future applications.👇 #Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/t9nRPDwdeg
Stressing a crystal by altering a crystal’s components is a common method of modifying both physical and electronic properties of perovskite devices.
#Photovoltaics, #EngineeredSunlight, #Perovskites, #Chemistry
https://t.co/JjHN7BJ64D
Comparing the energy of solar cell technology. NREL and SETO are the one stop shop. Check out our Perovskite article for the links! 👇 #Photovoltaics, #EngineeredSunlight, #Perovskites, #Science
https://t.co/giQeev7Fk9
We learn what information you need to succeed. We partner with you in design and setup. We look at where you want to go, and make sure you have the tools to get there. #Chemistry, #Photovoltaics, #Engineering, #Innovation, #EngineeredSunlight
https://t.co/HeIaas6jcn
What is your solar simulator’s angle of emission? ~20 to 30 degrees. Does your research require tighter or wider incident angles? Reach out to one of our Experts on a solution. #Chemistry, #Physics, #Engineering, #EngineeredSunlight
https://t.co/y40H4TucMW
High-quality LED solar simulators remove the uncertainties associated with using an unreliable light source. The yield: accurate results and reproducibility. #Chemistry, #Catalysis, #Photochemistry, #EngineeredSunlight
https://t.co/Nhdn2HajOv
Extending the life of perovskites is a necessary step to successful commercialization. What do we need to look at to make this happen? Find out! 👇 #Photovoltaics, #EngineeredSunlight, #Perovskites, #Science
https://t.co/yxt0Y1uMnd