G2V Optics

Lots of great conversations at the Upper Bound AI Conference that happened last May 18-21! 🤖🚀

One theme kept coming up again and again:
Successful AI adoption isn’t just about the technology. It’s about people, workflows, trust, and organizational agility.

“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.

Excited to see where all of this goes next 👀🙌

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? , , ,
https://buff.ly/cWThVvS

The difference between a maximum efficiency limit of 34% (for perovskites) and 32% (for silicon) in single-junction cells. , , ,
https://buff.ly/y608Rbz

Heterogeneous nucleation upon the substrate electrode during electrodeposition = perovskite structures are likely to be multi-crystalline and suffer reductions in efficiency. , , ,
https://buff.ly/gjBgKro

Perovskites can offer a flexible platform for tuning solar cell properties for different applications , , ,
https://buff.ly/yMESuSY

Can I use the G2V simulators for water splitting? Absolutely! Check out our FAQ section in the page listed below for more info. , , ,
https://buff.ly/WDVMBp1

Spin-coating is currently a standard method of perovskite fabrication for researchers. , , ,
https://buff.ly/24HJdDn

Perovskites have captured the imagination of both researchers and the public since their debut due to their rapid growth in efficiency. , , ,
https://buff.ly/oTFHGNn

Understanding the atomic construction, and how defects can manifest in perovskite crystals is essential for producing high-quality solar cells. , , ,
https://buff.ly/f8doD25

Shifting the dimensionality of the perovskite crystal can directly impact the electronic properties and improve long term stability.
, , ,
https://buff.ly/FJDClZ3