Really interesting talk from Massachusetts Institute of Technology (MIT) researcher Madeleine Laitz on strong coupling on MHPs in low Q cavities in #EN09 #F19MRS with contributions from NREL RASEI alumi Dak Benjia Dou (sorry no pick #twitterfail)

We just had our 3rd annual External Advisory Board meeting! Thanks to Sarah Kurtz Joel Jean @lidija_sekaric Henry Snaith Group Harish Hande and Dirk Weiss for taking the time to guide our efforts and support our team!

Special thanks to Ginger Lab Henry Snaith Group Sam Stranks Dak Benjia Dou Madeleine Laitz @brenesrob who were part of the paper that inspired the project. degruyter.com/view/journals/…

Interested in applying to MIT EECS for grad school? Check out the new graduate application assistance program: thrive-eecs.mit.edu/news-eecs-gaap… #EECS #gradschool Massachusetts Institute of Technology (MIT)

Grad students at MIT EECS have launched an ambitious new program to pair underrepresented applicants for graduate admission with current PhD student mentors! Proud to be a part of this effort alongside many other committed grad students

Ayyyy my dept has a seriously awesome new program pairing underrepresented grad applicants with current MIT EECS PhD students. (Shoutout to GAAP to organizing this!) Apply by Nov 8 Black in AI Black in Computing DisAbility_in_AI LatinX in AI (LXAI) QueerInAI

Thanks to a huge effort from graduate students like Madeleine Laitz MIT EECS now has a graduate application assistance program.

Check out this thread to learn more about solar economics and emerging PV technologies from Swift's co-founder/CEO.

The new MIT EECS Graduate Application Assistance Program is featured on MIT News! Massachusetts Institute of Technology (MIT) MIT EECS news.mit.edu/2020/gaap-ment… #EECS #gradschool

Semiconductor energy transport can be affected by many sources including photon recycling, grain boundaries, & nonlinear recombination. Dane deQuilettes @brenesrob Madeleine Laitz develop new ways to model & understand these competing processes. RLE at MIT fal.cn/3kTZL /#PHAR

So excited about this work out now in Nature Communications! Congrats to Madeleine Laitz for spearheading this project- revealing the inner workings of polariton relaxation in perovskites. Also thanks to Giulia Grancini,Andrew Proppe, + the rest of the twitter-less team. nature.com/articles/s4146…

Excited to share our work in Nature Communications on exciton-polariton formation and relaxation dynamics in perovskites! Huge shoutout to the team: the cryo master Kap, Dane deQuilettes, Giulia Grancini, Andrew Proppe, and all others not on Twitter! nature.com/articles/s4146…

.Madeleine Laitz Kap Dane deQuilettes et al. Massachusetts Institute of Technology (MIT) study the temperature dependence of #2D #perovskite #microcavity #polaritons, revealing material-specific relaxation mechanisms towards enhanced control of polariton momentum #GettingApplied nature.com/articles/s4146…

Wonderful to see our paper in Nature Communications featured in Massachusetts Institute of Technology (MIT) News! “A perovskite device combining electronics and photonics may open doors to new kinds of computer chips or quantum qubits.” Dane deQuilettes Kap Giulia Grancini Andrew Proppe news.mit.edu/2023/study-rev…

People need me time; quasiparticles need to 'relax' too. To use exciton-polaritons (hybrids of light and matter) in applications similar to lasers, you need to bring polaritons down to their lowest energy state. Massachusetts Institute of Technology (MIT) scientists found a way to control them: news.mit.edu/2023/study-rev…

Today, we are announcing Future House, a philanthropically-funded moonshot focused on building an AI Scientist. At Future House, our 10-year mission is to build semi-autonomous AIs for scientific research, to accelerate the pace of discovery and to provide world-wide access to

I’m very excited to share my final first author paper from my postdoc now in Nature Energy. In it we uncover how surface treatment of perovskites with HABr enabled two world-record solar cell efficiencies. nature.com/articles/s4156…. These were the first devices with >25% -NREL.

Thrilled to announce The Engine Ventures’ Fund III! With $398M in new capital, we now manage over $1B. We’ll keep backing visionary founders to turn groundbreaking discoveries into impactful solutions in climate, health, and advanced systems. engineventures.com/news

Today we are releasing ether0, our first scientific reasoning model. We trained Mistral 24B with RL on several molecular design tasks in chemistry. Remarkably, we found that LLMs can learn some scientific tasks more much data-efficiently than specialized models trained from