The discovery and development of advanced materials are accelerating with the integration of computational tools and machine learning technologies. During this webinar, join MIT faculty members and leading experts to explore how various software techniques analyze, interpret, and store data, revolutionizing the materials discovery process—from initial design to real-world application. The webinar will also feature engaging presentations by MIT-connected startups showcasing innovative technologies.Attendees will gain insights into advanced algorithms, data-driven approaches, and the future of automated material synthesis. From optimizing material properties to scaling innovation, this session will showcase the practical benefits of computational research.Key topics will include:The role of AI and machine learning in material innovationCase studies in the successful design of novel materialsFuture trends in materials research and potential industrial applicationsWhether you're working in R&D, product development, or industrial applications, this webinar is ideal for industry professionals seeking to harness the power of computation to drive advancements in material science.

February 26, 2025 - July 17, 2025Hidden within MIT’s Distinctive Collections, many architectural elements from the earliest days of the Institute’s architecture program still survive as part of the Rotch Art Collection. Among the artworks that conservators salvaged was a set of striking windows of gypsum and stained-glass, dating to the late 18th- to 19th c. Ottoman Empire. This exhibition illuminates the life of these historic windows, tracing their refracted histories from Egypt to MIT, their ongoing conservation, and the cutting-edge research they still prompt.The Maihaugen Gallery (14N-130) is open Monday through Thursday, 10am - 4pm, excluding Institute holidays.

Minjoo Larry Lee Professor, University of Illinois Urbana-ChampaignDate: April 10, 2025 Time: 11:00 AM - 12:00 PM ET Location: Building 12, Room 0168 (MIT.nano Basement Teaching Space)RegisterABSTRACTIn this talk, Prof. Lee will describe recent work in his group on molecular beam epitaxy (MBE) growth for visible photonics applications. First, he will describe efforts to integrate red AlInGaP-based laser diodes on a SiN/Si photonics platform for trapped ion qubit technology. Through a combination of selective and non-selective III-V growth, he show that InP quantum dots grown in “pockets” are a promising active region material for butt-coupled visible gain. Next, Prof. Lee will discuss his groups efforts to demonstrate solid-state image intensifiers for night vision applications. He uses InGaAs avalanche heterojunction phototransistors with an intrinsic gain feedback mechanism to directly drive visible AlGaInP LEDs without op amps or any external circuitry. Prof. Lee will show sensitivity to 1.55 µm light at incident intensity down to nW/cm2, close to the level of nightglow.BIOGRAPHYMinjoo Larry Lee received his bachelor’s degree from Brown University and his Ph.D. from MIT, both in materials science. He started his faculty career at Yale University as an assistant professor in EE, and he is now with the ECE department at UIUC, where he is a professor, Intel Alumni Scholar, and Director of the Nick Holonyak, Jr. Micro and Nanotechnology Laboratory. His research focuses on epitaxial materials and devices, and he is the author of over 190 papers and conference proceedings. He is an Optica fellow, and his research recognitions include the IBM faculty award; North American conference on MBE Young Investigator Award; DARPA Young Faculty Award; NSF CAREER award; and the IEEE Electron Device Society George E. Smith award. His advisees have won 14 best presentation prizes at international conferences, and he has been honored for his teaching in circuits, electromagnetics, and IC fabrication.

Join us for a Sustainability Lunch Series featuring Jamie Saxon, Senior Director of Sustainability and External Innovation at Inari. Inari is redefining the future of agriculture through SEEDesign™, leveraging cutting-edge breeding technologies to create nature-positive seeds that enhance sustainability and resilience in our global food system.Through a powerful combination of AI-powered predictive design and multiplex gene editing, Inari is unlocking the full potential of seeds—helping farmers grow more food with fewer resources. This conversation will explore how innovative seed technologies can drive climate resilience, reduce environmental impact, and revolutionize the way we think about agriculture.

The engineering skills you are learning can be valued in ways you can’t imagine! Join Megan Lee as she walks through her career journey from being an entry-level engineer designing innovative new medical device products to directing global marketing strategies for robotics and digital surgeries. Discuss what engineering and leadership skills made her stretch assignments successful and her career goals possible. And learn the inside scoop on why Engineers are uniquely useful in unexpected leadership roles.

The refining of critical metals such as nickel and cobalt from waste can be done much more efficiently with a new electro-extraction technology. Megan O'Connor is co-founder of a company focused on sustainable, domestic production of critical metals. She will discuss the transformative potential of the Oyster, an electro-extraction device that is small enough to locate at the source of recycling, manufacturing, or mining, meaning waste metals don’t have to be shipped to stand-alone refining plants.Register for this MIT Horizon webinar.This is a series of live events in partnership with MIT Startup Exchange.