The MIT Startup Exchange team is seeking startups to present at the Startup Lightning talks of MIT’s Leading Edge Webinar - Computationally-Assisted Materials Discovery, taking place on Thursday, April 10, 2025, from 10:00 AM to 12:00 PM ET (hyperlink). We are looking for 5 startups working on machine learning, AI, computational data science, advanced materials, nanotechnology, quantum materials & computing, and semiconductors to present at the webinar.
IWC is looking to MIT for new materials for watch casings, movements and leather straps. IWC’s focus is on further improving the mechanical watch. IWC is known for using new materials in watch making.
Materials Innovation is a topic of growing interest among corporates, for increased performance, reduced cost/weight, or improved sustainability of materials.
This is an Opportunity for Startups to present their technology (brief pitch plus Q&A) to 1-200 global corporate attendees as members of ILP, and to the MIT community as a whole.
W.L. Gore & Associates has recently launched a Sustainability Initiative to explore business opportunities that will create a more sustainable future. They are interested in meeting and exploring ideas to work together with startups that have created innovative material technologies that fit the theme of a sustainable future across a broad range of application areas. In particular, they are seeking new material advancements in cleantech (such as membranes), catalysis, separations and biofabrication.
Leading consumer electronics company is looking to MIT startups for new materials, textiles, low-power electronics, Sustainable sourcing/ recycling of plastics and metals.
A leading Japanese manufacturer of functional materials -- including in the fields of electronics, automotive, housing, infrastructure, environmental and medical -- is seeking startups to collaborate with for the design and development of new products using ambient curable adhesive sheet.
We are seeking startups that want to design products and develop business using electric de-bonding technology.