Top Highlights
- MIT.nano’s START.nano program doubled its active startups in 2025, now supporting 16 early-stage ventures focused on global challenges like health, climate, and quantum computing.
- The program provides startups with discounted access to MIT.nano facilities, networking opportunities, and platforms like the PITCH.nano competition to accelerate commercialization.
- Nearly half of the startups are founded by MIT alumni, highlighting strong academic entrepreneurial ties, with over 32 companies now involved since inception.
- Emerging companies are innovating in genetic sequencing, sustainable energy, AI-driven health solutions, advanced photonics, brain-computer interfaces, and quantum tech—transforming hard-tech innovation into market-ready solutions.
MIT.nano has announced an exciting milestone. In 2025, sixteen new startups joined its START.nano program. This number more than doubles the companies from last year. The program aims to speed up how hard-tech innovations reach the market.
START.nano supports these startups by offering discounted access to MIT’s shared labs. It also provides guided entry into MIT’s innovation network. With this support, the startups are working on solutions for global issues such as health, climate, and energy. They are also exploring advances in semiconductors, new materials, and quantum computing.
Joyce Wu, the program manager, explains, “MIT.nano’s resources do more than support research. They help turn ideas into real innovations.” She adds that START.nano offers startups tools and connections to succeed.
Since launching in 2021, START.nano has aimed to boost the survival and growth of hard-tech startups. Participants can showcase their work at MIT conferences and events, including a new competition called PITCH.nano. These opportunities give startups visibility and momentum.
For example, Quantum Formatics’ CEO, Jason Gibson, shares how the program’s infrastructure supports their work on superconductor discovery. Similarly, Vertical Semiconductor’s CEO, Cynthia Liao, states that START.nano speeds their product development and sharpens their competitive edge.
Although an MIT connection is not required, many new startups have ties to the university. Nearly half of START.nano’s companies are founded by MIT alumni or have affiliations. Currently, the program has over 32 companies, including 16 new ventures and 11 graduates that have moved into commercialization stages.
The new companies are pushing forward in several critical areas. Acorn Genetics plans to make genetic testing faster, portable, and affordable. Addis Energy aims to produce cost-effective ammonia using deep-earth drilling techniques. Augmend Health uses virtual reality and AI to improve clinical care. Brightlight Photonics develops advanced laser systems that could benefit photonic technologies.
Other startups work on brain-computer interfaces, sustainable chemical catalysts, high-energy batteries, and electric industrial heating. They are also creating more sensitive analytical tools, high-temperature carbon capture materials, and efficient electronics for quantum computers. Additionally, some are building foundational hardware for quantum networks and novel materials for semiconductors, advancing the next wave of technological progress.
Overall, START.nano continues to foster innovation. It remains a key hub for transforming groundbreaking research into practical, market-ready solutions. As new companies grow, they will likely shape the future of technology and industry.
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