MIT.nano has introduced seven new firms to hitch START.nano, a program geared toward dashing the transition of hard-tech innovation to market. This system helps new ventures by discounted use of MIT.nano’s amenities and entry to the MIT innovation ecosystem.
The developments pursued by the newly engages startups embrace wearables for well being care, inexperienced alternate options to fossil fuel-based power, novel battery applied sciences, enhancements in information methods, and interconnecting nanofabrication information networks, amongst others.
“The transition of the grand concept that’s imagined within the laboratory to one thing that one million folks can use of their palms is a journey fraught with many challenges,” MIT.nano Director Vladimir Bulović mentioned on the 2024 Nano Summit, the place 9 START.nano firms offered their work. This system supplies assets to ease startups over the primary two hurdles — discovering stakeholders and constructing a well-developed prototype.
Along with entry to laboratory instruments essential to advance their applied sciences, START.nano firms obtain recommendation from MIT.nano skilled workers, are related to MIT.nano Consortium firms, acquire a broader publicity at MIT conferences and neighborhood occasions, and are eligible to hitch the MIT Startup Trade.
“MIT.nano has allowed us to push our venture to the frontiers of sensing by implementing superior fabrication methods utilizing their equipment,” mentioned Uroš Kuzmanović, CEO and founding father of Biosens8. “START.nano has surrounded us with thrilling friends, a robust assist system, and a highlight to current our work. By making the most of all that this system has to supply, BioSens8 is transferring sooner than we may anyplace else.”
Listed below are the seven new START.nano contributors:
Analog Photonics is growing lidar and optical communications know-how utilizing silicon photonics.
Biosens8 is engineering novel units to allow well being possession. Their analysis focuses on multiplexed wearables for hormones, neurotransmitters, organ well being markers, and drug use that can give perception into the physique’s well being state, opening the door to customized drugs and proactive, data-driven well being selections.
Casimir, Inc. is engaged on power-generating nanotechnology that interacts with quantum fields to create a steady supply of energy. The crew compares their know-how to a photo voltaic panel that works in the dead of night or a battery that by no means must be recharged.
Central Spiral focuses on lossless information compression. Their know-how permits for the compression of any sort of information, together with these which can be already compressed, lowering information storage and transmission prices, reducing carbon dioxide emissions, and enhancing effectivity.
FabuBlox connects stakeholders throughout the nanofabrication ecosystem and resolves problems with scattered, unorganized, and remoted fab information. Their cloud-based platform combines a generative course of design and simulation interface with GitHub-like repository constructing capabilities.
Metallic Fuels is changing industrial waste aluminum to onsite power and high-value aluminum/aluminum-oxide powders. Their method combines present mature applied sciences of molten metallic purification and water atomization to develop a self-sustaining reactor that produces alumina of upper worth than our enter scrap aluminum feedstock, whereas additionally amassing the hydrogen off-gas.
PolyJoule, Inc. is an power storage startup engaged on conductive polymer battery know-how. The crew’s objective is a grid battery of the long run that’s ultra-safe, sustainable, lengthy residing, and low-cost.
Along with the seven startups which can be actively utilizing MIT.nano, 9 different firms have been invited to hitch the most recent START.nano cohort:
- Acorn Genetics
- American Boronite Corp.
- Copernic Catalysts
- Envoya Bio
- Helix Carbon
- Minerali
- Plaid Semiconductors
- Quantum Community Applied sciences
- Wober Tech
Launched in 2021, START.nano now includes over 20 firms and eight graduates — ventures which have moved past the preliminary startup phases and a few into commercialization.
