SLAT (or Superlattice Power Inc.) pioneers Superlattice Cathode Material for the use in Lithium Ion Rechargeable. It has successfully introduced Superlattice nano and submicron materials from laboratory to industrial scale.
Using lapping, optical polishing, single point diamond machining, low stress grinding and honing, Surface Finishes provides Angstrom level tolerances on prototype or production components such as: mirrors for optical imaging and scanning, air bearings, optical disc molds, large area reference surfaces and custom gauging.
SVT Associates is a leading Ultra High Vacuum (UHV) and Molecular Beam Epitaxy equipment development and manufacturing company. SVTA also produces state-of-the-art III-V epitaxial materials and devices, in-situ monitoring tools, and system deposition components.
A leader in delivering semiconductor design software, intellectual property (IP), design for manufacturing (DFM) solutions and professional services that companies use to design systems-on-chips (SoCs) and electronic systems.
Ted Pella, Inc ia a leading manufacturer of consumables, supplies, tools and specimen preparation equipment for all disciplines of microscopy and nanotechnology. Specialized in specimen mounts and holders for SEM, FIB, support films and grids for TEM, calibrations standards and sample storage.
Tellurex delivers high performance thermoelectric products to both large and small volume customers. The company performs primary research in chemical metallurgy in collaboration with major universities.
Tesla NanoCoatings Inc. is a protective coating (paint) formulating company. Tesla manufactures Teslan Carbon NanoCoating in a 2-coat system that replaces a traditional 3-coat system used extensively for corrosion protection of steel. Tesla's coating uses carbon nanotubes which self- assemble into rope structures, making them highly conductive, tough and flexible.
Threellop is the first non-American MIT start-up, developing the first silicon artificial DNA. This is an artificial DNA-based electronic circuit based on the Inchrosil technology (Inorganic Chromosome based Silicon) that will emulate the structure of organic DNA.
A materials science-based technology development and manufacturing company whose Capacitance Products Division is developing advanced capacitance materials such as nano-size ceramic dielectric powders.
Transfer Devices has identified a water-dissolvable, biodegradable polymer material formulation with unique chemical and physical properties that has enabling features for a range of nanofabrication applications including high resolution printing.