TRUVENTIC LLC

This Phase I STTR will model, design, fabricate and characterize twisted graphene heterostructure Josephson junction detectors of mm-wave and THz radiation. For a range of potential Josephson junction ...

This Phase II SBIR project addresses a Strategic Knowledge Gap by developing a lander-mounted system to determine particle size distribution in lander plumes. Plume-Surface-Interactions (PSI) in super ...

This SBIR Phase I addresses the NASA need expressed in solicitation topic Z7.04, Landing System Technologies, Plume-Surface Interaction (PSI) Instrumentation, Ground Testing, and Analysis.nbsp; In par ...

Advanced instrumentation and sensing methods are the key factor in the determination of many climate science research problems. Current sensing instrumentation is not fast enough to solve the problem ...

This Phase II SBIR project will advance the technical readiness level (TRL) of our Phase-I-demonstrated strategy for mitigating radiation damage in GaSb/InAs Type II Strained-Layer-Superlattice (SLS) ...

Truventic proposes to design, build and characterize a 5x5 array of fully functional MEMS-based plasmonic infrared scene projector pixels which operate at multiple wavelengths to support hardware-in-t ...

We propose a means of mitigating the effects of radiation damage in long-wave infrared photo-detectors for interceptor systems in near-Earth orbit. Specifically, minority carrier transport in radiatio ...

Truventic proposes a novel MEMS-based plasmonic infrared scene projector to support hardware-in-the-loop testing of missile seekers, forward looking IR cameras (FLIR), counter measure simulation and t ...

The US Air Force requires quantitative spatially and temporally resolved measurements of key rate-controlling intermediate species in reacting flows at elevated pressures for Air Force advanced propul ...