TS-063717 — The Need In the world of semiconductor material systems, the demand for advancements in optoelectronic and power electronic devices is ever-growing. The fabrication of semiconductor films, crucial for these applications, primarily relies on epitaxy technologies such as hydride vapor phase epitaxy (…

TS-063466 — In the rapidly evolving world of semiconductor technology, there is a growing demand for efficient and precise methods of etching Gallium Nitride (GaN)-based semiconductors. Traditional wet and dry etching processes often damage the GaN, compromising the quality and performance of the final produc…

TS-063362 — Introducing our Low-Drag Smart Tether System—the future of fluid speed and direction measurement. Experience unmatched accuracy, energy efficiency, and reliability, revolutionizing how we perceive and utilize wind data in the modern age.

TS-063058 — The Need In the era of electrified vehicles, there is a growing demand for efficient power systems that can provide high voltage and/or high output power to meet strict design requirements. These power systems also need to supply power to other equipment and circuits, such as DC-DC converters, on-b…

TS-063051 — A stand-off gas detection system with active, laser-based sensing and imaging capabilities for commercial use

TS-062847 — Avalanche photodiodes (APDs) that target a wavelength of 1550 nm have several applications ranging from optical communications to imaging to single photon detection. There is increasing interest in APDs for longer wavelengths. A distinctive feature of an APD is high sensitivity due to the gain ach…

TS-062494 — A novel magnetohydrodynamic (MHD) pump-based thermal management system design where integration of the cooling apparatus using electronic circuit interconnections achieves improved thermal management at a lower cost.

TS-062486 — Magnetic Resonance Imaging (MRI) is a versatile noninvasive imaging tool that is routinely used to evaluate many diseases and conditions. MRI offers exquisite soft tissue contrast and high spatial resolution to enable comprehensive structural and functional assessment of internal organs. Recent innovations in data acquisition and processing can expand the clinical applications of MRI.

TS-055118 — This invention is a vibration free and temperature adjustable sample holder for transmission electron microscopes, allowing improved imaging of beam-sensitive and temperature dependent specimens in the physical sciences.

TS-050244 — A design of scalable laser-assisted MOCVD chamber for III-nitrides and other semiconductors with a laser array input.

TS-050215 — This invention proposes that an Optical Fiber-Based Gamma-Ray Calorimeter (OFBGC) sensor array can be designed, which does not require the distinct metallic thermal masses that are a part of the Optical Fiber-Based Gamma Thermometer (OFBGT).

TS-038384 — A novel device for monitoring cancer cell motility in real time using standard microscopy.

TS-037841 — A modular and non-invasive ECVT sensor that can be adapted and scaled to vessel demands.

TS-037401 — A system that will enable prediction of ship motion in order to improve cargo transfer, helicopter landing, and other naval/commercial operations such as those related to offshore platforms or wave energy generation systems.

TS-036987 — A robust solution that helps researchers increase image and signal accuracy of Atomic Force Microscopy.

TS-035666 — A more reliable, less complex, and cost effective concept for providing auxiliary power to high voltage electronic converters without external power sources.

TS-015075 — Novel non-contact method for healing surface or deep wounds by inducing electric fields by applying time-varying magnetic fields.

TS-014977 — A fabrication technique to prepare a composite structure with sensor elements distributed in 3-D space for visualizing stress distribution.

TS-014971 — A new process to fabricate stretchable and flexible wire antennas with conductive fibers (E-fibers)

TS-014929 — A real-time visual measurement of six-degree-of-freedom motion with nanometer precision.