TS-066250 — A cutting-edge sensor system featuring p-n junctions in MOS materials for accurate detection and identification of gases.

TS-066249 — A novel sensor leveraging WO3 and Cr2O3 for selective NO detection in harsh environments and breath analysis with high sensitivity at ppb levels.

TS-066246 — Our innovative CO sensor utilizes hydrated ruthenium oxide to detect carbon monoxide within a gas mixture with high sensitivity and selectivity at temperatures ranging from 25°C to 300°C.

TS-066239 — There is a critical need for advanced high-temperature NOx sensors to accurately monitor and control combustion environments, ensuring compliance with government regulations and mitigating the harmful effects of NOx on ecosystems and public health. Our new NOx sensor is designed to detect total…

TS-066235 — Oxygen sensors are crucial for monitoring oxygen levels in combustion and industrial processes, but current sensors require complex plumbing for reference gas, limiting their placement and operational temperature range. There is a pressing need for a robust, high-temperature oxygen sensor that is …

TS-065426 — Photodetectors are devices that detect light and convert it into an electrical signal. They operate based on the photoelectric effect, in which photons (light particles) strike the semiconductor material, creating electron-hole pairs that lead to the flow of electrical current that can be measured.

TS-065416 — The Need: In the rapidly advancing realm of quantum information science, there's an escalating demand for reliable sources of entangled photon pairs. These photon pairs serve as fundamental building blocks for various quantum communication technologies. Presently, maintaining these sources neces…

TS-065414 — The Need: Innovations in the field of quantum technology are paramount to addressing the escalating demand for advanced computational capabilities and sensitive sensor applications. As traditional computing methodologies reach their limits, there arises an urgent commercial need for breakthroughs i…

TS-065398 — Emissive display technologies (e.g., OLEDs) are display technologies that emit light directly to produce images. Unlike reflective displays, which rely on external light sources, emissive displays generate light, resulting in vibrant and high-contrast visuals. These next-generation displays are used in several applications, including mobile devices, AV/VR headsets, and wearable devices.

TS-065135 — The use of wearable health devices has more than tripled in recent years due to the ability of these products to collect health data to detect potential health events (e.g., heart attacks), manage chronic diseases, and track physical activity. Wearable technologies have been shown to decrease the nu…