Nanohmics Inc.
Nanohmics Inc. is a Texas-based research and development company founded in 2002, specializing in the applied sciences of light, molecule, and advanced material interactions. The company focuses on designing and developing smart technology solutions that enhance product, technology, or system performance across various industries. With a multidisciplinary team of scientists and engineers, Nanohmics integrates advanced materials and state-of-the-art instrumentation engineering to create custom-engineered sensing technologies and platforms. Their mission is to accelerate client success through innovative product development, providing solutions for detection, surveillance, electro-optic imaging, performance characterization, environment awareness, and energy conversion applications.
Industries
N/A
Nr. of Employees
small (1-50)
Nanohmics Inc.
Patents
Methods for detecting and quantifying gas species analytes using differential gas species diffusion
2024-05-21 • US-11988662-B2
View DetailsSensor and methods for detecting and quantifying ions and molecules
2024-02-06 • US-11892386-B2
View DetailsSensor and methods for detecting and quantifying ions and molecules
2021-09-28 • US-11131615-B2
View DetailsMethod for assembly of analyte filter arrays using biomolecules
2020-02-04 • US-10550494-B2
View DetailsMethods for detecting and quantifying analytes using ionic species diffusion
2019-08-20 • US-10386365-B2
View DetailsMethods for detecting and quantifying analytes using gas species diffusion
2019-08-20 • US-10386351-B2
View Details
Methods for detecting and quantifying gas species analytes using differential gas species diffusion
2024-05-21 • US-11988662-B2
View DetailsSensor and methods for detecting and quantifying ions and molecules
2024-02-06 • US-11892386-B2
View DetailsSensor and methods for detecting and quantifying ions and molecules
2021-09-28 • US-11131615-B2
View DetailsMethod for assembly of analyte filter arrays using biomolecules
2020-02-04 • US-10550494-B2
View DetailsMethods for detecting and quantifying analytes using ionic species diffusion
2019-08-20 • US-10386365-B2
View DetailsMethods for detecting and quantifying analytes using gas species diffusion
2019-08-20 • US-10386351-B2
View DetailsProducts
Field-portable ECIS-based water toxicity monitor
Portable instrument that measures cell impedance on disposable biochips to detect whole-water toxicity using live-cell responses and comparative algorithms.
Chip-scale snapshot hyperspectral sensor
Compact snapshot hyperspectral sensor designed for integration into COTS imaging systems providing full spatial-spectral registration at video rates.
High-speed LED illumination module
High-intensity LED-based illumination designed as a replacement for short-duration flash bulbs to improve scene illumination duration and heat management for high-speed imaging.
Plenoptic wavefront sensor and passive plenoptic camera for adaptive optics
Plenoptic microlens-array-based wavefront sensors and passive plenoptic cameras for real-time wavefront measurement and adaptive optics correction using scene imagery and GPU-based computation.
Low-SWaP wireless pressure telemetry for oxygen tanks
Battery-operated wireless pressure sensor integrated into a compact tank fitting that transmits tank pressure via Bluetooth to a mobile application for consumption and time-remaining estimation.
Portable low-power refrigeration system for medical cold chain
Battery-operated, man-portable vapor-compression refrigeration with multiple independently controlled zones for storage of whole blood and fresh frozen plasma across controlled temperature setpoints.
Field-portable ECIS-based water toxicity monitor
Portable instrument that measures cell impedance on disposable biochips to detect whole-water toxicity using live-cell responses and comparative algorithms.
Chip-scale snapshot hyperspectral sensor
Compact snapshot hyperspectral sensor designed for integration into COTS imaging systems providing full spatial-spectral registration at video rates.
High-speed LED illumination module
High-intensity LED-based illumination designed as a replacement for short-duration flash bulbs to improve scene illumination duration and heat management for high-speed imaging.
Plenoptic wavefront sensor and passive plenoptic camera for adaptive optics
Plenoptic microlens-array-based wavefront sensors and passive plenoptic cameras for real-time wavefront measurement and adaptive optics correction using scene imagery and GPU-based computation.
Low-SWaP wireless pressure telemetry for oxygen tanks
Battery-operated wireless pressure sensor integrated into a compact tank fitting that transmits tank pressure via Bluetooth to a mobile application for consumption and time-remaining estimation.
Portable low-power refrigeration system for medical cold chain
Battery-operated, man-portable vapor-compression refrigeration with multiple independently controlled zones for storage of whole blood and fresh frozen plasma across controlled temperature setpoints.
Expertise Areas
- Sensor development and integration
- Computational imaging and simulation
- Micro- and nano-fabrication
- Electro-optics and photonics
Key Technologies
- Hyperspectral imaging (chip-scale, snapshot)
- Plenoptic (light-field) imaging
- Metasurfaces and plasmonics
- Microfabrication: lithography, e-beam, nanoimprint
Key People
Cofounder and President
Cofounder and VP of Technology Development
Cofounder and President
Cofounder and VP of Technology Development
News & Updates
Nanohmics was featured in a video at the BAE Supplier Symposium, highlighting their contributions and innovations.
Nanohmics announced a successful mission to the International Space Station, showcasing their advanced technology capabilities.
This anniversary marks an exciting milestone for Nanohmics, focusing on their mission to accelerate client success through innovative product development.
Nanohmics announced the issuance of US Patent 9768162B2 for imprinted semiconductor multiplex detection arrays, enhancing chemical and biological detection capabilities.
Nanohmics was featured in a video at the BAE Supplier Symposium, highlighting their contributions and innovations.
Nanohmics announced a successful mission to the International Space Station, showcasing their advanced technology capabilities.
This anniversary marks an exciting milestone for Nanohmics, focusing on their mission to accelerate client success through innovative product development.
Nanohmics announced the issuance of US Patent 9768162B2 for imprinted semiconductor multiplex detection arrays, enhancing chemical and biological detection capabilities.