OCTOBER 18-20, 2021
WASHINGTON, DC
2021 Innovation Showcase Participants
- Showcase Participants with Maturity: Prototype
True Presence Occupancy Detection Sensors (TruePODS)
True Presence Occupancy Detection Sensors (TruePODS™) for indoor spaces detect and count true human presence by employing Doppler radar technology and low power system-on-chip (SoC) platform to detect the cardiopulmonary activity in the room.
Nanobiomimetic reagent-free sensing and energy storage
ABS’s technology is based on direct electrochemical communication between the sensor and the analyte. It offers extremely sensitive, selective, accurate detection of biomarkers without need tracers and labeling. The nanobiomimetic sensors offer 100-fold higher power and energy density for energy storage devices without a need electrolyte.
A Superior Method to Correct Atmospheric Degradation of Satellite Imagery
Automated analyses of satellite imagery are hampered by atmospheric haze effects. Our innovation corrects images of any satellite cubesat, hyperspectral to surface reflectance more accurately, over 3x the range of atmospheric effects, and in 1/10th the time. Comparatively, the existing state-of-the-art image correction functions poorly and never in near real-time.
Manufacturing Process Digital Twin for Process Optimization
This technology is a digital twin of a manufacturing process with 3D virtual manufacturing environment and integrated manufacturing process simulation & optimization. This tool’s data driven models can be used as a platform for a model based smart factory, a key building block in its digital transformation journey.
HIGH-PRECISION SARS-COV-2 MOLECULAR DETECTION AND COVID-19 DIAGNOSTICS
We have developed a novel hyperdimensional nucleic acid detection system with the capability to detect a single absolute copy of SARS-CoV-2 target RNA and a consistent and reliable LoD of 2 copies/µL, the power to factually effectively eliminate false negative outcomes, and an estimated false positive rate of ~0.0%.
Intrinsically Flexible and Safe Lithium Ion Batteries
Lithium ion batteries that are flexible, conformable, safe, and high performance. Can be used in applications ranging from wearables to flexible electronics to structural integrations.
Indium Ink for Next-Generation Electronics Packaging
Indium-based solders are used for soldering components in electronic packaging. We have developed a printable indium ink that is capable of printing features down to a few microns for high-definition electronics. The ink contains indium particles that are much smaller than typical screen-printed solders used today for electronics packaging.
Construction materials from organic waste without polymer binders
Organic waste materials such as hemp fibers and palm stems can be utilized as “particleboard”. Using cold plasma, we are able to form a strong compact structural material without any adhesives. The raw materials may have negative cost, making this both green and cost-effective.
Sludge dewatering using Magnetic Flocculation
Magtech Aquaclean Technology introduces dispersed ferromagnetic particles into water causing physical-chemical reactions. Thus, dissimilar impurities contained in the treated water precipitate on the ferromagnetic particles. A compact ferromagnetic hydrophobic sludge is formed, separated from water by using a magnetic field, or by other conventional methods (sedimentation, filtration).
Binghamton University
Binghamton, NY
www.binghamton.edu/biomedical-engineering/research/kohlab/index.html
Nanofibrous Platform for Soft Bioelectronics
A permeable, nanofibrous elastomer platform for flexible and stretchable electronics. This substrate is capable of passive sweat diffusion and adhesive-free lamination on skin.
Ransomware Prevention Platform
Catalog typical software use patterns of users and through development of machine learning models, detect and prevent ransomware threats by halting execution of authorized but potentially malicious payloads.
Membrane-Based in-Gel Loop-Mediated Isothermal Amplification System (mgLAMP) for Rapid Quantification of SARS-CoV-2 Particles in Environmental Waters
The mgLAMP delivers fast (<1 hour) and accurate nucleic acid-based quantification (<10 copies/L) of SARS-CoV-2 particles in environmental waters (1 mL). Through an innovative combination of nanoporous membrane and hydrogel, mgLAMP fully integrates enrichment, purification, RNA extraction, amplification, and AI-enabled result readout.
Electromagnetic Augmented Reality Image Guidance with Computerized Task Assistance for Minimally-Invasive Field Care
Technology combining electromagnetic tracking, guidance software, and advanced visualization for 3D and 4D image guidance with augmented reality for minimally-invasive medical procedures. The low-power, portable system can simplify lifesaving interventions while facilitating use closer to the point of need. Applicable to hospital use, training, field resuscitation, and prolonged field care.
“Smart Stretch” control for precision design in textiles
Durable and precision controllable material that uses automatic design optimization which allows developers to specify high-level goals to 1) utilize “inverse design” to meet specified criteria; 2) Complex stretch conditions solved automatically; 3) Provide greater extensibility and elasticity control; 4) Stitching modifies stiffness/stretch and tensile properties
Key-and-Lock Commodity Self-Healing Copolymers
Copolymer material that has a self-healing mechanism to restore material recovery from mechanical damage
Dendritic Identifiers
A secure physical identifier that links the physical and digital worlds to eliminate counterfeiting and provide secure traceability across global supply chains. A naturally driven scalable process creates absolutely unique tags, just the way Mother Nature makes every snowflake different. Very low cost, read and authenticated by cell phone.
Live, Operating Cable Test Technology
The technology is a non-invasive, non-destructive, non-contact technology to evaluate the insulation of any conductor in the power grid, instrumentation, or control system. Applications include underground power cables, aircraft control cables, and shipboard power and instrumentation cables. No disconnection or unloading of the cable is required.
Whiffletree Flange Closure
Fermilab has developed a flange sealing technology that reduces the number of bolts from 6 or more to 1.
Monocrystal-based microchannel plate image intensifier
Prior microchannel plates have a visual acuity of approximately 20/36 and have a 1.5 ms decay time. Fermilab's technology provides better spatial resolution and imaging speed. Microchannel plates are used in particle detectors, photodetectors, night vision, etc.
Blaise AI-Augmented, Raman/IoT/5G device for chemical and biological point detection (CBRNE) in the field
Blaise is an Android Form factor device that will enable users to surface in a field environment for pathogens and harmful chemicals in 10 seconds at a cost of less than one cent per scan
ActiveHogel Integrated Light-field Display Module
Based on microLED technologies, the ActiveHogel is a self-contained holographic element designed to create large scale wide format light-field display systems for multiple simultaneous users.
A nano-enabled technology for the dewatering of oil waste streams
Very small particles (nanoparticles) are used to dewater oily waste waters generated, for instance, in the removal of oil spills and discharges in the environment. This reduces hazardous waste and provides valuable products. It is a platform technology, which can also be used for the treatment of other contaminants
Air-Q, A Portable System for Aerosol Detection and Mitigation for Buildings and Transportation Systems
A wireless particle sensor network capable of detecting, processing, and displaying spatial maps of airborne particle concentrations in real time for the analysis of indoor air quality and proper indoor airflow.
Rapid One Step Plastic Plating
Plating on plastic (POP) serves the purpose to “metalize” plastic surface and complicated chromium containing pre-treatment processes must be engaged before POP. Our technology simplifies the complex steps by achieving a novel chromium free “4 in 1” POP pre-treatment process.
A Compact Sewage Bio-Reactor for Energy Recovery
By immobilising bacteria as biofilm on floating carriers and using creative mixing strategy, this low-energy bioreactor consumes 20% of energy compared with the conventional biological treatment system. It can capture over 90% of carbon from sewage to produce biogas as renewable energy while occupying 30% of the conventional system’s footprint.
Electrochemical Recycling of Li-ion Battery Electrodes
The EC-Leach technology, developed by researchers at Idaho National Laboratory, is an electrochemical process that effectively leaches cobalt, nickel and other valuable constituents from Li-ion battery electrodes.
Linear Differential Mechanism
A new motion platform technology that provides more precise motion while saving time and money.
Low-Cost Process for Concentrated Brine Treatment
This technology is a new brine treatment process that uses a solute to dewater solutions instead of traditional evaporation treatments.
Early Detection of Soft Shorts In Batteries
Researchers at INL have developed a method to detect flaws and short circuits inside battery cells before they reach critical levels which can lead to overheating and combustion.
OpDefender – Network Control for Industrial Control Systems
This technology leverages network switch technology and operator input to ensure the validity of system messages in industrial control systems.
PARROT – Plug-n-Play Appliance for Resilient Response of Operational Technologies
PARROT is a device that can be plugged into an existing operational control system that allows the user to monitor for anomalous behavior without disrupting operation.
Impruvon Health Medication Management Platform - Providing Security, Error Reduction, Compliance, and Independence for Individuals with Difficult to Maintain Medication Regimens
The Impruvon Health Platform is an integrated drop-in solution aimed at reducing medication errors, improving compliance and independence for individuals with complex to maintain medication regimens to include Veterans and the VA, Individuals with developmental disabilities and supporting organizations, individuals working to overcome addiction and the treatment center supporting them.
PICO Anywhere Suite - Distributed Intelligence Mesh for Constrained Conditions
Decision support teaming services in the field nearest the data and communication needs of users and their resources. System maintains decision support services in high interference or constrained conditions for those moments of inadequate to no access to uplinks or clouds.
The next-generation rare earth magnet material: Tough SmCo
Researchers developed a robust Sm-Co magnet suitable for higher temperature applications, making it a first choice for uses, including military, spacecraft, aerospace and marine applications. These Sm-Co permanent magnets offer potential to be used in clean energy applications, like direct drive generators in wind turbines and electric vehicle motors.
Mountable, zero-power, ppm-to-ppt level toxic gas and vapor sensor
Torel technology provides a lightweight, personal, mountable and zero-power wearable device that detects the exposure to a variety of toxic gases and vapors with an unmistakable visual output. The platform provides a tamper-proof indicator for both acute and chronic exposure to toxic gases and vapors.
NanoRAD (Nano-based Residual Active Disinfectant)
NanoRAD is a safe, long lasting residual disinfectant that helps healthcare facilities reduce the chance of Hospital Acquired Infections (HAIs) from surfaces.
AI enhanced medical device capable of detecting unique biomarkers
The mission of Know Biological is the development of an AI enhanced medical device capable of detecting unique biomarkers appearing in the human body only under specific conditions, such as impending epileptic seizures. These biomarkers can be used as an early warning alert, as in the case of epileptic seizures.
Multifocal professional AR headset for Enterprise use and near distance visualization.
Lightspace develops multifocal AR headset with comfortable use for longer periods without cyber sicness symptoms for proffesional use. Another advantage is near distance (starting with 30cm) high quality 3D image visualization.
Microwave-assisted Ammonia Synthesis
Using our patent-pending catalyst system and microwave acceleration of the synthesis reaction, we make ammonia using modular reactor systems that can be operated on intermittent renewable energy. With microwaves, we synthesize at low pressure and temperature with fast on/off capability. Traditional ammonia synthesis is not compatible with small-scale production.
Offboard Launch and Recovery System for Uncrewed Platforms
A novel, self-powered system for the launch and recovery of uncrewed platforms that is operated remotely or capable of autonomous operation from a variety of host vessels.
Leakproof Valve
We have invented a magnetically actuated valve that will never leak -- It can be hermetically sealed shut.
glucoWISE®: Non-Invasive Glucose Testing
META is developing glucoWISE®, a non-invasive, 100% pain-free device for the monitoring of blood glucose levels without the need to pierce the user’s skin that is a cost-effective alternative to traditional technologies. The system allows frequent monitoring of glucose levels that will decrease the risk of developing life-threatening conditions.
NanoWeb® Transparent Antenna
NanoWeb® is an advanced metallic mesh of nano-wires produced through a patented rolling mask lithography process in which the mesh can be configured (pitch, mesh size) or tuned to specific frequency requirements applicable to the development of transparent antennas for building windows, vehicle windshields, and aircraft windows.
Microbial corrosion test kit
MIC Monitor developed a test kit based on their patent-pending technology to determine when microbial growth inside will lead to corrosion. This is the first kit able to differentiate between biotic corrosion from the abiotic corrosion to determine management plans specific to mitigating microbial corrosion.
Informed Virtual Vitals
Mindset Medical has developed the ability to capture patient physiologic monitoring using remote photoplethysmography from a smartphone. Blood pressure, Sp02, heart rate, and breathing rate can be captured and posted to a cloud based clinical dashboard as well as delivered through text messaging for remote patient monitoring.
Polymers and co-polymers for polymer matrix composites and high yield carbon-carbon composite structures
This technology relates to carbon-carbon composite structures and new methods of creating them from carbon fiber, ortho-diynylarene (ODA) monomers, and resins.
Advanced Optical Manufacturing to Accelerate Product Development and Reduce Costs
An innovative manufacturing tool that enables the fabrication of optical components with a 10X reduction in cost and 5X increase in throughput compared to traditional methods.
Embedded Grid Intelligence
Software artificial intelligence modules for electronic devices, typically sensors or meters, that enhance their functions, making them “smarter” and giving them the ability to provide complex information (such as problem classification, predictions) instead of simple measurements, saving time and communication for the data exchange between devices and the centre.
PNT as a Service (PNTaaS) for operating in GPS denied environments
The Position, Navigation, and Timing (PNT) as a Service (PNTaaS) open-architecture solution enables the use of multiple space Signals of Opportunity (SoOP) to provide back-up PNT in the event of long duration, wide area GPS denial, and even in the complete global absence of GPS.
ADiC Noise/Interference Mitigation Filters
The NonLinear solution minimizes the impact of noise and interference in signal processing more completely than any technology available today. The solution is complementary to any current technology being used and will act only to enhance signals to levels currently unattainable.
Novel Nano Oil Additive Reduces Friction and Increases Engine Efficiency.
Our novel nano oil additive improves fuel economy, horsepower, torque, and life expectancy in all gasoline and diesel-powered internal combustion engines. This additive reduces diesel turbo temperatures by 3%.
Opal HTM: IoT-optimized medical asset management
Opal HTM tracks where, when, and how often medical equipment is used. Our patented system of wireless sensor modules and data analytics gives hospitals unprecedented clarity into the utilization of their equipment, helping them convert this information into millions of dollars saved through optimized procurement and maintenance strategies.
MetZilla Additive
Osazda Energy's MetZilla additive for silver pastes improves solar panel durability and increases solar energy harvested.
Osazda Energy’s MetZilla Additive Transforms Electrode Materials for Stretchable Flexible Electronics
Osazda Energy engineers an additive for standard conductive pastes to make them applicable to flexible stretchable electronics. Our MetZilla additive embeds conductive pastes with special carbon nanotubes that provide stretchy, electrical conduction pathways, turning fragile electrodes into tough and elastic materials while maintaining high electrical conductivity.
membranes for efficient gas and vapor separations
Efficient and sustainable separations are critically needed to cut costs and emissions in the chemical industry. With a combination of exceptional stability, productivity, and selectivity, Osmoses molecular filters can separate molecules 100,000 times smaller than the thickness of human hair.
ALGOS System: Digital Diagnostic for Objective Pain Measurement
The ALGOS System is an AI-enabled software pipeline that translates neural activity acquired from EEG into an objective chronic pain assessment at the point of care.
Polaris Semiconductor LLC
Arlington, VA
RF-Silent DC Voltage Regulators with High Efficiency
Polaris Semiconductor has pioneered a voltage regulator technology which can efficiently raise and lower DC voltages with zero electromagnetic interference (EMI), high efficiency and an extremely compact footprint. This provides critical performance advantages in noise-sensitive and space-constrained applications such as defense, medical, communications and IIoT hardware
Supercapacitor for electronics and vehicle applications
PolyMaterials is developing a prototype supercapacitor (“Poly3-Scap”) suited for consumer electronics, toys, medical devices, etc. PolyMaterials is also laying the groundwork for supercapacitor “Poly4M-Scap” of greater voltages (27 to 48V) required for hybrid motor vehicles, power grid, space, and large appliance applications.
MOTIV: Material Online Transport Inventory Visability
Based on Navy SBIR-developed technology, MOTIV applies artificial intelligence to supply data to help logistics analysts predict where and when parts and other supply materiel will be available, and to better understand the implications of transferring materiel from one place to another.
PSP Technologies
Makotřasy, Středočeský kraj
Plasma shock peening
Plasma Shock Peening is a method of strengthening and hardening of a metal surface. This could be the metallic surface layer of an aircraft engine, power turbine, water pump, ship propeller, or even a medical device. The surface treated by PSP becomes more resistant to cyclic mechanical loading and abrasion.
A Fully Loaded Aerial and Data Platform for all things Unmanned
Quark has pioneered a next generation small Unmanned Aircraft System with a full suite geospatial data analysis toolkit. Quark’s first drone, named the Revenant, was engineered to fundamentally change the way humans interact with unmanned systems. It is a class leading drone in interoperability, durability, and AI capabilities.
Poseidon Hydroelectric System (PHS)
Poseidon Hydroelectric produces electricity 24/7 on any water source without a dam, wind, sun, waves or tides using proven technology. Adjustable, scalable, and modular PHS provides maximum flexibility and fast installation.
A large Legged Robot Capable of Operating on Unstructured Terrain with Heavy Payload
RMD has developed a large, legged robotic platform capable of operating on unstructured terrain while carrying a large payload relative to the vehicle's mass. The two prototype vehicles are able to carry 1200lbs and 3000lbs of payload, respectively. A network of real time sensors enables good off-road performance.
An orthopedic surgical robot
Robossis is an orthopedic surgical robot which benefits patients by eliminating mal-alignments and repeated operations; and minimizing radiation exposure, soft tissue damage, recovery time, and cost. Robossis has the potential to become the omnipotent presence in orthopedic surgery that the da Vinci robot has become in laparoscopic procedures.
High Throughput Manufacturing of Highly Oriented Post-drawn Polymer Nanofibers by Centrifugal Trackspinning
For industrial applications, polymeric nanofibers need to be fabricated on a per-pound basis. Herein, we implemented a novel centrifugal trackspinning technology that fabricates, collects, and post-draws highly aligned mechanically enhanced polymer nanofibers in a large-scale and low-cost fashion.
Automated-Track Electrospinning
A new method of electrospinning which collects nanofiber between a set of automated tracks. The tracks can be set to variable angles in order to draw the fibers to a predetermined ratio; altering fiber physical structure, mechanical strength and electrical properties.
Using AI to Improve Safety at Grade Crossings
The invention to a mobile railway crossing safety device that detects an approaching train at a roadway railway crossing, and provides the issuance of an alert to a person at-risk of associated harm, such as a driver of a motor vehicle about to traverse the railway crossing.
Wearable Body Composition Analyzers
The present invention relates to an apparatus and method for analyzing body composition using a wearable device, and more particularly to a finger-wearable device using bioelectrical impedance measurement. This device provides a better assessment of fat, muscle and water composition in the body to track progress.
RTM Respiratory Monitor
RTM's respiratory monitor is a wearable, wireless, Bluetooth device that tracks key respiratory function indicators for respiratory depression/distress, physical fitness and early detection of heat exhaustion and heat stroke. The device can also be used to monitor triage patients in field operations.
A Portable Saline Generator for Point-of-Care Applications
Our portable saline generator produces medical grade saline from a diverse sources of low-quality wastewater. Specifically, the generator produces saline for extended periods by leveraging osmotic gradients and electric fields. It is low-cost and powered by solar power.
NeuroHawk TBI Scanner
NeuroHawk is a non-invasive radio-frequency based brain monitor. It detects and monitors, using RF signal scattering and absorption, the presence and size of brain bleeding injuries from traumatic brain injury. The device consists of a flexible headset which contains 9 RF antennae, and the cell phone sized driving electronics.
Solution Processed Metallic Nano-glass Films with High Strength, Elastic Limit and Corrosion Resistance
A method to make thin films of metallic glass with high strength, elastic limit, and corrosion resistance.
High quality, low carbon cement
Stanford researchers have developed a high-quality cement with a 70% reduction in CO2 through the use of an alternative raw material that lacks the carbonate ion (CO3- ), which is responsible for the release of CO2 upon calcination.
Revolutionary passive acoustic sensor arrays
SubSeaSail (SSS) and partner Applied Ocean Sciences are developing highly capable, disruptively affordable passive acoustic arrays with broad application but ideally suited for the SSS long-duration semi-submersible platform
ASGUARD: Advanced Sea Going & Underwater Autonomous Research Device
SubSeaSail (SSS) will create a submerging version of its existing long-duration, semi-submersible vessel outfitted with an acoustic array, magnetometer and other sensors to provide near and far field monitoring above and below water.
Revolutionary, autonomous, long-duration, multi-hulled sailing cargo vessel
These will represent a new generation of small, affordable, autonomous, rugged, long-duration, hard-to-find cargo vessels that are 100% energy harvesting that can deliver cargo and/or equipment (like UUVs) to locations on the coast and ocean.
Through-Barrier Wireless Power and Data Communication
SWR Technology offers a smarter way to power the AIOT world. Our patented technology enables efficient wireless power and data communication through barriers. In addition to being used in innovative automotive/commercial designs, it also provides highly reliable, maintenance-free, electrical connections for industrial/defense/space applications.
Label-free, High-throughput Holographic Screening and Enumeration of Tumor Cells in Blood
Screening method, device, and platform for CTC's in blood that utilizes digital holography microscopy, eliminating the need for labeling and allowing for high-throughput.
Dynamo Torque Analyzer
The Dynamo Torque Unit (DTU) is a device that measures maximal and rapid torque values produced by a person during a maximal voluntary muscle contraction.
Production of plastics and other materials from cellulose derived from cotton fibers
The invention utilizes cellulose from low-quality cotton fiber as the raw material in the preparation of biodegradable bioplastic products.
Process for the Electrochemical Up-cycling of Plastics
A process for upcycling plastic waste into high-value products such as fuel, chemicals, and feedstocks through electrochemical depolymerization.
Reconfiguration with Logic Design Framework for Unmanned Aerial Vehicles
This technology consists of modular drones with configurable logic design framework for customizable payload and mission specialization.
No Sparks No Fire: Saving Human Lives via Ultra-Fast Detection and Prevention of Wildfire-Triggering Events in Power Grids
We propose next-generation smart sensors in power grids that enable ultra-fast detection and prevention of wildfire-triggering events in power grids. The main idea is to introduce a new scheme that detects and isolates the wildfire-triggering broken power line within the timeframe during which it is falling on the ground.
HF-free facile and rapid synthesis of MXenes related materials and their efficient energy conversion and storage applications
Two-dimensional transition metal carbides and nitrides (MXenes) possess widespread applications in energy storage and biochemistry, because of their high hydrophilic surface and conductivity. Here, we first reported a novel synthesis route to synthesize MXene without using hazardous hydrofluoric acid and demonstrated the versatile application of the HF-free MXene.
3D LiDAR Aided GNSS Precise Positioning for L4 Autonomous Driving
The technology provides very accurate positioning for mobile mapping system that used to build high-definition map for L4 autonomous driving vehicles operated in highly urbanized cities. We are the first team to incorporate the scanning LiDAR point cloud to perceive the surrounding environment to aid GNSS precise positioning.
Sweatextile: a Nature-Inspired Textile of Unidirectional Water Transport and Dissipation for Moisture Management, Comfort and Protection
The Sweatextile mimics the perspiration action of human skin – quickly and directionally moving and dissipating excessive sweat outwards in terms of water droplets, to protect you from sweat accumulation and external liquids such as rain and contaminated water, while keeping you dry, comfortable, and performing at best.
Microwave Assisted CO2 Conversion
NETL has developed catalyst materials that use microwave energy to efficiently convert CO2 and natural gas into synthesis gas (carbon monoxide and hydrogen). This process converts two greenhouse gases frequently produced at point sources such as gas wells into a valuable chemical precursor for producing alcohols, plastics, fertilizers, and fuels.
AIIM: Advanced Infrastructure Integrity Modeling
AIIM technology integrates big data, big data computing, and machine learning models to evaluate energy infrastructure integrity. The innovation of AIIM technology applies data representing the whole natural-engineered offshore system to forecast local platform longevity and inform maintenance and risk mitigation strategies, delivering real-time energy security insights.
Miniaturized Laser Induced Breakdown Spectroscopy (LIBS) Harsh Environment Sensor
The LIBS sensor identifies elemental compositions of solids and liquids in the field, in real-time– essential for producing the nation’s energy while protecting the environment. LIBS enhances research of domestic sources of rare earth elements and enables sensing and monitoring of chemical processes, assuring effective carbon storage and groundwater quality.
Soft Burrowing Robot for Simple & Non-Invasive Subterranean Locomotion
This technology embodies a soft robot that can burrow through sand or dirt, like a plant root. Through its unique eversion mobility, this robot can navigate tightly constrained environments without imparting undue stress or friction on its surroundings.
Integrated Soft Optoelectronics for Wearable Health Monitoring
Complex stretchable electronic devices can be created using this technology in existing commercial fabrication facilities allowing for the mass manufacture of stretchable electronic devices that can conform to curved, soft, or shape-changing surfaces, including body tissues.
Vapor-Mediated Synthesis of Silicon Carbide Matrices for Ceramic Matrix Composites
Employing this technology achieves stronger and more robust ceramic matrix composites by uniformly infiltrating silicon vapor into the ceramic matrix. The technology also improves the manufacturing process by reducing the time to infiltrate a ceramic matrix and increasing the utilization of the materials used in the process.
Percutaneous Tool Guide Template and Insert
The University of Central Florida invention is a guide hole design that enables accurate and precise needle targeting in core needle biopsies while minimizing the change in dynamic characteristics and resulting in better quality tissue samples.
Intelligent Object Magnification for Augmented Reality Displays
This technology describes an approach to capture objects at a higher resolution than the human eye and present imagery via an AR display. The invention enables the user to selectively amplify the size of the objects' retinal projection while maintaining an unmodified view in the visual field.
Capture Accurate, Real-Time Temperature Readings of Materials in Extreme Operating Conditions
Researchers at the University of Central Florida have invented a suite of technologies that allow accurate, remote, real-time temperature measurements of thermal barrier coatings (TBCs) on components used in extreme operating conditions, for example the blades in turbine engines.
Semi-Robotic Laparoscopic Surgery Support System
Robotic laparoscopic surgery has became widely available. This technology is a portable laparoscopy support system that can provide few critical functions for simpler procedures.
Intelligent Object Magnification for Augmented Reality Displays
This technology uses cameras to capture objects at a higher resolution than the human eye and present imagery of the objects to a user via an AR display. The user may selectively amplify the size of the objects' projection while maintaining unmodified views in the remainder of the visual field.
Neurostimulation Method
This is a non-invasive neurostimulation method used for cognitive assessment and training. This technology is able to determine optimal stimulation timing and location to deliver best-in-class neurostimulation uniquely optimized for each user.
University of Sussex, Advanced Material Development
Brighton, Brighton
Smart heterostructure for sensing and controlling corrosion
We are proposing a hybrid coating from different nanomaterials to inhibit the permeating of any corrodent to the metal surface. The hybrid coatings are also sensitive to specific laser-based detection techniques useful for structural health monitoring from any foreign material, induced stress or cracks.
Micro Scalable Thrusters for Adaptive Mission Profiles in Space (µSTAMPS)
µSTAMPS is an electric micro-propulsion solution for Cubesats. The propellants are low melting temperature liquid salts (Ionic Liquids). The novel and proprietary design is robust and monolithic, optimized using computational methods, and easy to fabricate. It presents precise, ultrasharp, and consistent geometries that favor efficient operation and modest operating voltages.
Smart Joint for Similar and Dissimilar Materials Including Polymers, Fiber Reinforced Composites, Metals, Concrete, Wood-Based Products, and Other Structural Materials
Technology enables ‘smart adhesive or mechanical (welded or bolted) joint’ that is self- sensing and provides detailed state of stress or strain of a bonded joint between materials such as metals, fiber reinforced polymers, composites, plastics, ceramics, concrete, and other hybrid materials for automotive, wind, aerospace, and infrastructure markets.
Microparticles for Battery Cathodes
Slug-flow reactor manufacturing of cathode materials
An extreme sub-wavelength dual electromagnetic and acoustic on-chip antenna implemented with magnetostrictive/multiferroic nanomagnets actuated by the giant spin Hall effect
Extremely small electromagnetic and acoustic antennas
Passive Thermal Management of rf Components Using Graphene-Based Phase Change Materials
Phase change materials to cool rf antennas by repeated melting and solidification.
Continuous, Scalable, and Tunable Production of Crystalline Tungsten Bronze Particles for NIR Shielding Applications
Process and method for a fast and continuous production of tunable size crystalline particles which can be utilized in various glass technologies, preventing the transmission of NIR light and UV light while maintaining glass transparency.
U-Carbon: A Conductive and Magnetic Carbon
A novel mechanically strong, metallic and ferromagnetic crystalline carbon material with high electrical conductivity.
High-quality perovskite films - Low-temperature formation of perovskite films using supercritical CO2
A rapid production of perovskite films at low annealing temperature. These perovskite films have particular utility in solar cell applications.
Low cost, real-time, visual detection of Volatile Organic Compounds
This technology is a liquid crystal sensor that can detect volatile organic chemicals (VOCs), especially aromatic VOCs. In the presence of VOCs, the liquid crystals drastically change color, allowing for user detection with the unaided eye. These features make the technology ideal for personal sensor badges.
Integrated LC Filter for Power-Dense and Cost-Effective Power Electronics
This novel integrated inductance-capacitance (LC) filter allows generation of lighter, cheaper, and more power-dense power electronic circuits. Our novel LC filter combines the inductor and capacitor into a single element to improve cost-efficiency and ease of manufacturing.
Carbon-Free Ammonia Fuel from Renewable Electricity
We are proposing a way to stably store Hydrogen fuel (H2) as Ammonia (NH3). Operating on nitrates in wastewater (NO3) and renewable electricity, our technology will provide cost-effective grid-scale storage for surplus renewable power. Ammonia is safe, high-density Hydrogen fuel that never spoils and can power just about anything.
Z-Field Technologies LCC
Los Angeles, CA
Rapid identification of Coronaviruses including SARS-CoV-2 and detection of its mutations
Rapid diagnostic assay for the in-field identification of Coronaviruses including SARS-CoV-2 and detection of mutations in its spike protein from human nasal, buccal or saliva samples. It can be used by individuals without medical expertise to provide integrated sample-to-answer process flow in less than 30 minutes.
