TiW alloy adhesion layer for integration of anodic aluminum oxide on substrates
A method for developing an integrated via structure for improved performance in CMOS applications at millimeter- and submillimeter-wave frequencies
Silica-coated polymeric nanoparticles for silicic acid delivery
Novel silica-coated nanoparticles with a stimulus-responsive core that can swell and fracture the surrounding silica shell, leading to the release of silicic acid.
Low-cost laser-induced graphene heaters for polymerase chain reaction
A graphene heater for portable devices with low power consumption and cost of manufacturing
Realization of a perfect light absorber in two-dimensional homobilayer by reducing interlayer interaction
Nanofabrication approaches for realizing perfect light absorbance in two-dimensional homobilayer materials
Free-standing perovskite oxide membranes
A novel method for the synthesis and deposition of perovskite oxide membranes onto a substrate.
Superconducting diode effect in a three-terminal Josephson device
A superconducting quantum device for scalable and gate tunable realization of the Josephson diode effect
Perovskite oxide membrane growth by hybrid molecular beam epitaxy
A novel method to grow freestanding perovskite oxides on 2D materials.
InTERACCT Program: Occupational health and safety training
Training courses for occupational health and safety workers aimed to equip them to handle risks associated with emerging technologies.
Infrared photodetector utilizing coaxial nanoaperture antennas
An infrared photodetector utilizing coaxial nanoaperture antennas that enhance photodetection capabilities.
Nanoscale carbon dots for PFAS phytoremediation
A method for the phytoremediation of PFAS from contaminated soil using carbon-based nanoparticles.
Phytoremediation of PFAS with ultraporous silica nanoparticles
A method for the phytoremediation of PFAS from contaminated soil using ultraporous mesostructured silica nanoparticles.
Steerable magneto-photonic particles for targeted delivery and collection of light
An embeddable magneto-photonic microparticle that can be externally positioned and orientated for targeted delivery and collection of light.
Method and devices for detection of suspended nanoparticles
An image detection approach that can detect suspended particles much smaller than the wavelength of visible light, or far below the microscope resolution or the diffraction limit of light, using an image sensor.
3D-printed skin-wearable photodetector device
Fully 3D-printed flexible skin-wearable device for real-time measurements of UV-visible exposures.
Extrusion via self-lubricated photopolymerization for manufacturing and self-growing robots
A self-lubricated photopolymerization extrusion method for continuous production of profiled polymer parts, which can be deployed in self-growing robots capable of executing a range of tasks, including exploration, burrowing, and traversing tortuous paths.
Nanominne-1: novel virus-like particle (nanoparticle) vaccines to prevent SARS-CoV-2 infections
Series of novel vaccines containing 60 copies of SARS-CoV-2 antigens displayed in ordered array on a virus-like particle scaffold (nanoparticle)
Method for mass production of high performance magnetic nanoparticles for biomedical applications
Iron nitride nanoparticles are post-processed by applying a wet ball milling method in conjunction with different surface-active media and centrifugation steps to obtain ultra-stable, monodispersed, uniformly sized, surface-functionalized, and sub-100-nm iron nitride nanoparticles suitable for biomedical applications
Epoxy resins with improved toughness
A composite material made of epoxy combined with graphene and block copolymer for improved toughness.
Electrical-field bidirectional switching of full MTJs
A full MTJ stack device with bidirectional magnetization switching purely through an electric field
SHE-CRAM: Computational Random Access Memory (CRAM) based on Spin Hall Effect
Spintronics-based memory array system that performs true in-memory computational operations. The novel spin Hall effect (SHE) technology is used to implement a new CRAM computer architecture (SHE-CRAM) that is capable of inter-raw communication
Multi-faceted glue for long-term survival of osseointegrated prosthetic devices
A multi-functional photopolymerizable glue that enhances the physical and biological adhesion between soft skin and a metal prosthetic device.
High gyrotropy sputtered garnet for photonic isolators
A design and method to fabricate high-gyrotropic optical isolators directly on Si and other common substrates, without using seed layers. This foundry-friendly technology enables creation of smaller, high performance components.
Low-energy platinum coatings
A method for low temperature thin-film deposition of high melting point metals, like Pt, and their oxides.
Rapid microbial diagnostics
A method for rapid detection of microorganisms using chemiluminescence.
Spin orbit torque generating materials
A novel material with a large spin Hall angle for applications in spintronic devices.
Ultra-smooth Patterned Metal Films for Plasmonics
Ultra-smooth Patterned Metal Films for Plasmonics and Metamaterials
Plasma Synthesis of Nanocrystals
Nanoparticles Functionalized with Organic Molecules
Programmable Self-assembly Method for Nanocomponents and Microcomponents
Aerodynamic Lenses Optimized For Nanoparticles
Directed Self-Assembly, Reconfigurable Manufacturing for Microsystems
Micro Fabrication Using High Resolution Xerographic Printer
Spray Pyrolysis Fabrication of Nanoporous Material
Improving photovoltaic cell efficiency by employing highly stable, earth-abundant nanoparticle system
A novel nanomaterial for applications involving photon upconversion.
Hybrid charge trap transistor-MRAM memory devices (2020-102, Dr. Jian-Ping Wang)
Designs of hybrid charge trap transistor-MRAM devices for ultra-high-density non-volatile memory.
Nanoparticle bio-pesticide to improve crop health, germination, and overall yield
A material and method of application for improving crop health and yield.
Patterned organic semiconductor layer for increased efficiency in OLEDs
A simple method to create a single-component diffraction grating using organic semiconductors for the improvement of outcoupling efficiency in OLEDs.
3D printing on Moving Freeform Surfaces
Electric-field switching of perpendicular MTJs
A magnetic semiconductor device design that allows for switching magnetization without an external field.
Nanowire Based Closed Ring Resonators with Extremely High Quality Factors
3D Printed Stretchable Tactile Sensors with Electronic Ink
3D Microscale Isotropic Metamaterials
Graphene Based 3D Nanotubes and Nanochannel Sensors
Tunable Neural Electrodes for MRI-Compatible Brain Signal Recordings
Spintronic Thermal Sensor (20170082, Dr. Jian-Ping Wang)
Direct Synthesis of High Aspect Ratio Zeolite Nanosheets
Fast Magnetoelectric Device Based on Current-driven Domain Wall Propagation (20160364, Dr. Jian-Ping Wang)
Warming of Cryopreserved Biomaterials using Laser Assisted Gold Nanorods
A method for rapid, uniform warming of cryopreserved biomaterials using laser-assisted gold nanorods.
Vertical Semiconductor Nanowires on Metal Substrate
Nanowire Based Split Ring Resonator
Zeolite Nanosheets with Open Pores
Ultra High Density Integrated Composite Capacitor Design for CMOS
Graphene Formaldehyde Sensor (20150354, Dr. Tianhong Cui)
Spintronic Analog-to-Digital Convertor (ADC) (20140257, Dr. Jian-Ping Wang)
Mesoporous Silica-coated Iron Oxide Nanoparticle (20140249, Dr. Christy Haynes)
Energy Efficient Spin Logic with Larger Output Voltage (20140235, Dr. Jian-Ping Wang)
ssDNA Amphiphile Self-Assembly Forms DNA Nanotubes (20140227, Dr. Efie Kokkoli)
Electromigration on Signal Interconnects (20140089, Dr. Sachin Sapatnekar)
Ultra-low Power Carbon Nanotube Logic Circuits (20140082, Dr. Chris Hyungil Kim)
Mesoporous silica nanoparticles with ultra high porosity
Novel mesoporous silica nanoparticles with high pore volume and open pore structure, displaying high thermal stability and mechanical sturdiness
Nanotechnology Fabrication of Nanogaps Metal Films (20130266, Dr. Sang Hyun Oh)
Long-term whole organ cryopreservation and transplantation
A method for long-term whole organ cryopreservation and transplantation using vitrification and nanowarming techniques.