Skip Navigation
Search Text
Select Search Scope
Search This Site
Just This Site
Search SBU Website
SBU Website
Search
Search
Search Text
Search
Site
Site
Office for Research and Innovation
Intellectual Property Partners
Home
About
About IPP
Our Team
Contact us
Inventors
Disclose a New Technology
Protect Confidential Information
Transfer Materials
IPP Process Overview
Industry/Entrepreneurs
New Venture Creation
Economic Development
Technologies available for Licensing
Resources
IPP Videos and Resources
Policies and Regulations
Issued Patents
Useful Links
FAQs
Inventors Spotlight
Join Our Team
Contact Us
Office Information
IPP Staff
TAKING RESEARCH FAR BEYOND INNOVATION
DRUG DELIVERY
EDUCATION AND TRAINING
ENVIRONMENT
MEDICAL DEVICES
NANOTECHNOLOGY
OPTICS AND PHOTONICS
RESEARCH TOOLS AND REAGENTS
SCREENS AND ASSAYS
ANTIBODIES
DENTAL
FINANCE
CLEAN ENERGY
ENERGY CONSERVATION
HEALTHCARE IT
MEDICAL IMAGING
DIAGNOSTICS
INFORMATION TECHNOLOGY
COMPUTER SOFTWARE
DRUG DESIGN AND SYNTHESIS
DATA
ARTIFICIAL INTELLIGENCE
SENSORS
SBU CATEGORY FEED
CAMPUS
STONY BROOK UNIVERSITY
COVID
SEMICONDUCTOR DEVICES AND MANUFACTURING
ASSISTIVE TECHNOLOGY
TECHNOLOGY CLASSIFICATIONS
Previous
|
Next
Hybrid Active Matrix Flat Panel Imager
Oxide polygonal prism nanocages for trapping of gases
Electric Toothbrushing Monitoring via a Magneto-Inductive Coil Sensor
Maximizing Convolutional Neural Network (CNN) Accelerator Efficiency Through Resource Partitioning
Real-Time Multi-Tag Tracking Process Via a Single Magnetometer Sensor
Selective Carbon Dioxide Reduction Catalyzed by Single Cobalt Sites on Carbon Nitride Under Visible-Light Irradiation (UNH 2019-025)
Novel Approach for Processing Brain Images and Extracting Neuronal Structures
Supervised Machine Learning - Based Method of Data Analysis of X-Ray Absorption Fine Structure Spectra
Ultra-Low Power Core for Lightweight Encryption
Solderless Circuit Connector
Prevention of Glucocorticoids-Induced Muscle Atrophy and/or Enhancement of Muscle Regeneration Via Neutrophil Elastase Inhibition
Machine Learning Methods and Software for Quality Control of Digital Pathology Microanatomic Segmentation
Previous
|
Next