00:32
High Energy Low-Dispersion (HELD) Multilayer Dielectric (MLD) Gratings for Ultrafast Laser Systems
02:08
Ultra-high temperature resistant non-Oxide ceramic ink for 3D printing
02:08
Oxide Ceramic ink for 3D printing
02:08
Graphene ink for 3D printing
09:15
Improved Separation Using a Low-Turbulence Centrifuge
07:48
SPOCK: Automated Spectroscopy Analysis at Expert Human Level Accuracy
10:32
SoniView: See the Unseen in your Beer Production
09:31
Advanced Synthetic Minerals: Building mineral based cures to combat antibiotic resistance
09:50
MEEDS: Mitigation of External Exposure of Energy Delivery System
09:39
VIPP: Vapor-Infiltration Photoresist Process for Next-Generation Semiconductor Manufacturing by EUV
07:30
Miniaturized Deployable Elemental Sensor for Harsh Fluid Environments
09:42
Platform for Discovery, Design, and Engineering of Antibody Therapeutics for Emerging Viruses
10:42
Polaris Renewables: Commercializing Bio-Based Non-Isocyanate Polyurethanes
08:47
Keith Morrison - Advanced Synthetic Minerals: Building mineral cures to combat antibiotic resistance
08:07
Raymond Mariella Jr.-RLSID: Remote, Laser Inspection & Decontamination of Nuclear & Chemical Hazards
09:16
Viacheslav Li - Intelligent Detection of Nuclear Threats
09:55
Andrew Hoff - Mini-tubular ceramics for diesel particulate filters
09:36
MedECC: Efficient Inpatient Telemedicine Platform by Michael Barrow
04:21
RaFTS: Radiation Field Training Simulator
04:57
2020 National Lab Accelerator Pitch Event
13:29
Methane Gas Leak Detection Using Airborne Hyperspectral Imaging of Natural Gas Pipelines
04:17
Partnering with Lawrence Livermore National Laboratory
08:49
SpiderFLOAT by Senu Sinivas, National Renewable Energy Laboratory (NREL)
07:51
ADAPTIMIZE by Tony Shin, Los Alamos National Laboratory
09:39
Water: Giver of Life by Andrew Haddad, Lawrence Berkeley National Laboratory (LBNL)
09:08
RetSynth by Bernard Nguyen, Sandia National Laboratories (SNL)
10:02
ElastiDry Protective Coating by Curtis Larimer, Pacific Northwest National Laboratory (PNNL)
09:14
Metal Organic Framework by Ki-Joong Kim, National Energy Technology Laboratory (NETL)/BATTELLE
08:14
Antimicrobial Therapeutics by Greg Nyce, Lawrence Livermore National Laboratory
08:37
LoTempLene - Electrochemical Activation of Ethane by Dong Ding, Idaho National Laboratory
08:07
Iris Light Technology by Chad Husko, Argonne National Laboratory
09:29
TrapIN by Jorge Anibal Boscoboinik, Brookhaven National Laboratory
09:51
CLEAN CASH (TM) by David "Scott" Andrews
11:02
GeoVisipedia - Satellite imagery can be much more than just a pretty picture! by Randy Roberts
09:39
Moonquake - Fostering Inclusive Behaviors through Real Play by Collin Yamaoka and Teresa Berry
09:35
Antimicrobial Therapeutics from Plastic by Greg Nyce
13:33
OneID: Accurate Identity-The Next Security Perimeter by Anthony Ghilarducci
03:41
LLNL Carbon Capture: Microencapsulation technology benefits craft breweries
02:59
National Lab Accelerator 2019
12:11
Upgrading Biogas Waste Streams to Renewable Revenue by Jennifer Knipe and Max Murialdo
47:06
Micropower Impulse Radar History
02:00
Profile of Nerine Cherepy
19:45
Mr. ID: Mobile Radionuclide Identification Detector by Nerine Cherepy
21:10
Livermore Tomography Tools by Kyle Champley
04:20
Autonomous Collision Avoidance by Reg Beer
08:49
Introduction to and research at the Energetic Materials Center at LLNL by Lara Leininger
09:37
Eye-Watering Images from Tiny Telescopes by Alexander J. Pertica
04:18
Eye-Watering Images from Tiny Telescopes by Alexander J. Pertica
10:00
ALE3D for Industry: Multiphysics Simulations for the Nation’s Future by Chad Noble
03:04
ALE3D for Industry: Multiphysics Simulations for the Nation’s Future by Chad Noble
06:36
High speed optical recording by Ryan Muir and John Heebner
03:22
High speed optical recording by Ryan Muir and John Heebner
02:56
National Lab Accelerator
19:31
Lightfield Directing Array (LDA):Key Enabling Technology for Autonomous Vehicles by Robert Panas
05:20
Lightfield Directing Array (LDA):Key Enabling Technology for Autonomous Vehicles by Robert Panas
08:42
New Fiber Amplifier for Telecom by Leily Kiani (presentation)
03:48
New Fiber Amplifier for Telecom by Leily Kiani
02:58
Entrepreneurship Academy pilot program
10:28
CryoH2: Enabling practical zero-emission transportation by Guillaume Petitpas
03:47
Meet Guillaume Petitpas, LLNL mechanical engineer
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About
The Innovation and Partnerships Office at Lawrence Livermore National Laboratory (LLNL) serves as a focal point for engagement with industry. Whether by technology commercialization, encouraging entrepreneurship, or via laboratory business development activities, our mission is to grow the economy by advancing the development and commercialization of scientific discoveries. Our goal is to identify and leverage new economic opportunities and move those opportunities to the private sector. IPO currently has active commercial licenses with more than 100 companies as well as dozens of active CRADAs. Licensing and royalty income in recent years has topped $8 million annually representing more than $300 million in annual sales of products based on LLNL technologies. LLNL licensed technologies have enabled the launch of numerous new businesses that are helping drive economic growth locally, regionally and beyond.
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