Israel Innovation: highlighted by the Magnet OCS … Innovation: highlighted by the Magnet OCS...
Transcript of Israel Innovation: highlighted by the Magnet OCS … Innovation: highlighted by the Magnet OCS...
www.moital.gov.il/madan.htm
Israel Innovation: highlighted by the Magnet OCS Activity program
Abraham Gross | Deputy Chief Scientist, Ministry of Industry, Trade and Labor
Israel is a global leader in
research and innovation
Level of innovation
Qu
ality
of
Sc
ien
tifi
c R
es
ea
rch
Source: World economic forum, 2011
Israel
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Join to be part and help sustain Israel high level of
innovation
The innovation
ecosystem is complex
Entrepreneurs
Researchers
Funds
Research
Facilities
High skilled workers
IP Protection
Laws
Industry
Government plays a key role in
optimizing the ecosystem
Infrastructure Risk sharing Social goals
Competitive R&D R&D Fund
Basic Research
Pre-Competitive Research
FP7 / Horizon 2020
Eureka
Bi-National Funds
R&D Fund
Technological Incubators
MAGNET
NOFAR
MAGNET: Generic Pre-Competitive Technologies
Collaboration between companies and academic research
Teams cooperatively develop basic innovative technologies:
Building blocks for future generic use
Next generation technologies required to keep competitive edge in changing markets
Disruptive technologies requiring pull of resources and knowhow
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Cooperation is key: MAGNET Consortia
Rimonim siRNA/microRNA
ISG: Israeli Smart Grid CleanTech
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MAGNET Consortia
Rimonim siRNA/microRNA
RIMONIM
siRNA/miRNA
siRNA/miRNA what they do:
Turning off the activity of a gene - with therapeutic benefit:
e.g.: Cancer and inflammatory disease treatment
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RIMONIM Mission: To overcome barriers to use siRNA molecules in therapy
Participating companies:
QBI, Rosetta Genomics, Biolab, ASI, Harlan, Compugen
Hebrew University, Technion, Tel - Aviv University , Ben – Gurion University.
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Goals for the first three years to develop:
• Unique chemistry
• Formulations
• Analytical methods
RIMONIM: siRNA / microRNA
NP+ aENDO180
3h
stable molecules
DNA (Gene)
Protein
RNA
transporting
control tools
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BMP Mission Patient Friendly Virtual Biopsy
Focusing on Gastrointestinal disorders
Next Generation Capsule
Endoscopy
Next Generation Endoscope
Novel biomarkers tagging and
targeting technologies
Image processing algorithms
Micro optics and
illumination sources
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The concept of Bio labeling Diagnostics
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Administration & Delivery System
(Oral or IV)
Targeting agent
Tagging
Biomarker “Disease ID”
Bio-Probe
Bio-Probe
Imaging/Sensing System
Biomarker
Delivery
Alomone labs Procognia
Given Imaging
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The smallest Video Camera
Medigus
Mini-Colonoscope
For small animals
Images taken by the mini-colonoscope in a colon of a mouse with
tumor from transplanted human cells
prepared in Harlan
Such multi-disciplinary achievement can be accomplished only in Consortium program
The smallest PZT
engine
Nanomotion
Video Imager Tower
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MAGNET Consortia
Mission:
To be the World’s First Terabit Optical Network
How:
Going all the way from digital and optical components,
through transmission sub-systems to a fully
functioning network.
TeraSanta: Terabit Optical Network
Adapt and Reuse of wireless DSP algorithms
Coherent Channel Degrees-of-Freedom
How is it done: Key Enabling Technologies
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Density & Cost 1 Chip replaces
multiple photonic cards
Revolution Analog Processing Coherent Digital Processing
Optical Technology
Discrete Components Electro-Photonic Chips
What do we get? Today the fattest cable in the world is between Japan and the USA
=7 Tbps (150 “lit” fibers). upgraded with TeraSanta technology the same fiber optic network
TeraSanta capacity = 150Tbps
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Networking HDTV from the Open Internet
The Net-HD consortium: technology to increase of the effective BW
network capacity by x1000 for internet HD video and file sharing Without upgrade to current infrastructure
Video adaptation
Multi Layer Cache
Peer 2 Peer networks
Monetizing method
Core
Metro
Access
NETWORK
Interconnect
Client side aggregation & adaptation
Clients
Over The Top
HD Content Providers
P2P
Caching
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Cabarnit Analysis of
Network Cyber Attacks
Identify & asses cyber threats
enable development of new defense mechanisms
Using real time multi-layered approach
Cabarnit: Consortium approach
The Consortium for Analysis of Network Cyber Attacks
Behavioral identification of threats rather then signature based
Use machine learning, heuristics & Artificial Intelligence
Analyze all threats all the time
Process large amounts of data
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MAGNET Consortia
P^3 Polymers, Plastics, Packaging
P^3 Mission: to enable Israeli plastic industry to deal
with global competition
To develop technologies for controlling additives-
migration in polymer matrix
Improved additives: UV absorbers, anti-fogs, anti-microbial
Applications: food packaging, non-woven fabrics
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@t>0
migration
@t=0
additive
Main Challenge:
To prevent the migration of low molecular weight additives
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+ Functional additive
with controlled-
migration level
Polymer
Final improved plastic matrix
P^3 Consortium- developing improved additives for the plastic industry
CARMEL RESINS
Compounding
Raw materials
Extrusion/Casting /
Blowing/Coating/Double Bubble
Conversion
Consortium’s vision
Development of new and essential technologies based on Nanotubes
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Nanotubes Empowered
Solutions
10
nm
0.5~10 micron
Incorporating nanotubes in
matrices, controlling
uniformity, location and
direction.
Formulation for nanotubes
different applications.
Standardization and safety of handling nanotubes.
3 families of generic technologies 1. Growing and modifying nanotubes 2. Dispersion of nanotubes in liquids 3. Application of nanotubes in solid systems
Optical demonstrator
Transparent conductor
Energy demonstrator Mechanical demonstrator
Optical characterization Light Emitting & detectors
Reinforced
composite materials
Electrodes: Batteries, Supper capacitors
ITO replacement technology
NES Consortium goals
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Industry Academia
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ProTrack
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VULCAN: Smart Video Surveillance
Surveillance video is recognized as the most effective security tool
Operators are bottle neck to large scale real time analysis of big data
Information
Overload
Tracking objects in crowded scenes with multi-cameras
Classification of objects
Inquiries such as: find all the people who have been observed in an area
Detection of abnormal behavior
Automatic Video detection tools
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Consortium Vision Development of cameras, processes and
production methods for digital low-light sensing systems
Hyper Sensitive Photonics
SWIR, Avalanche
Photo-Diode (APD),
laboratory for testing
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ISG: Israeli Smart Grid
MAGNET Consortia
ISG (Israeli Smart Grid) Consortium
Develop a technological infrastructure for the integration of communication and control networks that will enable optimal use of energy and a cleaner world
Solutions based on
• Transmission of real-time bi-directional communications and information required by suppliers and consumers.
• Coordination between electricity producers and users.
• Remotely manage the system to optimize consumer loads, improve utilization reliability and costs.
Communication Network
Power Management and Control Powercom
Control Apps.
Motorola
Yitran
Mobix
Ceva
ECI
PRODUCTION DISTRIBUTION CONSUMERS
Value Chain Covered by ISG
members
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Industry
Academic Institues
ISG Partners ISG (Israeli Smart Grid)
Members
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Solar Energy Solutions
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Magnet Summary
12 Consortia
About $20M each for 3-5 years
2012 Total Budget – NIS 181 M
Covers all Industrial segments and academic institutions.
Promote Industry Academia partnership as well as cooperation between industries.
Jointly develop generic, pre- competitive disruptive technologies .
Newly created IP is licensed between all parties
Thank you www.moital.gov.il/madan.htm
Thanks to the contributors
Life is simple: You do something. Most fails. Some works.
You do more of what works. If it works big, others quickly copy it. Then you do something else.
The trick is the doing something else.
Vinci daLeonardo