Technology Opportunities

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Entropy driven up conversion (Technion)
We demonstrate a new method for inducing effective high temperature on the surface while maintaining low bulk temperature. Based on this concept we demonstrate 10-fold up-conversion of optical frequency at 10% efficiency, much higher than ever reported. Additionally, the effective high surface ...
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Enzyme inhibitors (Technion)
Naphthoquinone compounds that induce the formation of reactive oxygen species (ROS) are disclosed. ...
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ERBB2 as a novel target to treat heart failure by inducing cardiomyocyte proliferation (Yeda)
Summary Heart failure is the leading cause of death in the western world. Existing treatments fail to compensate the irreversible loss of functional cardiomyocytes (CM), thus presenting a major medical unmet need. Inducing native CM replacement is one approach being tested as regenerative ...
Scientific Contact: Eldad Tzahor
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Fast, Room Temperature Single Pass Readout of NV-center Spin State in Diamond (Yissum)
Background Nitrogen vacancy (NV) color centers in diamond are a promising implementation for quantum sensors across a variety of use cases. The advantage to read out its spin state optically is a crucial property. Nevertheless, in order to obtain a high quality reading existing protocols ...
Scientific Contact: Nir Bar-Gill
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Field effect transistor structure (Technion)
A novel transistor design is proposed, the statistical transistor, which through a single additive step can overcome the problems associated with the crystals grain boundaries and the accompanying non-uniformity. Conducting islands are deposited on or below an assembly of organic crystals, ...
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Fuel Cells Membranes (BGN)
Scientific Contact: Eli Korin
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Fully Naive Induced Human Pluripotent Stem Cells (iPSC) (Yeda)
Summary A novel method to revert human iPSC to a fully naive state, retaining stable pluripotency. The feasibility for the existence of ground state naive pluripotency in human embryonic stem cells (hESC) has long been researched. This innovative technology supplies the composition of ...
Scientific Contact: Jacob (Yaqub) Hanna
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FUNCIONALIZED CARBON NANOTUBE COMPOSITE FOR USE IN LEAD ACID BATTERY (BIRAD)
The ProblemLead Acid batteries are successfully used for over a century. The relative low cost, almost complete recycling cycle and maturity are the bases for further improvements and mitigations of some disadvantages in order to establish a viable power source for the 21st century.Present SLI lead ...
Scientific Contact: Doron Aurbach
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Grignard reagent (Technion)
Metal-organic Grignard reagents are widely used throughout the fine chemical and pharmaceutical industries and are commonly combined with an ether solvent. This combination can make it difficult to control the reaction rate and ether is a volatile compound that must be stored and transported with ...
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Harnessing inhibitory RNA based- nanoparticles for therapeutic intervention in blood cancers (Ramot)
THE NEED The current treatment of multiple myeloma (MM) included standard chemotherapy and small molecules such as the proteasome inhibitor and the immunomodulatory drugs. Although these drugs have improved the response and survival of MM patients, MM is still an incurable disease. Drug ...
Scientific Contact: Dan Peer
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Heavily Doped Semiconductor Nanocrystal Quantum Dots (Yissum)
This method enables tight control of electronic properties: Background Intentionally inserting impurity atoms into a crystal, or doping, is the basis for the widespread application of semiconductors in electronic and electro-optic components. An additional way to tune the properties of ...
Scientific Contact: Uri Banin
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Heavily doped semiconductor nanocrystals (Ramot)
HighlightsIntentionally inserting impurity atoms into a crystal, or doping, is the basis for the widespread application of semiconductors in electronic and electro-optic components.An additional way to tune the properties of semiconductor structures is by controlling their size and ...
Scientific Contact: Eran Rabani
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High Speed, High Spatial Resolution Scanning Micro-ellipsometer (Yissum)
Background We have developed a new type of a compact scanning Micro-ellipsometer that operates with a spatial resolution on the sub 10-micron and over a broad spectral range. See Figure (next page). The Micro-ellipsometer can accurately measure local variations in the thickness and the ...
Scientific Contact: Ronen Rapaport
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Highly Conductive Ordered Ion Exchange Membranes (BGN)
Scientific Contact: Yoram Oren
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Hydro-Printing Conductive Patterns onto 3D Structures (Yissum)
Background Depositing conductive material on uneven and complex topographies is challenging while printing conductive patterns onto 3D structures. Available solutions to this need are complicated, require costly printers that are not suitable for rapid industrial processes. The proposed ...
Scientific Contact: Shlomo Magdassi
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Induction of Disease-Associated Microglia (DAM) to Treat Neurodegenerative Diseases (Yeda)
Summary Alzheimer's disease, as well as other neurodegenerative disorders are characterized by damage to brain tissue. Immune cells within the brain participate in disease progression, whether by slowing it down or escalating disorders severity. Microglia are immune cells that reside within the ...
Scientific Contact: Michal Eisenbach-Schwartz
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Inhibiting Importin to Treat Psychiatric Stress and Other Disorders (Yeda)
Summary Anxiety and stress-related disorders effect 10-30% of the general population and are therefore considered a major burden on public health. Current medical treatments for anxiety disorders include drugs that target various synaptic mechanisms, such as uptake of neurotransmitters. ...
Scientific Contact: Michael Fainzilber
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Inhibition of Nuclear Entry of MAPK Cascade Proteins as a Novel Mechanism for Treating Cancer (Yeda)
Summary Peptide sequences for efficient inhibition of nuclear translocation of proteins. The ability to regulate cellular localization of a biological component is important for many functions such as gene therapy, protection from toxic chemicals, transport of anti-cancer agents, and possibly ...
Scientific Contact: Rony Seger
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INNOVATIVE ELECTROLYTE SOLUTION FOR HIGH VOLTAGE LITHIUM-ION CELLS (BIRAD)
The ProblemDuring recent years, the popularity of electric vehicles and hybrid electric vehicles has markedly increased worldwide. However, the main disadvantage of electric vehicles is their limited driving range, due to low battery capacity. Increasing driving range requires more batteries ...
Scientific Contact: Doron Aurbach
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INNOVATIVE MICRON-SIZE PLASMONIC COLOR SORTER (BIRAD)
The ProblemColor generation is commonly pigmentation related, and its pixel size is limited to a few and up to tens of microns, two orders of magnitude larger than the diffraction limit in the visible range. Colors can also be generated via interference processes in photonic crystals and in ...
Scientific Contact: Adi Salomon
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