Nanotechnologies related to electronics & microelectronics Technology Offers

By Type

Center for Technology Transfer and Commercialization of Novosibirsk State University posted this:

New class of computing devices with memory based on graphene nanocomposites Models of mem-capacitors - computing devices with memory based on graphene nanocomposites are developed in the laboratory of the university (Russia). This class of devices has an architecture with significantly greater speed and lower power consumption compared to traditional ones. It allows avoiding the memory-processor bandwidth problem of the device. The laboratory is looking for partners for technical cooperation, licensing or commercial agreements with technical assistance.

New class of computing devices with memory based on graphene nanocomposites

Universidade de Santiago de Compostela posted this:

High Quality Thin-films (down to 4nm) by Water-based Chemical Solution Cheaper alternative, versatile, with the quality required for fundamental studies and applications. - Very high quality of epitaxial (bi)layers, down to 4 nm, comparable to PLD. - Outstanding homogeneity (over 1" substrate) and very affordable alternative to high-vacuum tech. Some examples: - Yttrium Iron Garnet (YIG) over GGG; ZnO over sapphire. - Ferroelectric BiFeO3 on LSMO. Manganites, cobaltites and their combinations - Combined with MBE, e.g. Multilevel device integrated on silicon: Small, 2017, 1701614, cover (http://doi.org/10.1002/smll.201770208).

High Quality Thin-films (down to 4nm) by Water-based Chemical Solution

Universidade de Santiago de Compostela posted this:

New Thermal Sensing for Microcalorimetry and Microfluidics (ERC-PoC project)The prototype developed within ERC-PoC "ANTS" project, has demonstrated its sensitivity for a new concept of microcalorimeters, as well as providing advantages in microfluidics. We aim to: a) Integrate this technology within microfluidic devices or applications where size and fast response time are crucial. b) Develop a High-Throughput Calorimetry going beyond the current capabilities on ITC. > Sensing element. Ferromagnetic permalloy line 4x28 µm x 20 nm thick: affordable, miniaturization… Sensor was fabricated in a single deposition. > Temporal response. Milliseconds, to stimulus >10 microwatts; further improvements are in progress. > Easy adoption. Compatible with standard configuration of microcalorimeters. > IPR: EP, US, CN, KR, JP

New Thermal Sensing for Microcalorimetry and Microfluidics (ERC-PoC project)

Universidad de Alcalá-OTRI posted this:

Very active aluminum catalysts in glycidyl methacrylate ring opening polymerization, with application in electronic devices The research group in "Organometallic Complexes in Catalytic Processes" of the University of Alcalá presents the synthesis of aluminum aryloxide compounds and their application in glycidyl methacrylate ring opening polymerization processes. The most frequent use of this polymer is as photocurable material with optimal characteristics for use in electronic devices. The research group looks for companies in the electronic industry, especially those dedicated to the preparation of electronic components, to reach patent licensing agreements, collaborative or commercial agreements with technical assistance.

Very active aluminum catalysts in glycidyl methacrylate ring opening polymerization, with application in electronic devices

Universidad de Alcalá-OTRI posted this:

Disposable electrodes based on filtered nanomaterials.A Spanish research Group from Analytical Chemistry, Physical Chemistry and Chemical Departments at University of Alcalá (Spain) has designed and developed different disposable electrodes constituted exclusively by conducted nanomaterials for analytical measurement of electroactive molecules for (bio-) sensoric in relevant areas such as health, agri-food and environmental. The group is looking for companies in the chemistry, clinical, agri-food and environmental sectors to reach licensing agreements or collaboration and commercial agreements for technical assistance.

Disposable electrodes based on filtered nanomaterials.

RAMOT at Tel Aviv University Ltd. posted this:

Thin Film transparent conducting nanowires for display panels Thin Film transparent conducting nanowires for display panels Project ID : 11-2012-336

RAMOT at Tel Aviv University Ltd. posted this:

Bismuth NanoWires and Ohmic Contacts We have developed a reproducible method to synthesize single crystalline Bismuth nanowires (BiNWs), 40nm in diameter, with embedded quantum point contacts. We have also developed methods to characterize the ZT values of individual wires, i.e., free of any averaging of ensemble measurements, and we show that our BiNWs have superior thermoelectric properties at low temperatures (77K), with ZT>3. Project ID : 11-2013-448

Bismuth NanoWires and Ohmic Contacts

RAMOT at Tel Aviv University Ltd. posted this:

High-Voltage Atomic Force Microscopy High-Voltage Atomic Force Microscopy Project ID : 7-2007-61

RAMOT at Tel Aviv University Ltd. posted this:

Molecular Electronics and Transistors based on Peptide Nanostructures Proprietary peptide nanostructures can be readily fabricated on various surfaces including electrodes. A physical vapor deposition method (PVD) allows the precise control on the molecular dimensions of the structures using industry standard techniques. These nanostructures were used to fabricate metallic nanowires1 as well as trilayer metal-peptide-metal nano-cables. Electrodes and storages devices were modified with the peptide nanostructures. Recent work includes the application of the nanostructures to Ion-Sensitive Field-Effect Transistor (ISFET) with very strong responses measured, providing the basis for potential applications (to be published). The chemical nature of the building blocks allows the simple modification with various recognition elements. This could be readily modified to recognize DNA bases for sequencing purposes. The peptide structures are semi-conductive and possess various other unique physical properties (including mechanical rigidity, piezoelectric properties, non-linear optical properties, etc.). Project ID : 7-2013-455

RAMOT at Tel Aviv University Ltd. posted this:

Iron oxide nanoparticles (IOP) for the treatment of acute myocardial infarction (AMI) and other inflammatory conditions A novel approach for the treatment of AMI has been developed using IOPs. IOPs, when injected into the infarcted myocardium, lead to improved heart function after MI. IOPs activate anti-inflammatory macrophages and thus promote tissue healing and repair and prevent myocardial remodeling and dysfunction. Potential Applications IOPs can be used to treat AMI and other inflammatory conditions associated with pro-inflammatory activated macrophages and to promote tissue healing and repair. Advantages ? IOPs are nontoxic ? IOPs are FDA approved for use in humans for MRI imaging Stage In vivo studies in mouse and rat models of MI and heart failure Project ID : 10-2011-247

RAMOT at Tel Aviv University Ltd. posted this:

Magnetic Devices based on Extraordinary Hall Effect Magnetic Devices based on Extraordinary Hall Effect Project ID : 11-2010-118

Institut Català d'Investigació Química (ICIQ) posted this:

Precursors of linear polyacenes: entry door to new semi-conductor materials A new strategy for the preparation of precursors of linear acenes has been developed. The developed acene precursors are hydrogenated acenes and are stable upon storage. They can be prepared in several synthetic steps using two catalytic key preparation steps. The precursors can be deposited onto surfaces and submitted to annealing to generate the linear acene. This strategy afforded the first-ever preparation of undecacene.

uacoopera posted this:
Licensing Manager at uacoopera

Transparent, flexible, antimicrobial and conductive graphene textile substrates Processing graphene coating technology of textile fibres and fabrics, turning them highly electrically conductive keeping the textile properties. It is a simple method, with solution deposition at room temperature, in which the coating can also add antimicrobial properties.

Transparent, flexible, antimicrobial and conductive graphene textile substrates