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SPIE Publishes New Book on Quantum Optoelectronic Devices - ‘Wonder of Nanotechnology’

SPIE Publishes New Book on Quantum Optoelectronic Devices - ‘Wonder of Nanotechnology’

Nanotechnology research has progressed into quantum-level systems where electrons, photonics, and even thermal properties can be engineered, enabling new structures and materials with which to create ever-shrinking, ever-faster electronics. [More]

Engineering Tetrapod Quantum Dots to Improve Diagnostic Accuracy of Biomedical Assays and Devices for Quantum Materials Corp.

Quantum Materials Corp. announced today that it has provided Tetrapod Quantum Dots (TQD) to an advanced medical device manufacturer to optimize performance of an “engineered spectrum” quantum dot-enabled l... [More]
New Report Analyzes Market Opportunities for Quantum Dots in Lighting and Displays

New Report Analyzes Market Opportunities for Quantum Dots in Lighting and Displays

Research and Markets has announced the addition of the "Market Opportunities for Quantum Dots in Lighting and Displays 2013" report to their offering. [More]
General Approach for Mixing Nanoparticles to Fabricate Multifunctional Materials

General Approach for Mixing Nanoparticles to Fabricate Multifunctional Materials

Scientists at the U.S. Department of Energy's Brookhaven National Laboratory have developed a general approach for combining different types of nanoparticles to produce large-scale composite materials. The technique, described in a paper published online by Nature Nanotechnology on October 20, 2013, opens many opportunities for mixing and matching particles with different magnetic, optical, or chemical properties to form new, multifunctional materials or materials with enhanced performance for a wide range of potential applications. [More]
Quantum Materials Ships Samples of Tetrapod Quantum Dots to Major Asian Electronics Manufacturer

Quantum Materials Ships Samples of Tetrapod Quantum Dots to Major Asian Electronics Manufacturer

By Quantum Materials Corporation – announced today it has shipped Tetrapod Quantum Dots in sample quantities to a diversified leading Asian-based electronics manufacturer. Quantum Materials recently developed tetrapod quantum dots to meet the client’s performance specifications. [More]

RUSNANOPRIZE Nomination Process Reveals Great Emerging Technologies in Russia

Nanotechnological Society of Russia is involved in the process of attracting strong potential applicants for the RUSNANOPRIZE Award 2013. It occurred to be a good possibility to meet break-through industrial technolog... [More]
Tetrapod Quantum Dots Enable Precise Measurement of Polymer Fiber’s Tensile Strength

Tetrapod Quantum Dots Enable Precise Measurement of Polymer Fiber’s Tensile Strength

Fluorescent tetrapod nanocrystals could light the way to the future design of stronger polymer nanocomposites. A team of researchers with the U.S. Department of Energy (DOE)’s Lawrence Berkeley National Laboratory (Berkeley Lab) has developed an advanced opto-mechanical sensing technique based on tetrapod quantum dots that allows precise measurement of the tensile strength of polymer fibers with minimal impact on the fiber’s mechanical properties. [More]
New Report Covers Quantum Dot Materials, Technologies, and Products

New Report Covers Quantum Dot Materials, Technologies, and Products

Industry Analyst firm NanoMarkets today announced the addition of a new report to its publication schedule titled, "Market Opportunities for Quantum Dots" that will be released the week of July 29, 2013. [More]
Novel Nanomaterials May Aid in New Method for Gleaning Hydrogen Fuel from Water

Novel Nanomaterials May Aid in New Method for Gleaning Hydrogen Fuel from Water

Two University at Buffalo faculty members have received a $200,000 Scialog grant from the Research Corporation for Science Advancement to devise a new method for gleaning hydrogen fuel from water. [More]
Quantum Dots within Thermoelectric Material Increase Heat-to-Energy Conversion

Quantum Dots within Thermoelectric Material Increase Heat-to-Energy Conversion

High-performance thermoelectric materials that convert waste heat to electricity could one day be a source of more sustainable power. But they need to be a lot more efficient before they could be effective on a broad scale in places like power plants or military bases, researchers say. [More]