Olivier Pfister, a professor at the University of Virginia, has shown it is possible to create huge numbers of entangled qubits, more specifically a multilevel variant termed as Qmodes. Qubits are single quantum memory units that form the building blocks for a quantum computer.
By Dr. Cameron Chai
18 Jul 2011
Dr Dan Li of the Department of Materials Engineering at Monash University has worked along with his research team to study graphene that could pave the way for ultra-fast energy storage equipment.
By Dr. Cameron Chai
18 Jul 2011
LG Series Flow Cytometry Systems have been launched by Blue Ocean Biomedical, to count lymphocyte subsets and CD4 cells and is the first-ever completely automated, load & go equipment available.
By Dr. Cameron Chai
18 Jul 2011
Researchers at the Lawrence Berkeley National Laboratory (Berkeley Lab) of U.S. Department of Energy have performed research to study how undoped graphene functions close to the "Dirac point”,which is present only in graphene.
Tel Aviv University's School of Chemistry’s Professor Eran Rabani and Hebrew University Professors Oded Millo and Uri Banin have revealed how semiconductor nanocrystals can be made into conductors by doping them.
By Dr. Cameron Chai
18 Jul 2011
Scientists at Rice University have developed a cable made from carbon nanotubes that will serve as an energy-efficient electric grid.
By Dr. Cameron Chai
16 Jul 2011
IntelliCell BioSciences, a regenerative medicine company, declared that Millipore has conducted a flow cytometry study of IntelliCell's technology. A division of Merck, Millipore offers advanced technologies, services, and tools for biopharmaceutical manufacturing and bioscience research.
By Dr. Cameron Chai
16 Jul 2011
Nanobodies synthesized from camel blood render special properties, which have potential in drug development. A new study published in the Journal of Controlled Release states that camel blood will help to battle cancer.
By Dr. Cameron Chai
16 Jul 2011
MIRA researchers and their partners have received a €1.4 million grant for developing a new method to detect development of secondary tumors in breast cancer patients. The novel method uses a sophisticated highly-sensitive ‘metal detector’ and safe magnetic nanoparticles.
By Dr. Cameron Chai
16 Jul 2011
Fraunhofer's unique MEMS devices are a key component for creating a single electro-optic device for Vuzix' next generation HD video eyewear displays.
By Dr. Cameron Chai
16 Jul 2011
NanoSort has received a two year, small business innovation research (SBIR) grant worth $698,000 from National Institutes of Health. The grant was offered by the National Center for Research Resources (NCRR) of NIH.
By Dr. Cameron Chai
16 Jul 2011
Translucent has designed a proprietary GaN-on-Si wafer template that features embedded DBR mirrors and can be used for manufacturing cost-effective LEDs. The design and method utilized to fabricate these wafers will be discussed at the International Conference on Nitride Semiconductors (ICNS-9).
By Dr. Cameron Chai
16 Jul 2011
MIT Researchers have developed a liquid-based method to accurately form submicroscopic wires in water, which enables fabrication of complete electronic devices via a liquid-based procedure.
By Dr. Cameron Chai
16 Jul 2011
ESI, a company that offers laser-based manufacturing techniques, launched the AccuScribe 2600, which is a superior technology LED wafer scribing system.
By Dr. Cameron Chai
15 Jul 2011
MIT researchers developed carbon nanotubes that are capable of accumulating solar energy for consumption whenever required.
By Dr. Cameron Chai
15 Jul 2011