The past, present and future of cancer
Researchers gather to discuss the state of their field and the potential for new treatments.
Mar 18th, 2011
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Nanotechnology News – Latest Headlines
Tiny 'on-chip detectors' count individual photons
A team of researchers has integrated tiny detectors capable of counting individual photons on computer chips. These detectors, called "single-photon avalanche diodes (SPAD)," act like mini Geiger counters, producing a "tick" each time a photon is detected.
Mar 17th, 2011
Read moreGreen sludge can protect groundwater from radioactive contamination
Radioactive waste decaying down at the dump needs millions of years to stabilize. The element Neptunium, a waste product from uranium reactors, could pose an especially serious health risk should it ever seep its way into groundwater - even 5 million years after its deposition. Now, researchers at the University of Copenhagen have shown the hazardous waste can be captured and contained.
Mar 17th, 2011
Read moreModified mRNA is the key to novel anti-cancer therapy
Modifications of ribonucleic acid mRNA introduced by scientists from the Faculty of Physics, University of Warsaw in collaboration with the Louisiana State University are blazing a trail for safer and more effective gene drugs. Clinical trials of the first new-generation anti-cancer vaccine, developed in Germany with the aid of the Polish invention, will begin already later this year.
Mar 17th, 2011
Read moreUnderstanding the magnetic glue superconductivity
New evidence suggests fluctuating magnetic stripes are the cause of mysterious hourglass magnetic spectrum of high temperature superconductors.
Mar 17th, 2011
Read moreNew technique enables much faster production of inexpensive solar cells
TU Delft has demonstrated that the speed at which inexpensive solar cells are produced can be increased by a factor of ten - and that this can be achieved without any detriment to the energy yield of the cells.
Mar 17th, 2011
Read moreStudy finds more efficient means of creating, arranging carbon nanofibers
Carbon nanofibers hold promise for technologies ranging from medical imaging devices to precise scientific measurement tools, but the time and expense associated with uniformly creating nanofibers of the correct size has been an obstacle - until now. A new study from North Carolina State University demonstrates an improved method for creating carbon nanofibers of specific sizes, as well as explaining the science behind the method.
Mar 17th, 2011
Read moreWenn Elektronen wellenreiten
Spinpolarisierte Elektronen lassen sich mit Hilfe von akustischen Wellen transportieren. Mit einem raffinierten Versuchsaufbau koennen Physiker verfolgen, wie sich dabei der Spin der Elektronen veraendert.
Mar 17th, 2011
Read moreA quantum pen for single atoms
Physicists at the Max Planck Institute of Quantum Optics succeeded in manipulating atoms individually in a lattice of light and in arranging them in arbitrary patterns. These results are an important step towards large scale quantum computing and for the simulation of condensed matter systems.
Mar 17th, 2011
Read morePhysicists move closer to efficient single-photon sources
A team of physicists in the United Kingdom has taken a giant step toward realizing efficient single-photon sources, which are expected to enable much-coveted completely secure optical communications, also known as "quantum cryptography".
Mar 16th, 2011
Read moreImportant funding for Canadian nanomedicine research to improve diagnosis and treatment
Seven new research projects on regenerative medicine and nanomedicine received $16 million in funding. The studies, co-funded by the Canadian Institutes of Health Research (CIHR) and the Canadian Space Agency (CSA), were announced today at the University of Toronto.
Mar 16th, 2011
Read more'Pruned' microchips are faster, smaller, more energy-efficient
Experts produce leaner, greener microchips by trimming away little-used circuits.
Mar 16th, 2011
Read moreScientists control light scattering in graphene
Scientists at the U.S. Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) and the University of California at Berkeley have learned to control the quantum pathways determining how light scatters in graphene. Controlled scattering provides a new tool for the study of this unique material and may point to practical applications for controlling light and electronic states in graphene nanodevices.
Mar 16th, 2011
Read moreStartup hopes to change the way we test cancer drugs
A Purdue University scientist's nanopolymer would make it easier and cheaper for drug developers to test the effectiveness of a widely used class of cancer inhibitors.
Mar 16th, 2011
Read moreResearchers use light to move molecules
Using a light-triggered chemical tool, Johns Hopkins scientists report that they have refined a means of moving individual molecules around inside living cells and sending them to exact locations at precise times.
Mar 16th, 2011
Read more3-D printing method advances electrically small antenna design
Omnidirectional printing of metallic nanoparticle inks offers an attractive alternative for meeting the demanding form factors of 3D electrically small antennas.
Mar 16th, 2011
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