Researchers have, with the help of computer simulations, discovered a combination of materials that strengthens the so-called Friedel oscillations and bundles them, as if with a lens, in different directions. With a range of 50 nanometers, these 'giant anisotropic charge density oscillations' are many times greater than normal and open up new possibilities in the field of nanoelectronics to exchange or filter magnetic information.
Nov 26th, 2014
Read more
Researchers have developed a cost-effective and more efficient way to manufacture nanoporous metals over many scales, from nanoscale to macroscale, which is visible to the naked eye.
Nov 25th, 2014
Read more
Data storage pattern transferred to solar cell via nanopatterning increases light absorption.
Nov 25th, 2014
Read more
Physicists have fabricated an innovative substance from two different atomic sheets that interlock much like Lego toy bricks. The researchers said the new material - made of a layer of graphene and a layer of tungsten disulfide - could be used in solar cells and flexible electronics.
Nov 25th, 2014
Read more
Researchers provide an easier methodology to realize high performance flexible electronics by using the Inorganic-based Laser Lift-off (ILLO).
Nov 25th, 2014
Read more
A new, efficient light-harvesting system based on the principles of natural photosynthesis is developed by researchers at Tokyo Tech.
Nov 25th, 2014
Read more
Researchers have used high-speed photography to film one of the candidates for the magnetic data storage devices of the future in action. The film was taken using an X-ray microscope and shows magnetic vortices being formed in ultrafast memory cells. Their work provides a better understanding of the dynamics of magnetic storage materials.
Nov 25th, 2014
Read more
The improvements in random access memory that have driven many advances of the digital age owe much to the innovative application of physics and chemistry at the atomic scale.
Nov 24th, 2014
Read more
The structure of pores found in cell nuclei has been uncovered by scientists, revealing how they selectively block certain molecules from entering, protecting genetic material and normal cell functions. The discovery could lead to the development of new drugs against viruses that target the cell nucleus and new ways of delivering gene therapies.
Nov 24th, 2014
Read more
The U.S. Forest Service has released a report that details the pathway to commercializing affordable, renewable, and biodegradable cellulose nanomaterials from trees.
Nov 24th, 2014
Read more
Physicists have developed a new cooling technique for mechanical quantum systems. Using an ultracold atomic gas, the vibrations of a membrane were cooled down to less than 1 degree above absolute zero. This technique may enable novel studies of quantum physics and precision measurement devices.
Nov 24th, 2014
Read more
Scientists have studied the dynamics of electrons from graphene in a magnetic field for the first time. This led to the discovery of a seemingly paradoxical phenomenon in the material. Its understanding could make a new type of laser possible in the future.
Nov 24th, 2014
Read more
Nanoparticle designs target and treat early stage cancer cells by killing those cells with heat, delivered from inside the cell itself. Normal cells are thus left unaffected by the treatment regimen.
Nov 24th, 2014
Read more
Ultra-short and extremely strong X-ray flashes are used by researchers to take 'snapshots' of the geometry of tiniest structures, for example the arrangement of atoms in molecules. To improve not only spatial but also temporal resolution further requires knowledge about the precise duration and intensity of the X-ray flashes. An international team of scientists has now tackled this challenge.
Nov 24th, 2014
Read more
A team of scientists from Arizona State University's Biodesign Institute and IBM's T.J. Watson Research Center have developed a prototype DNA reader that could make whole genome profiling an everyday practice in medicine.
Nov 24th, 2014
Read more
How does glass transition from a liquid to its familiar solid state? How does this common material transport heat and sound? And what microscopic changes occur when a glass gains rigidity as it cools?
Nov 24th, 2014
Read more
Subscribe to our Nanotechnology News feed