IBM and ETH Zurich, a premiere European science and engineering university, today announced the formation of a partnership in the field of nanotechnology.
As part of this collaboration, a new nanotechnology laborator...
The Center for Nanoscale Materials' (CNM) newly operational Hard X-ray Nanoprobe at the U.S. Department of Energy's (DOE) Argonne National Laboratory is one of the world's most powerful x-ray microscopes.
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Mechanical engineering Assistant Professor Adela Ben-Yakar at The University of Texas at Austin has developed a laser "microscalpel" that destroys a single cell while leaving nearby cells intact, which could improve the precision of surgeries for cancer, epilepsy and other diseases.
The UVISEL+ RM from HORIBA Jobin Yvon Thin Films extends the capability of the UVISEL with a new independent Reflectometry Module (RM) that can be mounted on the UVISEL goniometer.
More than 15 years ago scientists discovered a way to stop a particular gene in its tracks. The Nobel Prize-winning finding holds tantalizing promise for medical science, but so far it has been difficult to apply the technique, known as RNA interference, in living cells.
Lawrence Livermore National Laboratory researchers have captured time-series snapshots of a solid as it evolves on the ultra-fast timescale.
Using femtosecond X-ray free electron laser (FEL) pulses, the team, led by A...
Applications of nanotechnology to electronics, photonics and renewable energy will be the focus of a joint forum to be held from August 10 to 14, 2009 at McMaster University in Hamilton, Ontario, Canada. An innovation wo...
With the NanoTracker, the user can trap and track particles from several µm down to 30nm with the ability to control, manipulate and observe vesicles, endosomes, gene and drug spheres, viruses and bacteria, nanoprobes or -carriers, biomarkers or even whole cells in real time with nanometer precision.
A chemistry professor in the College of Liberal Arts and Sciences and his graduate students have published new results in Nature Nanotechnology showing how they isolated a particular type of carbon nanotube from a sample and manipulated it in a way that could have broad applicability in drug and gene delivery, electronic devices, and nanotechnology research.
The future of high-intensity x-ray science has never been brighter now that scientists at U.S. Department of Energy's Argonne National Laboratory have devised a new type of next generation light sources.
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