Just as x-ray technology, MRI and sonography transformed the practice of medicine,
a newly created approach for seeing the invisible promises great potential for
finding new ways to improve the health of human and microelectronic patients
alike.
Overcoming a critical conductivity challenge to clean energy technologies,
Boston College researchers
have developed a titanium nanostructure that provides an expanded surface area
and demonstrates significantly greater efficiency in the transport of electrons.
IBM
Research scientists today announced a landmark study in the field of nanoelectronics;
the development and demonstration of novel techniques to measure the distribution
of energy and heat in powered carbon nanotube devices.
The leading research university, Georgia Institute of Technology, has ordered a nanomaterial growth tool from Surrey NanoSystems.
The NanoGrowth 1000n equipment chosen incorporates an innovative low-temperature growt...
IBM (NYSE: IBM) and PDF Solutions, Inc. (NASDAQ: PDFS) have announced an agreement to develop an integrated circuit (IC) design platform to mitigate the effects of escalating design and manufacturing process complexity a...
The housing for a new, innovatively designed photovoltaic module that concentrates
the sun's rays is made with DuPont
Rynite PET resin.
Despite a sluggish forecast for the overall high-tech industry in the near term, alternative energies technologies are expected to grow at a 40% annual rate through 2012, and semiconductors used in these applications wil...
Researchers at Northeastern created a network of nanowires that can be scaled up more efficiently and cost-effectively to create displays such as the NASDAQ sign in New York City's Times Square.
Using Gallium nit...
Wacker Chemie AG has mid-term plans to construct a new hyperpure polycrystalline silicon facility in the US and has purchased land in the State of Tennessee for this purpose. The Munich-based chemical group announced the...
While the technology to make computer chips smaller and cheaper progresses
each year, the fundamental structure of the chip – the computer architecture
– has remained the same for decades. This led Professor David May in the
Department of Computer Science at The
University of Bristol to think about what a computer chip should look like
for the twenty-first century.
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