Liming Dai, the University
of Dayton's Wright Brothers Institute endowed chair in nanomaterials, and
fellow scientists have taken a step toward a more efficient fuel cell that can
be affordably mass-produced.
Fuel cells offer the key to zero emissions and reliable clean power. The new
book by John
Wiley & Sons, Fuel Cells: Fundamentals (2nd edition)
takes the miracle of fuels cell into the real world by introducing the basic
science behind the technology.
University of Surrey,
test tube chemistry just took a leap down in size to the nano-scale, with new
test-tubes measuring only about one billionth of a metre across. The scaling
factor is like scaling up from a normal test tube to one a hundred kilometres
across.
University of Utah
physicists and chemists developed a new method that uses a mirror of tiny silver
"nanoparticles" so microscopes can reveal the internal structure of
nearly opaque biological materials like bone, tumor cells and the iridescent
green scales of the so-called "photonic beetle."
The discovery that butterfly wings have scales that act as tiny solar collectors has led scientists in China and Japan to design a more efficient solar cell that could be used for powering homes, businesses, and other applications in the future.
Yissum Ltd., the Technology Transfer Company of the Hebrew University of Jerusalem, today announced that Professor Nissim Garti from the Casali Institute of Applied Chemistry, Institute of Chemistry at the Hebrew Univers...
Quantum dots have the potential to bring many good things into the world: efficient solar power, targeted gene and drug delivery, solid-state lighting and advances in biomedical imaging among them.
But they may pose ...
A gift from the A. Eugene Brockman Charitable Trust to Rice University's Centennial Campaign will help fund construction of a new physics building -- one of the most complex design challenges for architects.
The 1...
The drivers of Rice University's
nanocars were surprised to find modified versions of their creation have the
ability to roll at room temperature.
Hollow gold nanospheres equipped with a targeting peptide find melanoma cells,
penetrate them deeply, and then cook the tumor when bathed with near-infrared
light, a research team led by scientists at The
University of Texas M. D. Anderson Cancer Center reported in the Feb. 1
issue of Clinical Cancer Research.
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