Biological NanoPhysics
David J. E. Callaway, PhD
Professor and Laboratory Director
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"There's plenty of room at the bottom:
An invitation to enter a new field of physics."
-Richard Feynman-
★David J. E. Callaway★
(大卫·凯乐威)
is a biological nanophysicist.
He is Professor and
Laboratory Director.
Dr Callaway has worked extensively in the field of
Alzheimer's disease,
specifically in understanding
and controlling
amyloid
formation.
His
Alzheimer's program
has developed and
patented
several potent
new therapeutics for
Alzheimer's disease,
based upon
apomorphine.
Dr Callaway initiated the study of
protein domain dynamics
by
neutron spin echo
spectroscopy,
allowing the direct
observation
of protein
nanomachinery
in motion.
Protein dynamics
underlies long-range
allostery, which is
essential
for addressing human disease. It is also a cornerstone of
synthetic biology.
Earlier work of his involved the invention (with
Aneesur Rahman
) of the
microcanonical ensemble
approach
to
lattice gauge theory.
This introduction of molecular dynamics methods
significantly increased computational efficiency
in the numerical simulation of
quantum field theories.
Other
work
showed that
quantum triviality
provided new
constraints
on the
Higgs boson,
such as a bounded or
calculable
Higgs mass.
Professor Callaway later
published a well-cited
monograph
on the subject.
He has also shown a direct connection between
black hole entropy
and liquid surface tension. He also
reformulated the Laughlin model
of the fractional statistics
quantum
Hall effect
using random matrix theory, affording a connection
to geometric models of string theory, and showed that the
superconducting intermediate state
allowed a direct view of a quantum phase space.
In his ★copious★ free time, he sails the world and climbs its mountains.
Climbing in the
Alps,
Himalaya,
Karakoram,
assorted
greater ranges,
other adventures, and
other stuff.
Look at our lab
click
HERE!
★LOOK at my
research on Google Scholar,
research on ResearchGate,
research on Academia●edu,
research in high energy, nuclear, condensed matter and computational physics,
research in biological nanophysics,
research on Scopus,
research at CERN library,
research at INSPIRE-HEP,
profile on LinkedIn (go on, connect!),
profile
on
Wikipedia,
Google site web page,
profile on Facebook,
and my
laboratory web page.
A first look at
nanoscale
protein dynamics
HERE!
Biological
NanoPhysics
Their skillful utilization likely represents the future of medicine.
Our work clears significant hurdles to the use of this very important tool.
★ LOOK at our lab CLICK HERE!
★ SEE our Alzheimer's program HERE ....with my MILLION DOLLAR BABY!
Climbing in the Alps, Himalaya, Karakoram, assorted greater ranges, other adventures, and other stuff.
★ ★ ★ ★
Some climbing pix:
Climbing the Lhotse face of Everest
At
Everest Base Camp
with
Brian Blessed
and
Pasang Sherpa
Tour Ronde, near
Mont Blanc
See
my brief
TV
career
(
Eco Challenge
, the
event
that started reality TV!)
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The young
Rockefeller
professor
Next:
Drone flights to the summit of Mt Everest?
"Men wanted: for hazardous journey. Small wages, bitter cold, long months of complete darkness, constant danger, safe return doubtful. Honour and recognition in case of success." - Sir Ernest Shackleton, Times of London, December 1914
What next?
Gallery
