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The Francis
Bitter Magnet
Laboratory
is one of
the world’s
leading laboratories
in the application
of high magnetic
fields to
magnetic resonance
and offers
exciting research
opportunities
in several
areas. Prominent
among these
are solid
state NMR
spectroscopy,
imaging, NMR
microscopy,
quantum computing,
high frequency
EPR, gyrotron
technology,
condensed
matter physics
(semiconductors,
superconductivity,
liquid crystals)
and high-temperature
superconducting
magnet technology.
The Laboratory
is also a
world leader
in the investigation
of the quantum
effects and
other phenomena
in atomically
tailored materials
(magnetic,
superconducting
and semiconducting
films) at
nanoscale
with a view
to understand
the physics
and materials
aspect down
to atomic
level as well
as with high
potential
for future
digital storage
application.
Safety: All
Laboratory
personnel,
including
students,
are briefed
on safety
requirements
and practices,
and must sign
a form stating
that they
have been
briefed on
safety and
occupational
hazards and
responsibilities
associated
with the Laboratory
and his/her
group, and
proposed program
of work.
Further
Information: See
the “Awards & Funds” section
for funding
that may
pertain
to your
research.
- Prof.
David
G. Cory,
Department
of Nuclear
Engineering,
NW14-2217,
x3-5404, dcory@mit.edu
Prof.
Robert
G. Griffin,
Department
of Chemistry,
NW14-3220,
x3-5597, griffin@ccnmr@mit.edu
- Solid
state nuclear
magnetic
resonance
(NMR) and
high frequency
electron
paramagnetic
resonance
(EPR) methods
and applications
to problems
of biological
interest
--- membrane
protein
structures,
structures
of amyloid
proteins.
Dr.
Jagadeesh
S. Moodera,
FBML,
NW14-3102,
x3-5423, moodera@mit.edu- Quantum
phenomena
at nanoscale,
spin tunneling,
materials
physics,
semiconductor
phase change
related
work, superconductivity.
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