Anthony J Leggett

1964 …2019
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Fingerprint Dive into the research topics where Anthony J Leggett is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

Engineering

quantum mechanics
superconductivity
nucleation
invariance

Chemistry and Materials

cuprates
liquids
Bose-Einstein condensates
Fermi liquids
gases
condensates
alkalies

General

condensation
bells
interactions
dissipation
superfluidity
condensed matter physics
formalism
paradoxes
energy
Josephson effect
vortices
spin dynamics
lectures
crossovers
phase coherence
BCS theory
interference
predictions
two fluid models
liquid phases
sum rules
low temperature physics
metals
penetration

Physics

nuclear magnetic resonance
physics
wave functions
atoms
high temperature superconductors
echoes
temperature
orbitals
oscillations
elementary particles
ground state
fermions

Mathematical and Computer Sciences

symmetry

Aerospace Sciences

orbits

Life Sciences

cats

Engineering & Materials Science

Superconductivity
Liquids
Fermi liquids
Quantum theory
Nuclear magnetic resonance
Experiments
High temperature superconductors
Physics
Temperature
Condensation
Superconducting materials
Wave functions
Phase transitions
Ballistics
Nucleation
Superconducting transition temperature
Specific heat
Fermions
SQUIDs
Orbits
Superfluid helium
Invariance
Ultrasonics
Electron energy loss spectroscopy
Cryogenics
Low temperature properties
Free energy
Glass
Vortex flow
Fermi surface
Gases
Acoustic waves
Defects
Paramagnetic resonance
Vorticity
Helium
Electrons
Thermal conductivity
Magnetic fields
Mechanics
Nuclear properties
Textures
Quantum optics
Fluxes
Cooling
Infrared radiation
Optical conductivity
Spin dynamics
Hydrodynamics
Oxide superconductors

Chemical Compounds

Superconductivity
Quantum theory
Liquids
Experiments
Fermi liquids
High temperature superconductors
Temperature
Physics
Nuclear magnetic resonance
Condensation
Superconducting materials
Phase transitions
Nucleation
Superfluid helium
Specific heat
Fermions
Wave functions
Gases
SQUIDs
Helium
Ultrasonics
Electron energy loss spectroscopy
Low temperature properties
Fluxes
Free energy
Alkalies
Glass
Vortex flow
Fermi surface
Acoustic waves
Defects
Ballistics
Electrons
Invariance
Vorticity
Cryogenics
Thermal conductivity
Orbits
Textures
Quantum optics
Cooling
Infrared radiation
Optical conductivity
Spin dynamics
Hydrodynamics
Oxide superconductors
Demagnetization
Wavelength
Mean field theory
Molecules