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Fingerprint Dive into the research topics where Smitha Vishveshwara is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

Physics

fermions
physics
bosons
ground state
electrons
dynamic characteristics
wave functions
oscillations

Engineering

carbon nanotubes
signatures
nanotubes
traps
quantum dots
bunching
sinks

General

insulators
parity
vortices
critical point
phase diagrams
ladders
interactions
quenching
Josephson junctions
sectors
saddles
periodic variations
Josephson effect
probes
energy
hollow
fluids
rings
tunnel junctions
magnetization
interference
defects
estimates
spherical shells
exclusion
thermal radiation

Mathematical and Computer Sciences

statistics
symmetry
correlators

Chemistry and Materials

condensates
wire
liquids
Bose-Einstein condensates

Aerospace Sciences

magnetic fields

Life Sciences

disorders

Engineering & Materials Science

Superconducting materials
Fermions
Physics
Carbon nanotubes
Superconducting wire
Ground state
Liquids
Vortex flow
Chemical potential
Magnetic fields
Spin density waves
Magnetization
Bosons
Nanotubes
Wire
Momentum
Electrons
Phase diagrams
Semiconductor quantum dots
Statistics
Scattering
Hamiltonians
Defects
Quantum optics
Optical lattices
Fokker Planck equation
Wave functions
Tunnel junctions
Lead
Scaling laws
Quenching
Time varying systems
Electric fields
Ladders
Heat radiation
Electric potential
Electric currents
Phase transitions
Laser modes
Band structure
Magnets
Single-walled carbon nanotubes (SWCN)
Superconductivity
Thermal conductivity
Temperature
Impurities
Torque
Spin Hall effect
Hydrodynamics
Electron energy levels

Chemical Compounds

Superconducting materials
Fermions
Carbon Nanotubes
Physics
Superconducting wire
Liquids
Vortex flow
Chemical potential
Ground state
Magnetic fields
Spin density waves
Magnetization
Nanotubes
Wire
Momentum
Electrons
Semiconductor quantum dots
Statistics
Scattering
Hamiltonians
Defects
Quantum optics
Fokker Planck equation
Bosons
Wave functions
Tunnel junctions
Scaling laws
Quenching
Metals
Time varying systems
Electric fields
Ladders
Heat radiation
Electric potential
Electric currents
Laser modes
Band structure
Magnets
Single-walled carbon nanotubes (SWCN)
Superconductivity
Thermal conductivity
Temperature
Impurities
Phase diagrams
Torque
Phase transitions
Spin Hall effect
Hydrodynamics
Electron energy levels
Tuning