Angular frequency measures phase advance per unit time. For x(t)=Acos(ωt+φ) it is ω=2π/T, where T is the period.
Ancestors (6)
Incoming links (475)
- Absolute frequency
- Acoustic waveguide cutoff
- Aliasing of discrete Fourier modes
- Alternating current
- Amplitude modulation
- Amplitude modulation sidebands
- Ångström method with linear heat loss
- Ångström periodic heating method
- Angular-frequency Einstein coefficients
- Angular-frequency Planck energy density
- Arcsine distribution from a uniform angle
- Atomic clock frequency shifts
- Bloch equations
- Bode plot
- Bose condensation in a three-dimensional harmonic trap
- Boundary-forced internal gravity wave
- Calibrated Einstein-de Haas torsion response
- Cavendish torsion balance
- Cherenkov cone angle
- Cherenkov radiation
- Collisional phase relaxation and Lorentzian linewidth
- Complex conductivity
- Complex permittivity
- Continuous-time frequency response
- Controls and limitations of a Foucault pendulum
- Counterpropagating saturation resonance
- Coupled resonant circuit model
- Coupled torsional pendulums
- Critical damping
- Crossover resonance
- Cutoff angular frequency
- Cyclotron resonance condition
- Damped pendulum
- Damping
- Damping ratio
- de Broglie hypothesis
- de Broglie phase harmony
- Delay stability of proportional integrator control
- Diagonalizable matrix
- Diatomic bond stretch
- Dielectric loss
- Dispersion diagram
- Dispersion relation
- Displacement and current bandwidths of a series RLC circuit
- Doppler cooling
- Doppler cooling force
- Driven two-level Rabi model
- Drude frequency response
- Dulong-Petit law
- Dynamical matrix
- Dynamic structure factor
- Eigenfrequency
- Eikonal function
- Einstein solid
- Elastic pendulum
- Electrical impedance
- Electric-dipole approximation for radiation
- Electromagnetic waveguide
- Energy transfer after an impulse in two weakly coupled oscillators
- Equal-endpoint Euclidean oscillator path
- Equal-frequency light between equal-speed inertial observers
- Equal-ratio RC bridge
- Equipartition theorem
- Exceptional root of the mixed Rossby-gravity mode
- Extraordinary wave
- Finite-pulse Ramsey transition probability
- Finite-window lock-in response
- First-to-zero-sound crossover
- Fizeau experiment worked example
- Force constant matrix
- Forced Eady edge wave
- Force-driven vibration isolation
- Fourier analysis
- Fourier mode
- Fourier series
- Four-wavevector
- Free-particle momentum convention
- Free-running circadian rhythm
- Free two-mass spring
- Frequency
- Frequency bandwidth of viscous oscillator power absorption
- Frequency domain
- Frequency interlacing for two spring-coupled equal masses
- Frequency modulation
- Frequency ratio
- Front velocity
- Gain-bandwidth product
- Gaussian beam
- Gaussian variational energy for the harmonic oscillator
- Gravity-capillary wave
- Gravity-restored centrifugal governor bifurcation
- Group delay dispersion
- Group velocity dispersion
- Gyrocompass oscillation
- Half-wave rectifier
- Harmonic approximation
- Harmonic potential
- HCl and DCl harmonic stretch comparison
- Heisenberg uncertainty relation
- Hoop with a suspended counterweight
- Hopf bifurcation
- Hopf normal form
- Horizon frequency comparison
- Inertial-wave dispersion relation
- Interference (wave propagation)
- Internal energy of an ideal gas
- Internal-wave transmission across a stratification step
- Isotropic harmonic oscillator
- Isotropic zero-sound model
- Klein-Gordon packet velocities
- Lamb-Mössbauer factor
- Larmor frequency
- Laser detuning
- Laser-diffraction measurement of capillary waves
- LC circuit
- Lennard-Jones chain sound speed
- LIGO differential strain measurement
- Lock-in quadratures
- Long-wavelength inference of diatomic-chain parameters
- Lorentz force
- Lorentz invariance of plane-wave phase
- Lossy parallel coil resonance
- Magnetomechanical angular momentum balance
- Magnetron motion
- Mass change in a viscously damped spring oscillator
- Middle-mass-independent mode of a fixed three-mass spring chain
- Midpoint correction for two quadratic-dispersion waves
- Monochromatic wave
- Motional sideband
- Natural frequency
- Natural linewidth
- Newtonian binary chirp
- Nonlinear optical susceptibility
- Normal mode
- Normal-mode energy exchange
- Normal modes of a double pendulum
- Normal modes of an anchored complete spring graph
- Normal modes of a rigid beam on two end springs
- Normal modes of a spring-mounted pendulum cart
- Normal modes of three beads connected by springs on a circular hoop
- Normal modes of two arc-spring-coupled beads on a hoop
- Nyquist–Shannon sampling theorem
- Octave tuning in a two-mass complete spring graph
- Open-loop gain
- Optical path length
- Oscillator parameters from static and resonant displacement
- Oscillatory convection
- Oscillatory neutral curve of rotating convection
- Parallel LC circuit
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- Paul trap Mathieu parameters
- Paul trap micromotion
- Paul trap secular motion
- Paul trap secular-motion example
- Penning trap normal modes
- Periodic function
- Phase conjugation
- Phase matching
- Phase matching for a quadratic wave interaction
- Phase velocity
- Phasor
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- Photon energy
- Plane electromagnetic wave
- Poincaré-Lindstedt method
- Polarization-resolved broadband absorption
- Polarization (waves)
- Power broadening
- Power spectral density
- Quadratic wave interaction
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- Quantum harmonic oscillator
- Qubit precession under a constant Hamiltonian
- Rabi detuning
- Rabi transit-time and field averaging
- Radial frequency in a power-law central potential
- Radial spring oscillator on a rotating guide
- Radiation damping of a harmonically oscillating charge
- Radiation energy density
- Ramsey interferometry
- Rayleigh scattering by a small sphere
- RC low-pass frequency response
- Reactance phase convention
- Rectangular membrane normal mode
- Reflection of a string wave from a freely moving endpoint mass
- Refractive index
- Release of a double pendulum into both normal modes
- Representation theory
- Resistor-referenced parallel-resonator response
- Resolved sideband cooling
- Resonant series RLC response
- RF-averaged trapping potential
- Right-triangle geometry of internal-wave velocities
- Rim-mass pulley coupled to a hanging mass
- Ringdown
- RL low-pass filter
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- Rotational line spacing and diatomic bond length
- Rüchardt experiment
- Semidiscrete fixed-string normal mode
- Series and parallel spring stiffness
- Series RC impedance
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- Shot noise spectral convention
- Simple harmonic motion
- Sinusoidal-stage optical trap calibration
- Slew rate
- Slowness
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- Small oscillations of a disk attached to prestretched radial springs
- Spatial damping of a driven Alfvén wave
- Spectral phase in pulse compression
- Spring constant
- Spring-mounted rolling cylinder
- Spring-supported pendulum normal modes
- Standing wave
- Stationary middle mass in a three-mass spring chain
- Steady periodic thermal state
- Sum-frequency generation
- Supercritical Hopf bifurcation
- Symmetric exponential excitation pulse
- Temporal optical coherence
- Thermal filtering of daily and annual temperature oscillations
- Thermal noise spectral convention
- Thin phase-plate cancellation by phase conjugation
- Third-order dispersion
- Three-dimensional parabolic interband joint density of states
- Three-wave mixing
- Time-independent Schrödinger equation
- Torsion pendulum
- Transition frequencies and matrix multiplication
- Trapped-electron spin-jump readout
- Trapped-ion internal and motional states
- Two-dimensional oscillator level ordering
- Two-level saturation population model
- Two-mass three-spring normal modes
- Underdamped RLC response
- Underdamping
- Vacuum frequency-wavelength relation
- Vertical modes of a horizontally constrained suspended bar
- Vertical oscillations of a floating cylinder
- Vibrating-sample magnetometer
- Viscous penetration depth
- Wave action (fluid dynamics)
- Wave conservation equation
- Wave equation on a string
- Wavefront
- Wavelength
- Wavenumber
- Wavenumber selection in rotating convection
- Waveplate retardance detuning
- Weak-field Zeeman splitting
- Wien bridge
- Zeeman slower resonance tracking
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Angular frequency, often denoted by the Greek letter omega (\(\omega\)), is a measure of how rapidly an object oscillates or rotates in a periodic motion. It is defined as the rate of change of the angular displacement with respect to time, and it is commonly used in physics and engineering to describe systems that exhibit harmonic motion.