wave function
Probability amplitude description
A wave function is a mathematical description of a quantum system, encoding all possible states a particle or system can occupy.
In quantum mechanics, it doesn't predict definite outcomes but gives probability amplitudes—the likelihood of finding a particle in a particular position or state when measured.
The wave function collapsed when we observed the electron.
The concept challenges classical intuitions: before measurement, particles exist in superpositions described by the wave function rather than definite locations.
Governs quantum state evolution
- psi23rd Greek letter
- superpositionCoexisting in multiple states
- eigenstateOperator-invariant quantum state
- collapseSudden structural failure
normalization · quantum tunneling · entanglement · decoherence · coherence · interference · Heisenberg uncertainty principle · observable
Numbers containing imaginary components
- differential equationEquation containing derivatives
- partial derivativeDifferentiation fixing other variables
- eigenvalueScalar satisfying determinant equation
- operatorOne who works machinery
linear algebra · integral · norm · boundary conditions · orthogonal · solution · continuous · phase
State of being unsure
- distributionAllocation across recipients
- Copenhagen interpretationStandard quantum measurement theory
- randomnessLack of predictable pattern
- varianceSpread around the mean
likelihood · prediction · determinism · indeterminacy · stochastic
Schrödinger equation
Governs quantum state evolution
- psi23rd Greek letter
- superpositionCoexisting in multiple states
- eigenstateOperator-invariant quantum state
collapse · normalization · quantum tunneling · entanglement · decoherence · coherence · interference · Heisenberg uncertainty principle · observable · measurement
complex numbers
Numbers containing imaginary components
- differential equationEquation containing derivatives
- partial derivativeDifferentiation fixing other variables
- eigenvalueScalar satisfying determinant equation
operator · linear algebra · integral · norm · boundary conditions · orthogonal · solution · continuous · phase
uncertainty
State of being unsure
- distributionAllocation across recipients
- Copenhagen interpretationStandard quantum measurement theory
- randomnessLack of predictable pattern
variance · likelihood · prediction · determinism · indeterminacy · stochastic
- Relativistic Quantumantimatter, antiparticle, antiparticles, positron, chirality
- physicsphysics, momentum, atom, acceleration, gravity
- waveswavelength, ripples, wavefront, surf, waveform
- atomic physicsatom, atoms, atomic nucleus, electron, atomic number
- atomic scienceatom, electron, proton, neutron, nucleus
- chemistryatom, atoms, organic chemistry, molecule, chemistry
wave, function, waves, waving, waver, waved, functional, unwavering, functioning