A steady state is a state whose observable description is independent of time. In a transport problem it can sustain nonzero fluxes even though local fields remain time independent.
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- Double heterostructure laser
- Electrical impedance
- Electrical reactance
- Fourier's law
- Fourth-power thermal boundary model
- Glucose clamp technique
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- Maser oscillation threshold
- Material conservation of cross-helicity density
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- Morphogen response threshold
- Passive dendritic cable
- Passive membrane response in current clamp
- Passive spatial and conductance integration
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- Steady states of an affine Bloch equation
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- Synaptic potential
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- Thermal conduction
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- Thermal equilibrium
- Thermodynamic equilibrium
- Thermometer
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The term "steady state" is used in various fields such as physics, engineering, biology, economics, and more, and it generally refers to a condition in which variables within a system remain constant over time despite ongoing processes or changes in other conditions.