Linked from

The 14 pages that link to Natural units, each with the reason it gives.

• Dimensionless quantityCompared with: Setting a constant to one changes unit conventions; it does not make every quantity dimensionless.

• Reduced Planck constantCompared with: Some conventions set ℏ to one, hiding its scale in numerical values.

• Fine-structure constantRelated: In natural units, the electromagnetic coupling is expressed directly through the electric charge.

• ElectronvoltRelated: Natural units make energy values in electronvolts numerically comparable to mass and inverse-length quantities.

• Planck unitsNarrower topic: Planck units are one specific system within this broader approach.

• Coherent system of unitsCompared with: Unlike coherence alone, this convention deliberately absorbs constants into unit definitions.

• International System of QuantitiesCompared with: Natural units alter unit conventions without changing the ISQ quantities or their relationships.

• Atomic unitsNarrower topic: Atomic units are a specialized natural-unit system tailored to atomic physics.

• History of measurementCompared with: They contrast with historical standards tied to bodies, objects, or local authorities.

• Astronomical system of unitsCompared with: They simplify fundamental physics rather than targeting solar-system scales.

• Geometrized unit systemNarrower topic: Geometrized units are a natural-unit system especially suited to gravity and spacetime.

• Heaviside–Lorentz unitsNarrower topic: Heaviside–Lorentz conventions are often combined with natural units in relativistic field theory.

• MKS unitsCompared with: Unlike MKS, natural units suppress explicit measurement units by fixing constants.

• System of units of measurementCompared with: They simplify theoretical equations by replacing conventional base units with constants.