
Sign up to save your podcasts
Or


Modern physics is written in the language of equations. From Newton's Second Law to the field structure of Maxwell's Equations, and the curvature relations of Einstein Field Equations, physical law is traditionally expressed as symbolic equalities linking measurable quantities. These equations are treated as generative rules: given inputs, they produce outputs—positions, fields, energies, probabilities.
By Mark HgginsModern physics is written in the language of equations. From Newton's Second Law to the field structure of Maxwell's Equations, and the curvature relations of Einstein Field Equations, physical law is traditionally expressed as symbolic equalities linking measurable quantities. These equations are treated as generative rules: given inputs, they produce outputs—positions, fields, energies, probabilities.