Linked from

The 52 pages that link to Newtonian mechanics, each with the reason it gives.

• Isaac NewtonBroader topic: Newton’s laws made this framework a systematic account of motion.

• Albert EinsteinCompared with: It remains an accurate approximation at everyday speeds and weak gravitational fields, but not Einstein’s broader framework.

• Special relativityCompared with: Its laws use Galilean transformations, which fail at speeds near light speed.

• ForceNarrower topic: It supplies the familiar laws used to model most everyday forces.

• Hamiltonian mechanicsCompared with: It describes the same classical trajectories without canonical phase-space variables.

• AristotelianismCompared with: Its mathematical laws of motion challenged Aristotelian physics and its account of natural place.

• Lagrangian mechanicsCompared with: It derives trajectories from force balances rather than stationary action.

• Pierre-Simon LaplaceRelated: Laplace extended Newton’s laws into a mathematical account of the solar system.

• Joseph-Louis LagrangeNarrower topic: Lagrange reformulated classical motion without making forces the starting point.

• Aristotelian physicsCompared with: Newtonian laws replaced natural place and motion with a unified account of force and inertia.

• Escape velocityNarrower topic: The standard escape-velocity formula assumes Newtonian gravity and mechanics.

• Nicolaus CopernicusRelated: Newton’s framework later supplied a physical account of planetary motion in a heliocentric system.

• SpacetimeCompared with: It treats gravity as a force in fixed space and time rather than spacetime curvature.

• Light coneCompared with: Its instantaneous action permits influence beyond the finite-speed boundaries of light cones.

• Philosophiæ Naturalis Principia MathematicaNarrower topic: The treatise became the foundational presentation of this mechanics.

• Henri BergsonCompared with: Bergson contrasts measurable, uniform time with duration as experienced change.

• Ernst MachRelated: Mach’s historical and conceptual criticism focused especially on Newton’s accounts of space, time, and inertia.

• Galilean transformationNarrower topic: Galilean transformations express how its laws behave across inertial frames.

• InertiaNarrower topic: Inertia is a foundational principle within this broader mechanics framework.

• Euler equationsNarrower topic: The equations extend this framework from discrete bodies to continuous fluids.

• Cavendish experimentNarrower topic: The experiment made Newtonian gravitational theory testable with a laboratory apparatus.

• Émilie du ChâteletNarrower topic: Her translation helped make this framework accessible to French scholars.

• Imre LakatosRelated: It serves as a prominent example of a scientific research programme judged across changing theories.

• IncommensurabilityBroader topic: Its relation to relativity tests whether later theories preserve earlier concepts and standards.

• Mechanical philosophyBroader topic: It preserved mechanical laws while succeeding without a detailed contact mechanism for every force.

• D'Alembert's principleCompared with: It writes force balances directly, while D'Alembert's principle recasts them as virtual-work balances.

• Time dilationCompared with: Its universal time assumption omits the motion- and gravity-dependent clock rates found in relativity.

• Lorentz factorCompared with: Its momentum mv and kinetic energy formula omit the relativistic factor.

• Paradigm shiftRelated: Its rise reorganized explanations of motion and celestial mechanics.

• Fictitious forceNarrower topic: Fictitious forces are a bookkeeping device within its frame-based dynamics.

• Mach's principleCompared with: Its standard formulation permits inertial frames without deriving them from the universe's matter.

• Mary SomervilleRelated: Its mathematics became central to Somerville’s study and exposition of astronomy.

• Net forceNarrower topic: Net force is a central quantity in this framework's account of motion.

• Principle of relativityCompared with: Its Galilean transformations preserve mechanics but not the invariant speed of light.

• Spacewar!Related: Ship inertia made movement persist after thrust stopped.

• Analytical mechanicsCompared with: It derives trajectories from local force equations rather than variational structure.

• NaturphilosophieCompared with: Naturphilosophie resisted treating nature solely as a system of externally acting forces.

• Urbain Le VerrierNarrower topic: Le Verrier’s successful prediction demonstrated its reach across the solar system.

• Absolute space and timeNarrower topic: It is the broader physical framework in which absolute space and time operate.

• Deterministic systemBroader topic: For many well-behaved initial conditions, its equations yield uniquely determined motion.

• Aether theoriesRelated: Its absolute reference frame offered an analogy for the preferred frame sought in aether theories.

• Classical physicsBroader topic: It supplies the standard classical account of everyday motion and forces.

• Relativistic mechanicsCompared with: Its momentum and energy formulas approximate relativistic ones when speed is small compared with c.

• Theory of relativityCompared with: It approximates relativity at low speeds and weak gravitational fields.

• The Feynman Lectures on PhysicsRelated: Volume I develops mechanics through laws, conservation principles, and physical examples.

• Galilean invarianceRelated: Its equations provide the principal setting for Galilean invariance.

• History of physicsBroader topic: It unified terrestrial and celestial motion under a single mathematical account.

• John Theophilus DesaguliersRelated: His lectures and demonstrations made the mechanics developed by Newton accessible to nonspecialists.

• Roger Joseph BoscovichRelated: Boscovich reshaped Newtonian mechanics around distance-dependent forces between points.

• History of electromagnetic theoryCompared with: Its assumptions became difficult to reconcile with electromagnetic wave propagation at invariant speed.