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The 150 pages that link to Isaac Newton, each with the reason it gives.

• Giovanni Domenico CassiniCompared with: Newton’s prediction of an oblate Earth opposed the elongated model favored by Cassini’s measurements.

• Multinomial theoremRelated: Newton’s generalized binomial work helped establish broader power-expansion methods.

• OpticksRelated: Newton wrote and revised the treatise over decades before its publication.

• William WhewellBroader topic: Whewell treated Newton’s synthesis as a central example of scientific discovery.

• An Enquiry Concerning Human UnderstandingRelated: Hume sought a science of human nature modeled on the success of Newtonian inquiry.

• CambridgeRelated: His studies and early academic career were based at Cambridge.

• Classical physicsRelated: His synthesis became the central framework of classical mechanics.

• Guillaume de l’HôpitalCompared with: Newton’s competing calculus tradition differed from the Leibnizian framework presented by l’Hôpital.

• History of opticsRelated: His prism experiments and particle theory shaped optical debate for generations.

• Newton's identitiesRelated: The identities bear Newton's name and appeared in his work on equations.

• Orbit of the MoonRelated: His theory explained the Moon’s orbit as gravitational motion and enabled solar perturbation analysis.

• Daniel Gabriel FahrenheitRelated: Newton’s temperature scale was one of the systems Fahrenheit’s scale later displaced.

• Free particleRelated: Newton's laws made constant-velocity motion the defining behavior of a force-free particle.

• Jia XianCompared with: The later Newtonian name attached to related root algorithms contrasts with Jia Xian's earlier work.

• Leibniz integral ruleCompared with: Newton’s fluxional approach offers a historical contrast to Leibniz’s differential notation.

• SocinianismRelated: Newton privately rejected the Trinity and encountered ideas circulating in Socinian debates.

• Brachistochrone curveRelated: He solved the challenge anonymously in 1697, reportedly identifying himself through the solution.

• Charles Marie de La CondamineRelated: Newton predicted that rotation would make Earth wider at the equator, prompting a decisive measurement.

• John WallisRelated: Newton credited Wallis’s mathematical work as an influence on his own methods.

• Novum OrganumRelated: Newton’s experimental philosophy inherited Baconian emphases while combining them with mathematical theory.

• Philosopher’s stoneRelated: Newton’s alchemical manuscripts show that the stone remained a serious object of study in early modern Europe.

• PhysicistBroader topic: His mechanics became a foundation for describing motion and forces.

• Seki TakakazuCompared with: Newton’s contemporary work arose in a different mathematical culture, inviting comparison without implying direct exchange.

• Visible-light astronomyRelated: His reflecting telescope design addressed chromatic aberration in refracting instruments.

• 17th centuryRelated: The Principia made a landmark synthesis of the century’s mathematical natural philosophy.

• Bernhardus VareniusRelated: Newton edited and expanded a Latin edition of Varenius’s book, helping extend its influence.

• Brook TaylorRelated: Taylor worked within the Newtonian mathematical tradition.

• Constance TipperRelated: Tipper became the first woman elected a fellow of Trinity College, Cambridge, the college associated with Newton.

• Fagnano's problemRelated: Newton's reflection-based geometric methods form part of the tradition used to explain the result.

• History of classical mechanicsBroader topic: His synthesis established the framework that dominated classical mechanics for centuries.

• History of physicsRelated: His synthesis became the dominant framework for mechanics and astronomy.

• John Theophilus DesaguliersRelated: Desaguliers publicly explained Newtonian natural philosophy and helped carry Newton’s ideas to wider audiences.

• Jurin's lawRelated: Jurin's capillary research developed amid Newton's influential account of fluid cohesion.

• Matter (philosophy)Related: Newtonian mechanics gave renewed prominence to material bodies, motion, and forces.

• Nicolas FlamelRelated: Newton’s alchemical papers show how seriously early modern scholars treated texts associated with Flamel.

• Roger Joseph BoscovichCompared with: Boscovich drew on Newtonian mechanics while proposing a different foundation for matter.

• Theoretical mechanicsRelated: His laws established the central force-based framework of classical mechanics.

• Francesco AlgarottiRelated: Newton’s physics was the central body of knowledge Algarotti sought to popularize.

• History of geophysicsRelated: His theory of gravity made Earth’s shape and internal density quantitative problems.

• History of the telescopeRelated: His 1668 reflector addressed color distortion in lens-based telescopes.

• Human visionRelated: Established that color lies in light, not in objects or the eye.

• Johann Wilhelm RitterNarrower topic: Newton’s account of prismatic color supplied the framework Ritter extended beyond visible light.

• Modern era (history)Related: His synthesis became a model of systematic scientific explanation.

• Newton's theorem of revolving orbitsRelated: Newton stated the revolving-orbit result in his mechanics.

• Physical geodesyRelated: His rotating-Earth theory predicted polar flattening and made Earth’s figure a physical problem.

• Science in the EnlightenmentRelated: Newtonian physics became a model for explaining nature through mathematical laws.

• Series expansionRelated: Newton used infinite series extensively in early calculus and mathematical physics.

• Stephen GrayRelated: Newton supported Gray’s admission to the Royal Society, recognizing his experimental contributions.

• Theory of tidesRelated: Newton used gravitation to explain the Moon’s and Sun’s influence on tides.

• Timeline of cosmological theoriesRelated: His laws supported a mechanically unified conception of the heavens and Earth.