Linked from

The 34 pages that link to Robert Hooke, each with the reason it gives.

• Isaac NewtonRelated: Hooke corresponded with Newton about orbital motion and the inverse-square force.

• Newton's law of universal gravitationRelated: His discussions of orbital attraction formed part of the historical debate preceding Newton's synthesis.

• Cell theoryRelated: His observations named the compartments that later became central to the theory.

• Newtonian gravityRelated: Hooke's ideas about orbital attraction formed part of the contemporary debate over planetary motion.

• Robert BoyleRelated: Hooke was Boyle’s close experimental collaborator and helped build the air pump.

• Cell biologyBroader topic: His naming of the cork compartments helped establish cells as objects of study.

• Christiaan HuygensCompared with: Hooke disputed aspects of Huygens’s priority and ideas in contemporary scientific debates.

• MicroscopyRelated: Micrographia made microscopic structures and images widely visible to European readers.

• Edmond HalleyRelated: Hooke’s claim to ideas about planetary attraction formed part of the priority dispute around gravitation.

• Philosophiæ Naturalis Principia MathematicaRelated: Their correspondence and later dispute formed part of the treatise’s intellectual background.

• Antonie van LeeuwenhoekCompared with: Hooke used compound microscopes and independently confirmed observations of microscopic organisms.

• MicroscopeRelated: His published images and descriptions made microscopic observation widely known.

• CellRelated: Hooke introduced the name after observing dead plant tissue through a microscope.

• Scientific instrumentRelated: His microscope observations demonstrated how instruments could disclose unfamiliar biological structures.

• Corpuscular theory of lightCompared with: Hooke disputed Newton’s interpretation of thin-film colors and favored periodic motion in light.

• Christopher WrenRelated: Hooke collaborated with Wren on the Monument and other post-fire projects.

• Johannes HeveliusCompared with: Hooke challenged Hevelius’s reliance on unaided sights in a famous dispute about precision.

• Christ Church, OxfordRelated: He studied at Christ Church before becoming a leading figure in the Royal Society.

• Air pumpRelated: Hooke helped construct and operate the pump used in Boyle’s gas experiments.

• AnemometerRelated: He designed an early mechanical anemometer in the seventeenth century.

• Marcello MalpighiRelated: Hooke’s microscopy helped establish the observational culture in which Malpighi worked.

• Newton's ringsRelated: His earlier observations of thin-film colors formed part of the experimental background to Newton's work.

• Westminster SchoolRelated: Hooke attended Westminster before studying at Oxford.

• Henry OldenburgRelated: Hooke’s experimental reports and disputes passed through the society Oldenburg helped administer.

• Optical telegraphRelated: His seventeenth-century signaling proposal anticipated later optical telegraph networks.

• Athanasius KircherCompared with: Hooke represents a more experimentally focused style of natural philosophy than Kircher’s encyclopedic synthesis.

• OpticksRelated: Hooke’s criticism of Newton’s early theory of color shaped their contentious exchange.

• Denis PapinRelated: Hooke and Papin exchanged ideas in London’s scientific circles about mechanical inventions.

• John AubreyRelated: Hooke was Aubrey’s friend and a prominent subject in his biographical notes.

• Nicolas StenoRelated: Hooke independently argued that fossils were remains of ancient organisms, a parallel to Steno’s work.

• Novum OrganumRelated: Hooke’s experimental practice exemplifies the investigative culture associated with Bacon’s methodological reform.

• Otto von GuerickeRelated: Hooke helped construct the improved air pump used in Boyle’s experiments inspired by Guericke’s work.

• Thomas TompionRelated: Hooke’s work on timekeeping and scientific instruments intersected with Tompion’s craft.

• Timeline of microscope technologyRelated: His published images popularized microscopic observation and named the cell.