Linked from

The 88 pages that link to Galileo Galilei, each with the reason it gives.

• Isaac NewtonRelated: Newton built on Galileo’s account of motion and his mathematical approach to nature.

• Newton's laws of motionRelated: His work on inertia and acceleration preceded Newton's synthesis.

• Classical mechanicsRelated: His studies of falling bodies and inertia helped prepare mechanics for Newton.

• MassRelated: His investigations of falling bodies challenged accounts based on heaviness alone.

• PtolemyRelated: His observations, including the phases of Venus, undermined key features of the traditional Ptolemaic arrangement.

• Johannes KeplerRelated: Kepler and Galileo exchanged ideas while arguing for a Sun-centered cosmos.

• GravityRelated: His work on falling bodies challenged inherited accounts of terrestrial motion.

• Frame of referenceRelated: His ship argument illustrated why uniform motion cannot be detected by experiments confined to a frame.

• Ptolemaic systemRelated: His observations of Venus and Jupiter challenged key expectations of traditional geocentrism.

• ArchimedesRelated: Galileo treated Archimedes as a model for mathematical analysis of physical problems.

• NeptuneRelated: His observations predated Neptune’s official discovery but did not identify its planetary motion.

• Newton's second lawRelated: His work on acceleration and inertia helped shape the framework Newton extended.

• Nicolaus CopernicusRelated: His later discoveries supplied evidence for a cosmology Copernicus had advanced mathematically.

• PendulumRelated: His observations of swinging lamps helped inspire investigations of pendulum timing.

• EuropaRelated: He first observed Europa in 1610, alongside Jupiter’s three other largest moons.

• AstronomyRelated: His observations made telescopes central to evidence-based astronomy.

• HeliocentrismRelated: His observations of Venus and Jupiter’s moons supported a cosmos not centered on Earth.

• Copernican heliocentrismRelated: His observations of Venus and Jupiter’s moons strengthened arguments against strict geocentrism.

• Philosophiæ Naturalis Principia MathematicaRelated: Newton’s mechanics builds on problems Galileo made central to the study of motion.

• Archimedes' principleRelated: His early work on floating bodies challenged explanations based on shape alone.

• Artemisia GentileschiRelated: Their correspondence connects her to the intellectual networks surrounding the Medici court.

• MicroscopeRelated: His microscope work helped bring the instrument into scientific use.

• Natural philosophyRelated: His observations and experiments exposed tensions between established cosmology and new evidence.

• Pendulum clockRelated: His investigations supplied ideas that preceded the practical pendulum clock.

• Roman InquisitionRelated: His prosecution became the tribunal’s most famous case in later debates about science and religion.

• GeocentrismRelated: His observations supplied evidence that challenged established geocentric interpretations.

• Galileo (spacecraft)Related: The spacecraft was named for the astronomer whose observations first established moons orbiting Jupiter.

• Refracting telescopeRelated: He built and used refracting telescopes for influential astronomical observations.

• Scientific instrumentRelated: His use of the telescope made instrument-based observation central to disputes about the heavens.

• Thought experimentRelated: His imagined cases helped make thought experiments tools for testing physical principles.

• Copernican RevolutionRelated: His advocacy brought the dispute into conflict with Catholic authorities.

• Deferent and epicycleRelated: His observations of Venus’s phases and Jupiter’s moons weakened key arguments for a Ptolemaic cosmos.

• Galilean moonsRelated: He observed the moons in January 1610 and published the discovery in Sidereus Nuncius.

• History of astronomyRelated: His observations challenged influential claims about perfect heavens and Earth-centered motion.

• De revolutionibus orbium coelestiumRelated: His later advocacy turned the Copernican arrangement into a public controversy.

• Index Librorum ProhibitorumRelated: His works were prohibited after the church condemned heliocentrism in 1616.

• Marin MersenneRelated: Mersenne engaged with Galileo’s discoveries and helped communicate them beyond Italy.

• Optical telescopeRelated: His early observations demonstrated the telescope’s power to investigate the heavens.

• PhysicsRelated: His work helped establish measurement and experiment as tools for studying motion.

• Pierre GassendiRelated: Gassendi supported Galileo and helped defend the new mathematical study of nature.

• BinocularsRelated: His telescope design established an early approach to compact terrestrial viewing.

• LibrationRelated: Galileo described the Moon’s apparent oscillations in his early telescopic observations.

• Optical astronomyRelated: His telescope observations of the Moon, Jupiter, and Venus established telescopic astronomy as a powerful method.

• Kepler's third lawRelated: Kepler's mathematical planetary astronomy helped establish the framework Galileo's mechanics later strengthened.

• Natural scienceRelated: His work exemplified the combination of measurement, experiment, and mathematical explanation.

• PaduaRelated: His Padua years were a formative period in his scientific work and teaching.

• PisaRelated: Pisa was Galileo’s birthplace and an early setting for his studies.

• Evangelista TorricelliRelated: Torricelli served as Galileo’s assistant during the final months of Galileo’s life.

• Hans LippersheyRelated: News of the Dutch instrument prompted Galileo to build improved telescopes in 1609.

• Newton's first lawRelated: Galileo's work on inertia and idealized motion helped prepare the ground for Newton's law.