Linked from

The 17 pages that link to Pendulum clock, each with the reason it gives.

• Atomic clockCompared with: Its macroscopic oscillator illustrates why atomic references resist environmental drift more effectively.

• Robert HookeRelated: Hooke investigated ways to improve timekeeping and proposed a spring-regulated watch.

• PendulumBroader topic: Its development marked the pendulum’s most consequential early practical use.

• Christiaan HuygensBroader topic: Huygens designed the first practical pendulum clock in 1656.

• MetreCompared with: Early proposals tied length to pendulum motion, unlike today's light-based definition.

• Mechanical clockBroader topic: Its pendulum provides a clear example of an oscillator governing the escapement.

• Foucault pendulumCompared with: Unlike a clock pendulum, the Foucault pendulum is designed to reveal changing orientation, not keep time.

• Quartz clockCompared with: Its timebase is a gravity-driven mechanical oscillator, unlike quartz’s electrical resonance.

• EscapementBroader topic: Its pendulum and escapement form the classic example of regulator-controlled release.

• ClockBroader topic: Its pendulum provides a near-regular cycle that made accurate clocks practical.

• Simple pendulumBroader topic: It applies the pendulum’s nearly stable period to divide time into intervals.

• Clock towersRelated: Many historic tower clocks use pendulums as their timekeeping regulators.

• History of measurementRelated: Pendulum clocks improved time measurement and supported precise astronomical observation.

• History of timekeeping devicesBroader topic: Pendulum regulation sharply improved the accuracy of mechanical timekeeping.

• Charles-Édouard GuillaumeRelated: Invar rods reduce temperature-driven changes in pendulum length and clock rate.

• ChronometryBroader topic: Its swinging pendulum illustrates how a mechanical cycle can regulate time measurement.

• Thomas TompionBroader topic: Pendulum regulation underpinned many of Tompion’s most accurate clocks.