CST Pendulum and Clock Oscillator Simulator

Live browser-time demonstration for the Interstellar Star Clock portal: pendulum rhythm, Earth rotation, sundial reference, quartz oscillator, atomic-clock reference, and CST-style oscillator comparison.

Live Clock Dials

Local Time Browser
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Civil time from this device
UTC Time Earth Reference
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Coordinated Universal Time
Atomic Reference Cesium
9,192,631,770 Hz
One second defined by Cs-133 cycles
CST Sync Clock Model
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Model display: UTC plus adjustable correction

Foucault Pendulum and Rotating Earth RUNNING

The pendulum swing plane is treated as stable while the ground reference rotates below it, showing the same idea behind Foucault's Earth-rotation demonstration.
Earth Rotation Reference
Earth rotates once per sidereal day. The visual is accelerated so the motion can be seen in real time.

Oscillator Data Panel

Earth Rotation Cycle24 h solar / 23 h 56 m sidereal
Pendulum Period2.01 s
Quartz Watch Oscillation32,768 Hz
Atomic Clock Oscillation9,192,631,770 Hz
Current Unix Time--
CST Correction+0.750 s
Foucault Floor Rotation0.00°
RH/Zeta Demo Phase0.000

Scale of Oscillations

Earth
1/day
Pendulum
0.498 Hz
Quartz
32.768 kHz
Atomic
9.19 GHz
Zeta Demo
Model
Earth: slow planetary oscillator Pendulum: gravity oscillator Quartz: crystal oscillator Atomic: quantum oscillator

Live Wave / Phase Monitor

Pendulum Phase0.000
Earth Phase0.000
Atomic Counter Demo0

CST / RH-Zeta Interpretation Panel

Core IdeaCompare oscillators by phase
Human ScalePendulum swing
Planetary ScaleEarth rotation
Quantum ScaleAtomic transition
Mathematical ScaleZeta wave model
Synchronization GoalAlign cycle, phase, and drift

This simulator does not prove RH or a physical CST field. It shows the shared timing concept: clocks become useful when regular oscillations can be counted, compared, corrected, and synchronized across scales.