#foucaultpendulum — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #foucaultpendulum, aggregated by home.social.
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Measure the Earth’s Rotation Victorian Style
https://web.brid.gy/r/https://hackaday.com/2026/05/13/measure-the-earths-rotation-victorian-style/
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Measure the Earth’s Rotation Victorian Style
https://fed.brid.gy/r/https://hackaday.com/2026/05/13/measure-the-earths-rotation-victorian-style/
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Measure the Earth’s Rotation Victorian Style
https://web.brid.gy/r/https://hackaday.com/2026/05/13/measure-the-earths-rotation-victorian-style/
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Measure the Earth’s Rotation Victorian Style
https://fed.brid.gy/r/https://hackaday.com/2026/05/13/measure-the-earths-rotation-victorian-style/
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Measure the Earth’s Rotation Victorian Style
https://web.brid.gy/r/https://hackaday.com/2026/05/13/measure-the-earths-rotation-victorian-style/
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Debugging a Stopped Foucault Pendulum’s Electronics
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Debugging a Stopped Foucault Pendulum’s Electronics
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`The Lense-Thirring effect, a prediction of general relativity, implies that massive rotating objects like Earth can slightly "drag" spacetime, which could affect the pendulum's oscillation. This effect, though theoretically significant, is currently too small to measure with a Foucault pendulum.`
https://en.wikipedia.org/wiki/Foucault_pendulum#Absolute_reference_frame_for_pendulum
#physics #Foucault #pendulum #FoucaultPendulum #Earth #rotation #relativity #generalRelativity #Einstein
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`The Lense-Thirring effect, a prediction of general relativity, implies that massive rotating objects like Earth can slightly "drag" spacetime, which could affect the pendulum's oscillation. This effect, though theoretically significant, is currently too small to measure with a Foucault pendulum.`
https://en.wikipedia.org/wiki/Foucault_pendulum#Absolute_reference_frame_for_pendulum
#physics #Foucault #pendulum #FoucaultPendulum #Earth #rotation #relativity #generalRelativity #Einstein
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`The Lense-Thirring effect, a prediction of general relativity, implies that massive rotating objects like Earth can slightly "drag" spacetime, which could affect the pendulum's oscillation. This effect, though theoretically significant, is currently too small to measure with a Foucault pendulum.`
https://en.wikipedia.org/wiki/Foucault_pendulum#Absolute_reference_frame_for_pendulum
#physics #Foucault #pendulum #FoucaultPendulum #Earth #rotation #relativity #generalRelativity #Einstein
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`The Lense-Thirring effect, a prediction of general relativity, implies that massive rotating objects like Earth can slightly "drag" spacetime, which could affect the pendulum's oscillation. This effect, though theoretically significant, is currently too small to measure with a Foucault pendulum.`
https://en.wikipedia.org/wiki/Foucault_pendulum#Absolute_reference_frame_for_pendulum
#physics #Foucault #pendulum #FoucaultPendulum #Earth #rotation #relativity #generalRelativity #Einstein
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`The Lense-Thirring effect, a prediction of general relativity, implies that massive rotating objects like Earth can slightly "drag" spacetime, which could affect the pendulum's oscillation. This effect, though theoretically significant, is currently too small to measure with a Foucault pendulum.`
https://en.wikipedia.org/wiki/Foucault_pendulum#Absolute_reference_frame_for_pendulum
#physics #Foucault #pendulum #FoucaultPendulum #Earth #rotation #relativity #generalRelativity #Einstein
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A #Foucault #pendulum in Fortress Explorations at #Tokyo #Disneysea
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A #Foucault #pendulum in Fortress Explorations at #Tokyo #Disneysea
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A #Foucault #pendulum in Fortress Explorations at #Tokyo #Disneysea
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A #Foucault #pendulum in Fortress Explorations at #Tokyo #Disneysea
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A #Foucault #pendulum in Fortress Explorations at #Tokyo #Disneysea
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I passed by twice. At 14:44 the pendulum was between U and S. At 15:19 above the M. In Paris you expect a full circle in 31h50mn. #FoucaultPendulum #PenduleDeFoucault
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I passed by twice. At 14:44 the pendulum was between U and S. At 15:19 above the M. In Paris you expect a full circle in 31h50mn. #FoucaultPendulum #PenduleDeFoucault
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I passed by twice. At 14:44 the pendulum was between U and S. At 15:19 above the M. In Paris you expect a full circle in 31h50mn. #FoucaultPendulum #PenduleDeFoucault
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I passed by twice. At 14:44 the pendulum was between U and S. At 15:19 above the M. In Paris you expect a full circle in 31h50mn. #FoucaultPendulum #PenduleDeFoucault
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I passed by twice. At 14:44 the pendulum was between U and S. At 15:19 above the M. In Paris you expect a full circle in 31h50mn. #FoucaultPendulum #PenduleDeFoucault
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Galileo had a 10m long pendulum outside the window of his office at Padova University. He observed that the period of the oscillations were almost independent of their amplitude and proposed to use it as a speed regulator. (1641)
The Foucault pendulum installed in Palazzo della Ragione allows to observe the rotation of Earth but the rotation of it's oscillation plane is slower than the Earth's (265⁰ per day).
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Galileo had a 10m long pendulum outside the window of his office at Padova University. He observed that the period of the oscillations were almost independent of their amplitude and proposed to use it as a speed regulator. (1641)
The Foucault pendulum installed in Palazzo della Ragione allows to observe the rotation of Earth but the rotation of it's oscillation plane is slower than the Earth's (265⁰ per day).
-
Galileo had a 10m long pendulum outside the window of his office at Padova University. He observed that the period of the oscillations were almost independent of their amplitude and proposed to use it as a speed regulator. (1641)
The Foucault pendulum installed in Palazzo della Ragione allows to observe the rotation of Earth but the rotation of it's oscillation plane is slower than the Earth's (265⁰ per day).