Can Gravity Influence the Mechanics of an Analog Clock Design?

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Discussion Overview

The discussion revolves around the influence of gravity on the mechanics of an analog clock design, specifically whether a clock can be designed to account for gravitational effects on timekeeping. The scope includes theoretical considerations and speculative ideas about clock design and the nature of time in relation to gravity.

Discussion Character

  • Exploratory
  • Debate/contested
  • Conceptual clarification

Main Points Raised

  • One participant hypothesizes that an analog mechanical clock could use a sensitive weight and scale system to account for gravity's effect on time.
  • Another participant questions the meaning of "account for the effect of gravity on time," seeking clarification on the initial hypothesis.
  • A participant notes that variations in gravitational acceleration (g) affect the period of pendulums in mechanical clocks, mentioning that significant effects have been observed in clocks taken to high altitudes.
  • One participant suggests that gravity distorts spacetime, which could change the "flow" of time, implying a connection between gravity and timekeeping.
  • Another participant argues that if gravity alters all clocks, it would complicate comparisons between different timekeeping devices.
  • A later reply proposes the idea of using a general predictive model to account for gravitational effects without direct observation of another clock's speed.
  • One participant expresses that personal theories or speculation are not permitted in the discussion, emphasizing a focus on mainstream science.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility and implications of designing a clock that accounts for gravitational effects. There is no consensus on the initial hypothesis or the validity of personal theories in the context of the discussion.

Contextual Notes

Some assumptions about the nature of gravity and time are not fully explored, and the discussion includes unresolved questions about the practical implications of the proposed clock design.

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So I have no form of engineering education, but I had a hypothesis on an analog mechanical clock being able to account for the effect of gravity on time with a form of super-sensitive weight and scale system to control speed.
Has this been done?
Either way, any thoughts on the matter?
 
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What do you mean by "account for the effect of gravity on time"?
 
Variations of g alter the period of pendulums in mechanical clocks .

The only situation that I have heard of where the effect was significant was in respect of clocks taken up mountains on scientific expeditions .

This may be of interest :

Harrison Chronometers
 
Last edited:
Simon Bridge said:
What do you mean by "account for the effect of gravity on time"?
Well its my understanding that gravity distorts spacetime and will in turn change the "flow" of time.
 
If that's the case it would alter all "clocks" so you have nothing to compare your clock with.
 
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CWatters said:
If that's the case it would alter all "clocks" so you have nothing to compare your clock with.
You could use a general predictive model to use without directly having to observe a clock somewhere moving at a different speed couldn't you?
 
Sorry, we don't discuss personal theories or speculation. It's fine to ask questions about mainstream science, but trying to work on your idea here is not allowed.
 

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