Accelerating Clocks Run Faster and Slower: Difference between revisions
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| keywords = [[time invariance]], [[relativity]], [[light speed]], [[accelerated motion]] | | keywords = [[time invariance]], [[relativity]], [[light speed]], [[accelerated motion]] | ||
| published = 2015 | | published = 2015 | ||
| num_pages = 3 | | num_pages = 3 | ||
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Einstein’s relativity contends that time, as measured by clocks, slows with increasing speed, becoming especially noticeable as the speed of light is approached. Discussions of this usually focus on constant speeds, albeit near the speed of light, and phenomena such as muon decay (near light speed), or even the Hafele-Keating experiment (at much slower speeds), are cited as ‘proof.’ Dissident scientists often contend that time remains invariant, although clocks may appear to run slower at increasing speeds. At least one such scientist contends that accelerated clocks can run both slower and faster, an interesting departure that I decided to examine via some examples. To the extent that my examples are correct, I too would agree with this conjecture, namely that, while time remains invariant, clocks can run faster and slower when accelerated (but not at constant velocity). | Einstein’s relativity contends that time, as measured by clocks, slows with increasing speed, becoming especially noticeable as the speed of light is approached. Discussions of this usually focus on constant speeds, albeit near the speed of light, and phenomena such as muon decay (near light speed), or even the Hafele-Keating experiment (at much slower speeds), are cited as ‘proof.’ Dissident scientists often contend that time remains invariant, although clocks may appear to run slower at increasing speeds. At least one such scientist contends that accelerated clocks can run both slower and faster, an interesting departure that I decided to examine via some examples. To the extent that my examples are correct, I too would agree with this conjecture, namely that, while time remains invariant, clocks can run faster and slower when accelerated (but not at constant velocity). | ||
[[Category:Scientific Paper|]] | [[Category:Scientific Paper|Scientific Paper]] | ||
[[Category:Relativity]] | [[Category:Relativity]] | ||
[[Category:Philosophy]] | [[Category:Philosophy]] | ||
[[Category:Light]] | |||
Latest revision as of 09:41, 20 July 2026
| Scientific Paper | |
|---|---|
| Title | Accelerating Clocks Run Faster and Slower |
| Read in full | Link to paper |
| Author(s) | Raymond H Gallucci |
| Keywords | time invariance, relativity, light speed, accelerated motion |
| Published | 2015 |
| No. of pages | 3 |
Read the full paper here
Abstract
Einstein’s relativity contends that time, as measured by clocks, slows with increasing speed, becoming especially noticeable as the speed of light is approached. Discussions of this usually focus on constant speeds, albeit near the speed of light, and phenomena such as muon decay (near light speed), or even the Hafele-Keating experiment (at much slower speeds), are cited as ‘proof.’ Dissident scientists often contend that time remains invariant, although clocks may appear to run slower at increasing speeds. At least one such scientist contends that accelerated clocks can run both slower and faster, an interesting departure that I decided to examine via some examples. To the extent that my examples are correct, I too would agree with this conjecture, namely that, while time remains invariant, clocks can run faster and slower when accelerated (but not at constant velocity).