Experimental Way to detect 3-Dimensions of Time or Higher Dimesions of Spacetime: A way to test String Theory
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2026
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| author | Singh Khalsa, Sardar Dilbag |
| author_facet | Singh Khalsa, Sardar Dilbag |
| contents | <p>We propose a physically realizable clock-based experiment that tests whether</p> <p>time possesses a multidimensional geometric structure. Three identical atomic</p> <p>clocks are mounted at the ends of mutually orthogonal rigid rods attached to</p> <p>a common hub and subjected to controlled inertial motion. Standard special</p> <p>relativity predicts that all clocks remain mutually synchronized, independent</p> <p>of orientation. We show that if time instead has three independent compo-</p> <p>nents associated with spatial directions, motion with nonzero velocity projections</p> <p>along multiple axes produces direction-dependent proper-time accumulation.</p> <p>This leads to measurable desynchronization between clocks oriented along dif-</p> <p>ferent spatial directions. The experiment constitutes a direct operational test of</p> <p>temporal isotropy and distinguishes scalar time from vectorial time. Observation</p> <p>of anisotropic clock rates would imply a six-dimensional spacetime structure with</p> <p>three spatial and three temporal dimensions, requiring a revision of Minkowski</p> <p>spacetime while preserving relativistic covariance in an extended geometry.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18384819 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Experimental Way to detect 3-Dimensions of Time or Higher Dimesions of Spacetime: A way to test String Theory Singh Khalsa, Sardar Dilbag <p>We propose a physically realizable clock-based experiment that tests whether</p> <p>time possesses a multidimensional geometric structure. Three identical atomic</p> <p>clocks are mounted at the ends of mutually orthogonal rigid rods attached to</p> <p>a common hub and subjected to controlled inertial motion. Standard special</p> <p>relativity predicts that all clocks remain mutually synchronized, independent</p> <p>of orientation. We show that if time instead has three independent compo-</p> <p>nents associated with spatial directions, motion with nonzero velocity projections</p> <p>along multiple axes produces direction-dependent proper-time accumulation.</p> <p>This leads to measurable desynchronization between clocks oriented along dif-</p> <p>ferent spatial directions. The experiment constitutes a direct operational test of</p> <p>temporal isotropy and distinguishes scalar time from vectorial time. Observation</p> <p>of anisotropic clock rates would imply a six-dimensional spacetime structure with</p> <p>three spatial and three temporal dimensions, requiring a revision of Minkowski</p> <p>spacetime while preserving relativistic covariance in an extended geometry.</p> |
| title | Experimental Way to detect 3-Dimensions of Time or Higher Dimesions of Spacetime: A way to test String Theory |
| url | https://doi.org/10.5281/zenodo.18384819 |