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Fine Structure Constant Quotes
Quotes tagged as "fine-structure-constant" Showing 1-30 of 73

https://www.goodreads.com/quotes/tag/fi ... e-constant
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For quantum particle with constant speed of light the time is ''frozen'' / stopped But quantum particle needs time when it takes part in interaction with matter ( photosynthesis, photogenesis . . . . etc) It can mean that quantum particle can have another speed ( relative ) and another time ( relati...

Space itself cannot curving. Space can be curved only by masses (like Sun) Einstein's GRT. That's not a description of the curvature.... That's steering the discussion away from the particular (description of the curvature of space) and into the general/non-specific. Sorry, . . . . you want to say:...

Logik wrote: ↑Sat Feb 16, 2019 9:43 pm

Eodnhoj7 wrote: ↑Sat Feb 16, 2019 5:53 pm I am talking about curving space itself

Describe this curvature.

Concave? Convex? How concave or convex is it?

Space itself cannot curving.
Space can be curved only by masses (like Sun)
Einstein's GRT.

If a system like Universe approaching point zero temperature the Entropy (Second law of thermodynamics) can destroy / change this homogeneous state according to the formula S=klogW. === Entropy in destroying one state effectively results in another state of negentropy. The question is how entropy/n...

If a system like Universe approaching point zero temperature
the Entropy (Second law of thermodynamics) can
destroy / change this homogeneous state according
to the formula S=klogW.
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Cerveny wrote: ↑Thu Feb 14, 2019 12:35 am Forget special theory of relativity, please, it is mostly obsolete, empty, sterile, wrong concept

Ha, ha, ha . . .
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''TIME'' - definitions. = Can ''Time'' exist without matter ? No. Therefore, the right definition of ''time'' is to say: ''Gravity-time'' We have Earth ''gravity-time''. Another planets have their own ''gravity-time'' From ''gravity-time'' is possible to create another definitions of ''time'' ( ato...

''TIME'' - definitions. = Can ''Time'' exist without matter ? No. Therefore, the right definition of ''time'' is to say: ''Gravity-time'' We have Earth ''gravity-time''. Another planets have their own ''gravity-time'' From ''gravity-time'' is possible to create another definitions of ''time'' ( atom...