Applications of string theory in communications

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SUMMARY

String theory is being explored for its potential applications in communications, particularly in understanding the effects of gravitation on electromagnetic waves. Despite its theoretical nature and challenges in experimental validation, some discussions suggest that string theory could provide insights into phenomena that quantum field theory in curved spacetime currently addresses. However, the consensus is that the gravitational gradients are negligible for terrestrial communication applications, making string theory's practical relevance questionable.

PREREQUISITES
  • Basic understanding of string theory concepts
  • Familiarity with electromagnetic wave propagation
  • Knowledge of quantum field theory
  • Understanding of gravitational effects on waveforms
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  • Research the implications of string theory in modern physics
  • Explore the principles of quantum field theory in curved spacetime
  • Investigate the effects of gravitation on electromagnetic waves
  • Study current advancements in communication technologies
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Physicists, telecommunications engineers, and researchers interested in the intersection of theoretical physics and practical communication technologies.

meldraft
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Hey all,

I started reading up on string theory the other day, and a colleague told me that string theory is already being applied in communications. He said that it is being used to account for the effect of gravitation on electromagnetic waves.

This seems a little too hard to believe, however, since, as far as I know, string theory is notorious for not having real-world applications and being very difficult to prove experimentally. Moreover, I wouldn't really expect the gradients of gravitation to be noticeably effective during terrestrial communications.

Since my knowledge is pretty limited in this field, I would appreciate the opinion of people who are more knowledgeable than myself, so please feel free to share your thoughts!
 
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I think your friend is full of it. We can already do quantum field theory in a curved spacetime background, with no need for string theory. But even so, as you point out, this is utterly negligible for terrestrial applications.
 
Yes, that is what I also suspected :) Thank you!
 

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