Tag

Teleparallel Gravity

All articles tagged with #teleparallel gravity

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"
science-and-astronomy2 years ago

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"

A new theory of gravity called teleparallel gravity, which focuses on the "twistiness" of space-time rather than its curvature, offers a potential solution to the problem of black hole "hairiness." In this theory, scalar fields can be added to general relativity, giving black holes some hair in the form of a strong scalar field near their event horizons. This scalar field carries information about the black hole, allowing scientists to learn more about them without having to physically explore their interiors. Further research and observations, such as gravitational wave observations, are needed to confirm these findings.

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"
science2 years ago

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"

A new theory of gravity called teleparallel gravity, which focuses on the "twistiness" of space-time rather than its curvature, suggests that black holes may have "hair" after all. In this theory, scalar fields can be added to general relativity, giving black holes a strong scalar field near their event horizons that carries information about the black hole. This could provide scientists with a way to understand more about black holes without having to physically explore them. Further research and observations are needed to confirm these findings.

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"
science2 years ago

"Revolutionary Theory: Black Holes Allow Information Escape, Defying Gravity"

A new theory of gravity called teleparallel gravity, which focuses on the "twistiness" of space-time rather than its curvature, suggests that black holes may have "hair" after all. In this theory, scalar fields can be added to general relativity, giving black holes a strong scalar field near their event horizon that carries information about the black hole. This could provide scientists with a way to understand more about black holes without having to physically explore them. Further research is needed to explore the observational consequences of this theory, potentially through gravitational wave observations.