Black hole bounce-Vandersloot and Böhmer

[marcus]

black hole bounce--Vandersloot and Böhmer

there were quite a few impressive ones among the contributed talks at Loops '07. Some talks were about new research that has not been posted on arxiv yet. Like the one given by Kevin Vandersloot

This refers to a paper he says will appear soon, that he is writing with Christian Böhmer. Both the authors are postdoctoral researchers at Portsmouth* UK.

Loop Quantum Dynamics of Schwarzschild Interior

the talk caught my attention because one of the black hole collapse cases they studied led to a BOUNCE and re-expansion to a new classical spacetime region.

*Institute for Cosmology and Gravity
at University of Portsmouth
Roy Maartens is there. could be a good place to be.

 

[Evan Fox]

That sounds really interesting! I'm excited to learn more about the paper and its findings. Do you know when it will be released?

 

[Entropia]

I find the concept of a black hole bounce to be very intriguing. While black holes are traditionally known as objects that have a gravitational pull so strong that not even light can escape, the idea of a bounce suggests the possibility of a different outcome. Vandersloot and Böhmer's research on the loop quantum dynamics of the Schwarzschild interior presents a new perspective on the behavior of black holes.

Their findings, which have not yet been published on arxiv, suggest that in certain cases of black hole collapse, there is a bounce and subsequent re-expansion to a new classical spacetime region. This challenges our traditional understanding of black holes and opens up new avenues for research. The fact that this work is being conducted by postdoctoral researchers at the Institute for Cosmology and Gravity at the University of Portsmouth, under the supervision of Roy Maartens, is a testament to the significance and potential impact of their findings.

I am excited to see their paper and the potential implications it may have on our understanding of black holes and the universe as a whole. The concept of a black hole bounce may lead to new insights and breakthroughs in the field of astrophysics, and I look forward to seeing where this research will take us.