orizon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you are on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2d

ote: Hi Jeffrey. It was interesting-as always. For your question, let's first straighten out that there arc 3 types of bhs we might be discussing: Schwarschild, charged, and Kerr. I didn't say much about Kerr--I mostly discussed charged-- since they are changing with time and a bit more complicated but indee

orizon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you arc on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2d

com>, Hi Jeffrey. It was interesting-as always. For your question, let's first straighten out that there are 3 types of bhs we might be discussing: Schwarschild, charged, and Kerr. I didn't say much about Ken--I mostly discussed charged-- since they are changing with time and a bit more complicated but indeed

zon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you are on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2

zon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not EFTA_R1_00191385 EFTA01819002 rotating). In that case you are on the right track. Reversing time and coming from the singulari

Hi Jeffrey. It was interesting-as always. For your question, let's first straighten out that there are 3 types of bhs we might be discussing: Schwarschild, charged, and Kerr. I didn't say much about Kerr--I mostly discussed charged-- since they are changing with time and a bit more complicated but

Hi Jeffrey. It was interesting-as always. For your question, let's first straighten out that there are 3 types of bhs we might be discussing: Schwarschild, charged, and Kerr. I didn't say much about Kerr--I mostly discussed charged-- looking in reverse it appears things accelerate as they approach„

zon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you are on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2

Hi Jeffrey. It was interesting-as always. For your question, let's first straighten out that there are 3 types of bhs we might be discussing: Schwarschild, charged, and Kerr. I didn't say much about Kerr--I mostly discussed charged-- > since they EFTA_R1_01510640 EFTA02437734 are changing with t

orizon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you are on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2d b

scenario means time and space switch twice so at • singularity you are back to ordinary time space identification. So • let's first just consider Schwarschild (uncharged, not rotating). In • that case you are on the right track. Reversing time and coming from • the singularity, it pretty much looks like

izon scenario means time and space switch twice so at singularity you are back to ordinary time space identification. So let's first just consider Schwarschild (uncharged, not rotating). In that case you are on the right track. Reversing time and coming from the singularity, it pretty much looks like a 2