Summary arguments cloth from 1st century Jerusalem

Arguments the TS is not from Medieval Europe, but from 1st century Jerusalem: 1. Dimensions of cloth match Assyrian cubit. viewtopic.php?p=1119548#p1119548 2. Side strip seam matches Masada seam. viewtopic.php?p=1119872#p1119872 3. Banding not seen in medieval weaving, but in ancient weaving. viewtopic.php?p=1120100#p1120100 4. Calcium particles on the feet area matching Jerusalem. viewtopic.php?p=1120231#p1120231 5. Wide Angle X-ray …

Aliens must exist

Came across this interview of Helen Sharman (the first British astronaut and first woman to visit the Mir space station): Aliens exist, there’s no two ways about it. There are so many billions of stars out there in the universe that there must be all sorts of different forms of life. https://www.theguardian.com/lifeandstyl … uch-i-know Sharman …

Rare Earth

DrNoGods wrote:This, combined with the fact that we do have one planet that supports life, suggests a high likelihood that life exists elsewhere in the universe. Statistically, the probability is very high. Just because we are on a planet with life does not necessarily lead to a high probability life exists elsewhere. As we understand …

Empirical evidence for any extraterrestrial life

DrNoGods wrote: – What empirical evidence is there that any extraterrestrial life exists? To my knowledge there is none at the moment. I agree there is no current empirical evidence for any extraterrestrial life (excluding UFO sightings and alien abductions). In particular, SETI has not come up with anything yet. Given there is no empirical …

How likely are we to find extraterrestrial life?

Many NASA scientists think we’re on the verge of finding alien life. Ellen Stofan, NASA’s former chief scientist, said in 2015 that she believes we’ll get “strong indications of life beyond Earth in the next decade and definitive evidence in the next 10 to 20 years.” Many astrophysicists and astronomers are convinced that it’s not …

Critical density

One consequence of general relativity is that the curvature of space depends on the ratio of rho to rho(crit). We call this ratio Ω = rho/rho(crit). For Ω less than 1, the Universe has negatively curved or hyperbolic geometry. For Ω = 1, the Universe has Euclidean or flat geometry. For Ω greater than 1, …

Universe is flat

All measurements confirm that the universe is flat (Euclidean). To astronomers, flat means that the usual rules of geometry are observed – light not being bent by gravity travels in straight lines, not curves. But since Albert Einstein proposed that the Universe may be “curved”, the debate has been open. Scientific opinion has moved towards …