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Primordial black holes

Started by ryzenmulti, April 19, 2023, 07:41:42 AM

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ryzenmulti

April 19, 2023, 07:41:42 AM Last Edit: April 19, 2023, 07:48:27 AM by ryzenmulti
If you need some inspiration as to what might be possible outcomes from crunching on Boinc, think about primordial black holes. Super small, super dense objects as big as a closed fist that weigh 5 earth masses? These things actually exist and detecting them will depend entirely on computer analysis of telescope observations through space applications.

This paper contains a black hole drawn to scale with 5 earth masses.
Link to PDF

Imagine colliding with something the size of your hand (that cannot be easily seen) with the weight of a planet? Blows my tiny little mind these things are even possible. Physics continues to amaze.
The further back you look, the further forward you can see.

The gang is all here: 160 intel cores (no H/T), 212 epyc/ryzen cores (no SMT) 6 RTX GPU's, 10 TitanV GPUs and more than 1TB RAM. Coming soon ... Instinct MI100

Home cooked twin primes using python ... it started out with 256 digits of pi and eulers number and progressed at light speed to 299792458^1146+101436145 / +101436147 (9715 digits) is a twin prime. Current PB (PiBest) is 314159265^1615+962400452 / +962400454 (13723 digits) is a twin prime! UPDATE: twin prime PB is now 19425 digits !!!
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