My first speculative astronomy research

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A note in Facebook by Robert Karl Stonjek is there is a strange correlation, imagined by me as factor of 0.7, not 1.4

Mass.................BHU...............Pass?.....Object
3~5................3*1.4=4.2.............√..........GRO J0422+32/V518 Per
≥4.9...............4*1.4=5.6.............√..........GRO J1719-24
c. 5.8..............4*1.4=5.6.............√..........GX 339-4
6~6.6.............4 or 5: 5.6 or 7......x..........GRO J1655-40/V1033 Sco
6.4~7.2..........5*1.4=7.................√..........XTE J1118+480/KV UMa
7.2~7.8..........5*1.4=7..................x..........GS 2000+25/QZ Vul
6.4~7.6...........5*1.4=7.5.............√..........GRS 1124-683/GU Mus
6.8~7.4...........5*1.4=7.................√..........XTE J1819-254/V4641 Sgr
8.1~11.3.........7*1.4=9.8.............√..........XTE J1650-500
8.4~10.4.........7*1.4=9.8.............√..........4U 1543-475/IL Lupi
8.4~10.8..........7*1.4=9.8.............√..........XTE J1550-564/V381 Nor
9~13................7~9: 9.8~12.6.......√.........Cyg X-1
9~13................7~9: 9.8~12.6.......√.........A0620-00/V616 Mon
10~14..............8~10: 11.2~14......√.........V404 Cyg
10~18..............many pass............√.........GRS 1915+105/V1487 Aql

Where mass is measured as multiples of Chandrasekhar limit. The Chandrasekhar Limit is now accepted to be approximately 1.4 times the mass of the sun; any white dwarf with less than this mass will stay a white dwarf forever, while a star that exceeds this mass is destined to end its life in that most violent of explosions: a supernova. The remnant become a neutron star. Neutron stars grow to become black-hole after merging – Must be half the limit i.e. 0.7 solar masses after most of mass is shed in the nova.! It is assumed the black holes grow only by merges when neutron stars collide or both are black!

The reason is simple – around a black hole is an event horizon. To any mass that is pulled by the gravity, time grows slower and slower, in effect infinite time to fall in. But for some reason, the black holes (or one neutron star) can merge! This leads to quantization of masses!

Compare it to quantization in nucleus of the very continuous Schrodinger equation caused by forced integral electron waves which HAVE to be complete! Mathematically, we take eigenvalues. Perhaps the matter is similar for black hole masses.

Tolman–Oppenheimer–Volkoff limit

Why do neutron stars live and why do non-super-nova leave nothing behind but another smaller dwarf? Dwarf stars balace electron degeneracy with self-compaction gravity. If that is not possible, then similar to Chandrasekhar limit is TOV limit based on neutron degeneracy. Pre supernova, 30 solar masses are needed. After supernova, neutron star emerges!

Now the speculation. Why quantum-ness? There must be integer number of merges. Its either 2 neutron stars or two holes. Two neutron stars meet in finite time Two black holes are enormous waves in Higg's field! For them, unlike ordinary mass, time aspect of space-time can be neglected. So they can merge in finite time.

What happens if two large enough black holes merge? Big bang at the merged nuclei! Perhaps, our universe is inside of black hole! The CMB is at the event horizon.

What happens to neutron star pieces? Before they compress to nuclei ball (not point), they lose entropy using bi-state quantum particles.