Black hole formation and association to second object.

Relativity predicts a gravitational connection between a Black Hole and a White Hole. This connection, if it exists, happens every time a BH is formed which suggests a causal link in their evolution. That cannot occur in a star before the core collapse BH formation nor likely to happen after as a random gravitational capture. The relationship can only form in the special conditions in a collapse event as the BH is created at a type II supernova.

When a large star dies (large enough for the core to form a BH ) the huge gravity of the core and the shock wave, from the nova, overcome the strong forces that hold atoms stable. This triggers a violent cascade as the core collapse at enormous speed. That creates inertia force which rebounds throwing out a second (assisted by the asymmetric nature of the shock wave, and resulting collapse, as the supernova is to one side of the Core) and associated object which evolves into a WH or neutron star partner.

Supernova asymmetric to star core

Shock wave passes around core starts collapse

Core condence

Shock wave meets

Final cascade impacts on core and reboumds forming ejector.

or

Evidence for this separation event comes from gamma ray bursts associated to this type of supernova. Throwing out the second and gravitationally connected object, as an ejector, creates a column of dence matter between the two which burns at high energy as a gamma ray burst. There are two sorts of burst demonstrating two sorts of second object; powerful collapse of larger stars may throw out a stable neutron star partner which is signified by a very short burst with a sharp 'cut off', smaller stars or lass powerful collapse may produce a second object to small to be stable and erupts forming a 'burn down' as the second object evolves and contributes to the burst. This becomes a WH.

The WH has unusual properties and may be hard to associate to the Main Sequence, but will be a fairly common entity in the galaxy, being dence material that has evolved. Released from gravitational confines this WH erupts - that is accreted directly onto the BH splitting the gravitational connection (they have a gravitational connection as they were both one thing and the WH escapes as an ejector) in two as the accretion disc occupies the 'equatorial' region of the BH. That joins the WH gravitationally to the BH’s 'poles' forming a double connection through space and time which uses the rotational force of the BH in forming a gravitational vortex (the deviation in gravity, as one partner is very powerful and the other weak, is a deviation in time so the connection is through space and time or a time bridge) that attaches to the WH surface as a bond like two hovers on a tennis ball. That connection will not apply to a neutron star partner as this is by definition already powerful, no evolution faze to initiate accretion that split the gravitational connection and will not focus that association at the poles of the BH. The BH/WH partnership rely on deviation in gravity that is represented by a deviation in time.

 Glowing gravitational filaments as double time bridge through space time.

 Stellar bodies are often products of collapse which increases rotation as circumfluance shrinks WH’s are ejectors and don't obtain rotation that way so may take weeks, months or years to go round once. Thus the physical properties of a WH may be; slow rotation, initially low mass, have a double (helix) physical connection to the BH partner and being dence material that has evolved. These may be regularly appearing objects in the Galaxy as BH formation naturally produces a WH or neutron star partner.


This gravitational association may help the BH pull it’s own WH partner in forming a binary (Low Mass X-ray Binary) with a causal link in evolution - different from a High Mass X-ray Binary that is random.