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Hi Windekind: Thanks so much for your replies. I must confess that I didn't understand your first couple of entries. But this last one is really good and closer to the info i need. I will need to read through it very carefully to turn it into a visual model that works for my ships flight path. I have a couple of more questions: 1) What orbital speed would 2 black holes be going around one another in a binary system? Would it be like running to jump on a playground spin platform (don't know what their called) to sync with one of the black holes? 2) Then is the approach into the singularity ring horizontal through the accretion disc and event horizons or would the path be at an angle to the equatorial region and sync with the angular speed to go through the ring? This all may sound really simplistic and not correct but I have to figure out a flight path into the black hole. 3) If you wouldn't mind, could you describe the flight path in that you would take? From approaching the system to going into the ring. Thanks again for all your help! Ken

Hi everyone, I am new and I work as a concept illustrator in film and am writing a scfi script, the idea of which is good if I execute it properly!

Hi everyone! Yeah, I am a new guy with some burning questions that need member brainstorming. I am writing a script requiring me get knowledge of a plausible way for a wormhole to form. Wormholes are so cliched in scfi writing that it is embarrassing to even mention that I want to use this dusty literary excuse to get my crew across the galaxy so they can be "lost". But my research and emails with an astrophysicist have shed some light on the possibility of the WH forming in a Kerr Black Hole when the singularity is "ring" shaped. I understand that if a spaceship would enter the ergosphere of the KBH (and survive gravitational drag forces) then you could pass into the top of the inner/outer event horizons (which are toroidal in shape?) and going with the angular BH spin (maybe matching speed, although the current would do that anyway), wind in a spiral down through the singularity ring, where hopefully you imerge in another universe intact and not so much metal bits and spaghetti. Assuming some of what I have said is correct. I would love some thoughts on: - The flight path, what would the ship need to avoid? - Is the top of the horizon shell weaker in tidal forces than the equator? - Any kind of known or theorized information about the dynamics of this kind of BH (no equations please, there are many detailed BH papers full of equations, it is Greek to me!) - I like the idea of a binary KBH for this scenario, The astrophysicist I emailed with alluded to the binary systems as being significant for the wormholes effect, can anybody shed light on this idea? -Do the BHs of the binary need to be identical in mass and spin to be a stable system? -What would be ideal specifications for this system? i.e. angular spin, solar masses of BHs, orbiting speed and radius etc. Thanks so much in advance for your replies and answers! I look forward to the responses. Take care everyone.