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Your information seems a tad misguided. I'll do my best to simplify this for you. So at the core of the standard model is that each fundamental particle is just that - fundamental. So the force-carriers, the bosons, are indivisible particles. Photons, gravitons, and the W, Z and Higgs bosons all...

And additionally, a black hole is a singularity with increased escape velocity at the surface (or event horizon) of the "hole". But, like all other masses in the universe, it obeys the law of universal gravitation and so the escape velocity is significantly less as you get further and further...

No, the theory of relativity and all other postulates would still hold true in our universe during the process of being "accelerated" towards the black hole. Remember that deep space is not truly empty, and there will be other particles in the "space" you would be moving through. Considering...