Recent content by ttakacs

  1. T

    Graduate Quantum mechanics probability

    Hello, I have a question concerning normalization. I start from integral |psi|^2 dV = 1, which means somehow that the particle should be in the universe with probability 1. Now using the the Gauss theorem in such a way that if we have a vector function Fi: div Fi = |psi|^2, integral |psi|^2...
  2. T

    High School Universal gravitational constant

    Where/how might be the universal constants "stored" in matter (if this question makes a sense at all..)? If the answer is positive how can we be sure that there will be no technology in the future to change them at least locally? Thank you.
  3. T

    Graduate Quantum Mechanics: Defining Dimensions

    Thank you. I guess if there were fluctuations in dimension within our measurement range we could notice somehow. (Probably this is a fairy tale like e, pi or the universal constants of physics can change in time.)
  4. T

    Graduate Quantum Mechanics: Defining Dimensions

    I have got 2 questions, please. In microphysics one can met 11 or even more dimensions while macrospace is of 3(+1) dimensional. Is there any transition between them and is this transition is continuous or discrete? At quantum level we are facing fluctuations of physical variables. What is the...
  5. T

    Graduate Time Dilation & Length Contraction, Further Thoughts

    Thank you. So the problem was something like to indicate time dilation in a very fast inertial spaceship by a mathematical pendulum - without gravity.. I will check the page with double relativity you suggested, thx. By the way IF Planck length was the smallest length and Planck time was the...
  6. T

    Graduate Time Dilation & Length Contraction, Further Thoughts

    Hello to everyone, I have a question addressing both special relativity and quantum mechanics. On one hand from special relativity we know that the longitudinal length of a moving object decreases with increasing speed, as much as goes to zero with getting close to c. However on the other...