From: fortunati.luigi@gmail.com   
      
   Il 13/05/2024 08:58, Luigi Fortunati ha scritto:   
   > When there is an experiment that proves Einstein right, the whole world   
   > is ready to praise him and his theories (and rightly so).   
   >   
   > However, it is not right that, when an experiment proves Einstein wrong,   
   > no one admits it and no one talks about it.   
   >   
   > Einstein says that bodies in free fall are at rest and that the man   
   > inside the falling elevator experiences no forces or accelerations.   
   >   
   > I have demonstrated in every possible way (with well-illustrated thought   
   > experiments via Geogebra) that it is a huge mistake, because two massive   
   > bodies (which fall gravitationally and freely towards each other)   
   > *accelerate* both in the reference of one and both in that of the other.   
   >   
   > Therefore, they are accelerated reference systems and not at rest.   
   >   
   > Both!   
   >   
   > This is regarding acceleration.   
   >   
   > It is even easier for the forces to demonstrate the error.   
   >   
   > Is the elevator plummeting towards a black hole in free fall? Of course   
   > yes: it is in free fall.   
   >   
   > In such conditions, Einstein says that the man inside this free-falling   
   > elevator does not suffer any force while (we all know!) the force is   
   > there and (even) tears him to pieces together with the elevator!   
   >   
   > No one has ever been able to dispute this colossal error (that bodies in   
   > free fall are at rest) because it is indisputable.   
   >   
   > And then, rather than admit the correctness of my statement, you all   
   > preferred not to talk about it at all, because the flaws of Relativity   
   > are better kept hidden.   
   >   
   > It is not very courageous to boast about the successes of a theory and   
   > systematically hide the failures.   
      
   Einstein always speaks of a body in free fall and a lift in free fall in   
   the singular, as if there could be a body that falls alone, without   
   there being another body that (simultaneously) falls in the opposite   
   direction.   
      
   But this never happens.   
      
   If body A falls towards body B, body B also falls towards body A.   
      
   If body A accelerates towards body B, body B also accelerates towards   
   body A.   
      
   And these two mutual accelerations never disappear, whatever the   
   reference from which we measure them! They are real accelerations   
   generated by real forces.   
      
   Luigi Fortunati   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)