Jump to content

ninjanautsi

New Members
  • Posts

    1
  • Joined

  • Last visited

Everything posted by ninjanautsi

  1. My question is that of the title (among others..). Yes, I know you have to have matter to have the effects of matter, but what are some theoretical ways that you can create the same effects without the matter? Other questions, which I find conflicting material on but wish to know the correct answer. 1. Matter v. Anti-mater --- They repel each other? Or they are in a way like photons v. photons and do not interact with each other, except in extreme circumstances. 2. Space --- Space and Space-Time (or just time if you prefer) are undoubtably linked. Matter creates warps in them both. Enough matter can create warps so strong that space and space-time warp back on themselves(How is that accomplished?), and like wise an opposite thing happens when you use Anti-Matter, that is, you can create those same dilations (Rather than space/time bending around it, it bends towards it?). My original question poses my next question and others following suit (as well as causing the preceding). 3. Would it be easier to create a Matter-Based space dilation or an Anti-Matter-Based space dilation? In this sense, dilation meaning that the space/time is being bent back on itself. 4. Assuming that Matter and Anti-Mater behave similarly to magnetic poles (yet inversely).....that they repel each other and attract themselves --- Would the only way to gather/confine Anti-Matter would be to create a "wall" or "hollow sphere" of great mass around Anti-Matter and then shrink it to further confine the Anti-Matter? 5. Assuming the photonic interaction of Matter and Anti-Matter --- What would be the best way to gather great amounts of Anti-Matter? I realize that this is a bit much for my first post. But I do have the thoughts and questions and would love for them to be answered with references to provide proof. Thank you for your time if you so choose to answer.
×
×
  • Create New...

Important Information

We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.