[Professor_Fink]

Originally Posted by gentillabdulla

Alright. If I ever have an answer to this I will post it here.At the most I think it will take me a week I believe though I have been wrong before.

People can spend years on these kind of models, so taking a long time a sign of weakness, it just shows it's a hard problem.

[gentillabdulla]

Alright then point away!Also I compute problems much faster than the rest of my so called "generation".No offense to any of my current friends though. I highly value their opinions.

[Professor_Fink]

Originally Posted by gentillabdulla

Alright then point away!Also I compute problems much faster than the rest of my so called "generation".

I didn't have your age in mind with that last comment. Some problems are simply hard, requiring you to find some transformation to make the problem solvable and you can never tell how long it will take for inspiration to hit. I try to be working on many problems simultaneously, since then when you hit a roadblock with one, you can continue with the others while waiting for inspiration.

Well, as regards the formalism needed to mathematically model, since the physics is all classical electrodynamics and general relativity, "General Relativity" by P. A. M. Dirac probably contains sufficient physics to model the system. It's a very condensed book though, so you probably need wikipedia or a more introductory textbook to fill in the blanks. The good new though is that it is almost certainly out of copyright by now, so should be freely available on the internet.

[gentillabdulla]

Thanks.

[Professor_Fink]

Any time.

[gentillabdulla]

Maan they don't have it at my library.Any other books perhaps?

[Professor_Fink]

Originally Posted by gentillabdulla

Maan they don't have it at my library.Any other books perhaps?

Misner Thorne & Wheeler contains everything you could possible need, but it's expensive unless you library has a copy (the Dirac one is a very short very cheap one). I have some others on my ook shelf in the office, but it'll have to wait until tomorrow for me to look up the exact titles.

[gentillabdulla]

Professor Fink thank you for your guidance but I have found a website that literally proved beyond a doubt that my experiment for time travel will work AND that I will be able to make an electromagnetic wormhole and an electromagnetic black hole too.

[Professor_Fink]

Originally Posted by gentillabdulla

Professor Fink thank you for your guidance but I have found a website that literally proved beyond a doubt that my experiment for time travel will work AND that I will be able to make an electromagnetic wormhole and an electromagnetic black hole too.

Well, good luck, but I must warn you that either the website is incorrect or perhaps you have misinterpretted it, as the functionality you are looking for goes out side of standard GR.

[gentillabdulla]

Do you want to see the website link?

[Professor_Fink]

Originally Posted by gentillabdulla

Do you want to see the website link?

Sure.

[gentillabdulla]

Here.
http://theresonanceproject.org/research.html

[Professor_Fink]

Originally Posted by gentillabdulla

Here.
http://theresonanceproject.org/research.html

Well, having only had a very cursory glance over it, the website doesn't really seem like the highest quality source, so be very careful with how much credence you give it.

[gentillabdulla]

Alright but I am positive about this and my time machine experiment.

[FarmerGreen]

When you get your time machine to work you could go back in time
and post your results in the first page of this thread.
I'll check tomorrow.