So, you want to understand time travel? You want to travel through time? Here is a simple way to understand it

Question

Get a large pail and fill it with water.. Get a paddle and spin it round and round creating a whirlpool. Next drop 5 cherrios in it at varying time intervals. Now, if you can figure out how to bump a cheerio out of its arc of spin while its spinning around and bump it an inch closer to center or an inch further out in the field of spin without physically touching it you will discover how to traverse time.. Comments?

Answer 1

Time travelling in a circle. cyclic.

Circle is related to wavelength or frequency. Dimension is related to geometry, like the circle and therefore to wavelength or frequency.

If you are on the inside track, you are moving through time faster, hence the frequency is hastened.

Opposite, on the outside track, the cycle is longer, time slows down.

So, in the end you can say vibration is connected to time, which is dimensional/cyclic and also energetic. Vibration is cyclic and can be manipulated through energy. You cast a bubble around yourself of energy and move it upward and downward in vibration to go backward/forward.

Answer 2

You can't travel through something that does not exist, time ia man made concept.

Answer 3

Please put your question in the form of a question.  Then I will give you the answer.

Answer 4

Good analogy, bad practicality. . . .

IF you assume that time is circular.  But there is no real evidence for that.  At this time, the only evidence we've seen is that time travels FORWARDS.

So maybe a better analogy would be if the water were a river, with "S" curves like a snake. You drop in 4 or 5 cheerios.  At the top of the "S" curve you grab one cheerio. run to the other end (like the slash in a dollar sign $) then drop the cheerio into the bottom of the S-curve. This one cherrio will then by "in the future" compared to the other cheerios.

Now. all you need is some giant being that is outside our concept of timespace to pick you up and carry you to the bottom of the "S" curve.

Answer 5

That was cool.