![]() |
![]() |
![]() |
![]() |
![]() |
![]() |
|||||||||||||||||||||||
|
Image sizes: 256x256, 48x48, 32x32, 24x24, 16x16 File formats: BMP, GIF, PNG, ICO ![]() ![]() ![]() ![]() Tags: twilight icons and quotes, aim icons at badassbuddy com, os x mouse icons, 32x32 single icons, convert images into icon- The virtual way can be calculated by means of the equations with which we describe movement of material bodies through hyperspace. These equations also show our way.- How you can know, what these equations describe something real-life? And if all is one only mathematics? - Well. We will assume, the virtual way any inexplicably exists. What from this follows? - Then, if near to a virtual way of the ship there is a body with enough big weight, the ship will be affected by a gravitational field of this body. It is fascinating and very important absolutely new concept: gravitation can be felt and at movement on a virtual way. - Tessa has angrily knocked a fist. - subconsciously I understood it and earlier, but have then convinced myself; I have decided that as speed of the ship will exceed many times over a velocity of light gravitation simply will not have time to affect in an appreciable measure ship movement. Hence, I argued, the ship will move on it a straight line. - And he has not wanted to move on a straight line. - Obviously, has not wanted, and to Vu has explained a curvature of a virtual way of the ship. We will imagine that the velocity of light is the size equal to zero. Then all the speed long, smaller and big, than a velocity of light, will be negative and positive sizes accordingly. Hence, in the usual Universe in which all of us we live, at such assumption all the speed long should be negative. - Let's recollect, - continued Tessa, - that at the heart of Universe structure symmetry principles lie. If one of fundamental parametres - speed of movement - is always negative, other, so fundamental parametre should be always positive. It has assumed that the second parametre is a gravitation. In the usual Universe gravitation always stipulates an attraction it: any two bodies having weight distinct from zero, are drawn to each other. On the contrary, at superlight speeds the first parametre becomes positive; means, the second should become negative. In other words, at superlight speeds there is not a gravitational attraction, and gravitational pushing away, and any two bodies with weight distinct from zero will make a start from each other. It has stated me this hypothesis very long time ago, and I did not begin to listen to it. I simply have not paid to it attention. ![]()
| Copyright © 2006-2022 Aha-Soft. All rights reserved. |
|