The speed of light is the "maximum speed" in the universe and nature; and there is no existence of something (an object was or serious), which can be preceded by light, or to walk faster than speed, things of all, on what we know so far, either hit with light, either to reach beyond .
If asked, "How much is the speed of light?", To answer the answer that guarded it all by heart, a "300 thousand miles per second."
But the correct answer, in principle and the foundation, may be wrong, if you do not lay claim to well-known meanings of the second hypothesis in the theory of "special relativity" Einstein, announced by the publication in 1905
According to this hypothesis, the light goes in the "vacuum (Vacuum)" at a constant speed (no increase, or decrease) the exact amount of 299.792.458 (ie approximately 300.000 km) per second, to be measured by "ad hoc observer", and not by any observer; This "ad hoc observer" is "non-accelerating observer, weightless, is not affected by gravity, and found himself in a vacuum, or empty space, ie outside the gravitational fields, and away from her."
There is a "laboratory (place, position) ad hoc", which the observer measures the speed of light in vacuum (in vacuum only) Vigdaa always 300 thousand miles per second, almost.
This "laboratory proper" could be imagined in the form of "a glass chamber (transparent)", found outside the fields of gravity, away from the stars and planets .., and within there is an observer, equipped with tools and methods and apparatus for measurement, including, in particular, "hours" , and "m" in the form of "metal rod."
In this "center (physical) ideal", ie, in this empty space (the "Material") and free of gravity, moving (ie, must go) this room (or the "frame of reference" ad hoc) at a constant speed regularly, and in the same direction , ie, in a line (or path) is straight.
It does not matter "how much" speed; what's important, in this example, is to walk at a constant speed; may be 100 meters, or 1000 kilometers, or 100 thousand miles, or 290 thousand miles, per second.
Observer inside this room (which is the "frame of reference", or "spacetime", his own) is a observer weightless, non-accelerated, unaffected by gravity. It is an observer located inside the "laboratory inhabitants";, the walk in space at a constant speed regularly, and in a straight path, he, too, "silence."
This observer will be initiated now being test kit, which measures the speed of light; but I prefer to know, first, "What is the speed," and "What is light."
Light is similar to running water; and "drop" is, presumably, or imaginative, "smaller part" of that water. I say "supposedly imaginative or"; because we all know that "a molecule (Molecule)", not "drop", this is "the smallest part."
And "drop" of light is a particle called the "photon ((Photon"; and this particle is indivisible, does not have anything so-called "cluster Sleep (Rest Mass)", and should, therefore, that the walking speed of 300 thousand kilometers per second .
And "drop (of light)," or (in analogy last) hub, or package, or package, of which (ie, significant "photon") is a coffer containing "energy."
Light travels and spreads, called and is absorbed in the form of "bundles (Packets, Bundles) contains energy."
Particles of two types: the type of light particle (photon) does not have the so-called "silent block", and the type of particle electron-owned; every particle has a bit of "silent block" can not and never have to go the speed of light.
The light is the thing that thanks to him see things; but most comes from the things fired heat.
Some of the material (such as air, glass and water), crossed by light; and some of them fall back with him (ie not crossed).
In order of "speed", we ask: What does it mean to say that this object moving at 100 meters per second?
Means is that this body is going "away from you," or "closing in" you ", 100 meters per second; it after 10 seconds of its launch in terms of the stands, away from you, for example, it is at a distance of 1000 meters from you.
Speed (both speed is the speed of light) must be "relative"; Is it the body is going a certain speed; but other than that there is a body of another, or something else, away from him, or close to it, so the body stepper?!
Body A and body B in space go hand in hand; and both run at a speed of 80 meters per second. Both see the other finger, if the faster the body A, and marched at 100 meters per second; but in the same direction, the body B which is the same finger will see that the body A moving (forward) away for a speed of 20 meters per second; If the faster the body A and walked in the opposite direction, at 100 meters per second, the body B which is the same finger will see that the body A moving (backward) away by the speed of 180 meters per second.
The speed of the body does not Taatain only relative to the body of another, and through one of the two calculations (the process of subtraction or a combination).
And not in the entire universe from the body of one (resident) is fit to set both the speed (in the universe) attributed to him.
In a vacuum, moving light (which is in the smaller segment is similar to "bullet" or "shell") at a constant speed, amount of 300 thousand miles per second (approximately). And walking in the same direction, ie, in a line (or path) is straight. And set the "Speed (Velocity)", in general, but requires the appointment of two things, "the amount (or quantity)," any "amount of movement," and "direction" in which the moving body or particle.
If you are located in the "empty space (from the article)", ie outside the gravitational fields, and measure the speed "bullet light (ie light)" launched it, and you are standing, static, not moving, you will find 300 thousand kilometers per second; These "bullet ", and irrespective of direction," in which the move, away from you 300 thousand miles per second, ie after 10 seconds, for example, be away from you 3 million miles.
If launched in the same direction it takes at a constant speed of 100 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 200 thousand miles per second.
If launched in the same direction it takes at a constant speed of 250 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 50 thousand miles per second.
If it launches in the opposite direction you're going at a constant speed of 250 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 500 thousand miles per second.
The speed of light (in vacuum) and whatever the direction is not affected at all speeds of the observer (located outside the gravitational fields), as long as the speed of this observer fixed amount and direction; In this sense we understand the speed of light as the "absolute velocity"; the speed of light does not depend on the speed of the observer which is measured, not on the speed of the source of this light.
In "empty space (from the article)", or outside the fields of gravity, "only" going light (in a straight line) at a constant speed of 300 thousand kilometers per second, regardless of the direction of movement or speed, whatever the speed of "source" this light "If what (ie, to" condition ")" was measured by the observer which is also located in this same space, and moving quickly fixed (whatever amount) in the same direction, ie, in a line, or path, straight.
This observer is enough to "accelerate" it increases the amount of speed (or deviate from the straight line in the biography) to change the speed of light in a vacuum; The more speed (for example) has increased the speed of light (in vacuum) measured according to them; it will not continue to 300 thousand miles per second; they can become (for example) 400 thousand miles per second.
This observer was present inside the chamber (glass) small size and mass; and this room (located in the outside gravitational fields, or in the "empty space") were not rapid; because it was moving quickly fixed a regular basis, in a straight line.
This means that this observer was the weight is zero; Inside his room, there was no effect of gravity.
Now accelerated his room, any increased speed (for example). If it remains in the same direction; but quickly growing every second, allowing generation of gravity inside amended, in terms of intensity, gravity at the Earth's surface, the observer gain weight similar to the weight on the surface of the earth. If there still room going acceleration which generates within them attractive adjusted, in terms of intensity, gravity, too, after a certain time, close to the speed of light, the observer will not see the speed of light in a vacuum outpace nominal (300 thousand miles per second).
If the speed of the room is growing every second, allowing generation of gravity inside amended, in terms of intensity, gravity at the surface of "neutron star", for example, acquired the observer the same weight dramatically so; The slow (or delayed, or extended, or curvature) time (in inside this room, for example) is bound to the consequences of each acceleration, and the tremendous acceleration, even remained constant.
Imagine that the speed of the room was getting 1000 meters per second, every second.
Then become the second one when the observer is much longer than the second floor, and become a Matra, which is located in the form of a metal rod, much shorter than a meter ground. And measuring the speed (all speed) but requires the presence of "time" and "m".
Suppose that this observer has measured accelerated the speed of light in a vacuum and found 500 thousand miles per second. This relative increase (ie the proportion of it) at the speed of light (in vacuum) is inevitably the consequence of slowing time and shrinking meter. This contraction, and that slowdown, are the consequence necessarily on the acceleration of the room (with generated by this acceleration of gravity within it).
If you continue up the room going acceleration the same, the speed of light (in vacuum) are the same (500 thousand miles per second) from the perspective of observer, even became his room (some of the expiry of a certain time) travel at nearly the speed of light; the "acceleration constant" no more than the slow (or extended, or curvature) of time, even if that leads to the room to make travel at nearly the speed of light.
If you want to make progress in the room time is slower than ever before, you have to increase the acceleration itself (and breed, then, in the room more attractive and stronger).
Suppose you did this (ie increase the acceleration itself), does remain the speed of light in a vacuum as Qsthe before?
No, will not remain; it has now become 700 thousand miles per second.
The room grew faster hard and large it must be notified, after a certain time, close to the speed of light; If stopped accelerating, and has been going (in the same direction) as fast as regular fixed amount (for example) 250 thousand miles per second, the observer will find the speed light in a vacuum, when measured, might have returned to amend the nominal speed (300 thousand miles per second).
Non-accelerating observer status in the way of light (or bullet, optical, or "photon") thick wall of glass, and found that the speed of light has decreased slightly from 300 thousand miles per second while walking in the inside of the wall; but the light that is out of the wall glass to vacuum, or empty space, even resumed walking pace tormented the nominal, ie, at 300 thousand miles per second; the speed of light just below the very speed of nominal during the penetration of some substances, like air, water and glass; and while walking in most parts of the space between the stars; and the commensurate decline in the speed of light with the intensity of scattered material in the space between the stars.
Now, he wanted to observer is accelerating, and is located in the empty space, or outside the gravitational fields, to measure the speed of light, which runs not in the empty space, but close to the "black hole", ie, in the space closest to the surface of the "black hole", and named " Event Horizon "; have Kasha, and found equal to a few meters per second.
Suppose that this observer, with his room, go towards the "black hole"; then proceeded to fall to utter its surface, after entering the field of gravity on this body (ie the "black hole").
During this free fall, launched the observer of the "pistol" light "bullet" light in the space surrounding it, and that falls in it; then measured the speed, and found 300 thousand miles per second.
This observer, with his room, drops utter defeat; and this means that his room (also) falling towards the surface of the "black hole" quickly growing steadily increasing every second; but enormous. This room is now in the static acceleration was caused by "external force", what utter body falls within any field of gravitational fields, he must be accelerated, in the fall, a constant acceleration (certain).
During this free fall, and as a result, the observer knows nothing of gravity within his room, then it is not the existence of gravity, the same room with the fall (utter) within the field of the strong gravitational pull.
Every body in this room inside the Fallen lose weight; and if no significant difference between the observer to be inside his room which floats freely in the gravitational fields outside and be inside the utter fall within the field of gravity.
Even held the same room on the "black hole" at a constant speed, the amount of this rotation does not come as to make it different from the "free fall," P "rotation (albeit not as rapidly fixed amount)" is a kind of "free fall", does not see the observer, then , in his room inside the circle a bit of gravity, the same room with that place within the gravitational field (on the "black hole").
We believe that the speed of light Kasha observer in place (or position), which falls towards the surface of utter defeat, "black hole", amend the nominal speed (300 thousand miles per second).
If the observer wants now, with utter Falls, measure the speed of light, which runs close to the surface of the "black hole" will find much lower than the nominal speed; If, at the same time, to measure the speed of light that travels in space far from the " black hole, "Outside gravitational fields, you will find it exponentially more than the nominal speed; is, any observer could, for example, to find the speed of light that is in the gravitational fields outside the 100 million miles per second; The finds trillion miles per second !
This shows the qualitative difference between large and that the observer in his room inside the floats freely in the gravitational fields outside and inside to be in a freefall drop in the gravity field on the "black hole", or within any field of gravity.
Observer wants to, during free fall, to resist this fall, using the "external force", his room is a missile, fired the rockets, pushing his room in the opposite direction (ie up).
Before, was his room fall utter (rapid acceleration constant) towards the surface of the "black hole"; now (ie after the launch of rockets his room) to become ascend to a higher resistance to free fall; has become a rapid acceleration caused by those "external force". Because of this acceleration generated within them attractive.
By (ie, during free fall) observer measured the speed of light in place, or position, and found 300 thousand miles per second; now (ie in his room during the acceleration to the top thanks to the launch of Soreichha) and found more than 300 thousand miles per second ; I have found, for example, 500 thousand miles per second.
The explanation for this difference in the speed of light say that the local acceleration of the room (because of those "external force") to make time in the room slowly, and a meter shorter, Vaneks this change and that observer in measuring the speed of light in place, or position.
Again decided observer (who is now accelerating against free fall) to measure the speed of light, which runs close to the surface of the "black hole". Kasha has found it less sluggish than before. As measured the speed of light outside gravitational fields, he found a little less than before, but have been higher than the nominal speed exponentially.
Observer decided to stop resisting the free fall, and to appeal, then, free-falling towards the surface of the "black hole"; Let us imagine that it is now standing on this surface.
From its new position this (any of the "framework of reference," the new, or "Zmkanh new") measured the speed of light outside gravitational fields, and found, for example, 1000 (or 100000) million kilometers per second; This staggeringly large figure reflects the very slow of time with him, and the dramatic shrinkage of the Matra.
Now imagine that in the space adjacent to the surface of the "black hole" extending transparent tube, length, according to the measurement of observer on the surface of the "black hole", 900 thousand miles.
From a terminal (Party A) launched "light bullet (or" photon ")", walked inside until I got out of the other (party B).
Observer wants to measure the speed of this light, and found 300 thousand miles per second; because those "optical bullet" cut the distance of 900 thousand kilometers per second in 3 seconds; Will agrees opinion is floating freely in the observer outside gravitational fields?
No, not share.
This observer is not accelerating (ie, floating freely in empty space) would tell the observer (located on the surface of the "black hole") that the length of the tube, from my point of view I'm not 900 thousand miles; but only 300 meters (for example). And tell him also that one second you have modified (for example) 50 seconds I have; I am, therefore, I think that those "bullet light" has passed a tube length of 300 meters in 5 seconds, which means that the speed of light you have, and my point of view I am, not 300 A kilometers per second, but 6 meters per second.
Now imagine a transparent tube that extends into the "empty space", or outside in the fields of gravity, and its length, from my point of view I am the observer is accelerated, ie, which floats freely in this space, $ 900 thousand miles.
We have launched "light bullet" went out of the tip A tip of B, conclusive that the distance in 3 seconds, top speed was, therefore, it is my view, the 300 thousand miles per second.
Observer on the surface of the "black hole" will not agree with me this view, and tell me that the length of this tube is 900 thousand miles, but 9 million miles, and that "the bullet light" did not cut that distance in 3 seconds, but in half a second example; this but means (according to the observer's point of view on the surface of the "black hole") that the speed of light I were not 300 thousand miles per second, but 18 million miles per second.
If you consider the observer is accelerated (located in the "empty space", away from the "article" and gravitational fields) to the light moving in the space closest to the surface of the planet very attractive, and to the light of the latest moves in the space closest to the surface of the planet's weak gravity, you'll find first that the speed of light in both planets less than the speed of light has (ie, less than 300 thousand miles per second). Will find, then, that the light of the planet is slower than the first light at the second planet.
If asked, "How much is the speed of light?", To answer the answer that guarded it all by heart, a "300 thousand miles per second."
But the correct answer, in principle and the foundation, may be wrong, if you do not lay claim to well-known meanings of the second hypothesis in the theory of "special relativity" Einstein, announced by the publication in 1905
According to this hypothesis, the light goes in the "vacuum (Vacuum)" at a constant speed (no increase, or decrease) the exact amount of 299.792.458 (ie approximately 300.000 km) per second, to be measured by "ad hoc observer", and not by any observer; This "ad hoc observer" is "non-accelerating observer, weightless, is not affected by gravity, and found himself in a vacuum, or empty space, ie outside the gravitational fields, and away from her."
There is a "laboratory (place, position) ad hoc", which the observer measures the speed of light in vacuum (in vacuum only) Vigdaa always 300 thousand miles per second, almost.
This "laboratory proper" could be imagined in the form of "a glass chamber (transparent)", found outside the fields of gravity, away from the stars and planets .., and within there is an observer, equipped with tools and methods and apparatus for measurement, including, in particular, "hours" , and "m" in the form of "metal rod."
In this "center (physical) ideal", ie, in this empty space (the "Material") and free of gravity, moving (ie, must go) this room (or the "frame of reference" ad hoc) at a constant speed regularly, and in the same direction , ie, in a line (or path) is straight.
It does not matter "how much" speed; what's important, in this example, is to walk at a constant speed; may be 100 meters, or 1000 kilometers, or 100 thousand miles, or 290 thousand miles, per second.
Observer inside this room (which is the "frame of reference", or "spacetime", his own) is a observer weightless, non-accelerated, unaffected by gravity. It is an observer located inside the "laboratory inhabitants";, the walk in space at a constant speed regularly, and in a straight path, he, too, "silence."
This observer will be initiated now being test kit, which measures the speed of light; but I prefer to know, first, "What is the speed," and "What is light."
Light is similar to running water; and "drop" is, presumably, or imaginative, "smaller part" of that water. I say "supposedly imaginative or"; because we all know that "a molecule (Molecule)", not "drop", this is "the smallest part."
And "drop" of light is a particle called the "photon ((Photon"; and this particle is indivisible, does not have anything so-called "cluster Sleep (Rest Mass)", and should, therefore, that the walking speed of 300 thousand kilometers per second .
And "drop (of light)," or (in analogy last) hub, or package, or package, of which (ie, significant "photon") is a coffer containing "energy."
Light travels and spreads, called and is absorbed in the form of "bundles (Packets, Bundles) contains energy."
Particles of two types: the type of light particle (photon) does not have the so-called "silent block", and the type of particle electron-owned; every particle has a bit of "silent block" can not and never have to go the speed of light.
The light is the thing that thanks to him see things; but most comes from the things fired heat.
Some of the material (such as air, glass and water), crossed by light; and some of them fall back with him (ie not crossed).
In order of "speed", we ask: What does it mean to say that this object moving at 100 meters per second?
Means is that this body is going "away from you," or "closing in" you ", 100 meters per second; it after 10 seconds of its launch in terms of the stands, away from you, for example, it is at a distance of 1000 meters from you.
Speed (both speed is the speed of light) must be "relative"; Is it the body is going a certain speed; but other than that there is a body of another, or something else, away from him, or close to it, so the body stepper?!
Body A and body B in space go hand in hand; and both run at a speed of 80 meters per second. Both see the other finger, if the faster the body A, and marched at 100 meters per second; but in the same direction, the body B which is the same finger will see that the body A moving (forward) away for a speed of 20 meters per second; If the faster the body A and walked in the opposite direction, at 100 meters per second, the body B which is the same finger will see that the body A moving (backward) away by the speed of 180 meters per second.
The speed of the body does not Taatain only relative to the body of another, and through one of the two calculations (the process of subtraction or a combination).
And not in the entire universe from the body of one (resident) is fit to set both the speed (in the universe) attributed to him.
In a vacuum, moving light (which is in the smaller segment is similar to "bullet" or "shell") at a constant speed, amount of 300 thousand miles per second (approximately). And walking in the same direction, ie, in a line (or path) is straight. And set the "Speed (Velocity)", in general, but requires the appointment of two things, "the amount (or quantity)," any "amount of movement," and "direction" in which the moving body or particle.
If you are located in the "empty space (from the article)", ie outside the gravitational fields, and measure the speed "bullet light (ie light)" launched it, and you are standing, static, not moving, you will find 300 thousand kilometers per second; These "bullet ", and irrespective of direction," in which the move, away from you 300 thousand miles per second, ie after 10 seconds, for example, be away from you 3 million miles.
If launched in the same direction it takes at a constant speed of 100 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 200 thousand miles per second.
If launched in the same direction it takes at a constant speed of 250 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 50 thousand miles per second.
If it launches in the opposite direction you're going at a constant speed of 250 thousand kilometers per second (for example), the speed remains, according to your size to them, 300 thousand miles per second; it will not be 500 thousand miles per second.
The speed of light (in vacuum) and whatever the direction is not affected at all speeds of the observer (located outside the gravitational fields), as long as the speed of this observer fixed amount and direction; In this sense we understand the speed of light as the "absolute velocity"; the speed of light does not depend on the speed of the observer which is measured, not on the speed of the source of this light.
In "empty space (from the article)", or outside the fields of gravity, "only" going light (in a straight line) at a constant speed of 300 thousand kilometers per second, regardless of the direction of movement or speed, whatever the speed of "source" this light "If what (ie, to" condition ")" was measured by the observer which is also located in this same space, and moving quickly fixed (whatever amount) in the same direction, ie, in a line, or path, straight.
This observer is enough to "accelerate" it increases the amount of speed (or deviate from the straight line in the biography) to change the speed of light in a vacuum; The more speed (for example) has increased the speed of light (in vacuum) measured according to them; it will not continue to 300 thousand miles per second; they can become (for example) 400 thousand miles per second.
This observer was present inside the chamber (glass) small size and mass; and this room (located in the outside gravitational fields, or in the "empty space") were not rapid; because it was moving quickly fixed a regular basis, in a straight line.
This means that this observer was the weight is zero; Inside his room, there was no effect of gravity.
Now accelerated his room, any increased speed (for example). If it remains in the same direction; but quickly growing every second, allowing generation of gravity inside amended, in terms of intensity, gravity at the Earth's surface, the observer gain weight similar to the weight on the surface of the earth. If there still room going acceleration which generates within them attractive adjusted, in terms of intensity, gravity, too, after a certain time, close to the speed of light, the observer will not see the speed of light in a vacuum outpace nominal (300 thousand miles per second).
If the speed of the room is growing every second, allowing generation of gravity inside amended, in terms of intensity, gravity at the surface of "neutron star", for example, acquired the observer the same weight dramatically so; The slow (or delayed, or extended, or curvature) time (in inside this room, for example) is bound to the consequences of each acceleration, and the tremendous acceleration, even remained constant.
Imagine that the speed of the room was getting 1000 meters per second, every second.
Then become the second one when the observer is much longer than the second floor, and become a Matra, which is located in the form of a metal rod, much shorter than a meter ground. And measuring the speed (all speed) but requires the presence of "time" and "m".
Suppose that this observer has measured accelerated the speed of light in a vacuum and found 500 thousand miles per second. This relative increase (ie the proportion of it) at the speed of light (in vacuum) is inevitably the consequence of slowing time and shrinking meter. This contraction, and that slowdown, are the consequence necessarily on the acceleration of the room (with generated by this acceleration of gravity within it).
If you continue up the room going acceleration the same, the speed of light (in vacuum) are the same (500 thousand miles per second) from the perspective of observer, even became his room (some of the expiry of a certain time) travel at nearly the speed of light; the "acceleration constant" no more than the slow (or extended, or curvature) of time, even if that leads to the room to make travel at nearly the speed of light.
If you want to make progress in the room time is slower than ever before, you have to increase the acceleration itself (and breed, then, in the room more attractive and stronger).
Suppose you did this (ie increase the acceleration itself), does remain the speed of light in a vacuum as Qsthe before?
No, will not remain; it has now become 700 thousand miles per second.
The room grew faster hard and large it must be notified, after a certain time, close to the speed of light; If stopped accelerating, and has been going (in the same direction) as fast as regular fixed amount (for example) 250 thousand miles per second, the observer will find the speed light in a vacuum, when measured, might have returned to amend the nominal speed (300 thousand miles per second).
Non-accelerating observer status in the way of light (or bullet, optical, or "photon") thick wall of glass, and found that the speed of light has decreased slightly from 300 thousand miles per second while walking in the inside of the wall; but the light that is out of the wall glass to vacuum, or empty space, even resumed walking pace tormented the nominal, ie, at 300 thousand miles per second; the speed of light just below the very speed of nominal during the penetration of some substances, like air, water and glass; and while walking in most parts of the space between the stars; and the commensurate decline in the speed of light with the intensity of scattered material in the space between the stars.
Now, he wanted to observer is accelerating, and is located in the empty space, or outside the gravitational fields, to measure the speed of light, which runs not in the empty space, but close to the "black hole", ie, in the space closest to the surface of the "black hole", and named " Event Horizon "; have Kasha, and found equal to a few meters per second.
Suppose that this observer, with his room, go towards the "black hole"; then proceeded to fall to utter its surface, after entering the field of gravity on this body (ie the "black hole").
During this free fall, launched the observer of the "pistol" light "bullet" light in the space surrounding it, and that falls in it; then measured the speed, and found 300 thousand miles per second.
This observer, with his room, drops utter defeat; and this means that his room (also) falling towards the surface of the "black hole" quickly growing steadily increasing every second; but enormous. This room is now in the static acceleration was caused by "external force", what utter body falls within any field of gravitational fields, he must be accelerated, in the fall, a constant acceleration (certain).
During this free fall, and as a result, the observer knows nothing of gravity within his room, then it is not the existence of gravity, the same room with the fall (utter) within the field of the strong gravitational pull.
Every body in this room inside the Fallen lose weight; and if no significant difference between the observer to be inside his room which floats freely in the gravitational fields outside and be inside the utter fall within the field of gravity.
Even held the same room on the "black hole" at a constant speed, the amount of this rotation does not come as to make it different from the "free fall," P "rotation (albeit not as rapidly fixed amount)" is a kind of "free fall", does not see the observer, then , in his room inside the circle a bit of gravity, the same room with that place within the gravitational field (on the "black hole").
We believe that the speed of light Kasha observer in place (or position), which falls towards the surface of utter defeat, "black hole", amend the nominal speed (300 thousand miles per second).
If the observer wants now, with utter Falls, measure the speed of light, which runs close to the surface of the "black hole" will find much lower than the nominal speed; If, at the same time, to measure the speed of light that travels in space far from the " black hole, "Outside gravitational fields, you will find it exponentially more than the nominal speed; is, any observer could, for example, to find the speed of light that is in the gravitational fields outside the 100 million miles per second; The finds trillion miles per second !
This shows the qualitative difference between large and that the observer in his room inside the floats freely in the gravitational fields outside and inside to be in a freefall drop in the gravity field on the "black hole", or within any field of gravity.
Observer wants to, during free fall, to resist this fall, using the "external force", his room is a missile, fired the rockets, pushing his room in the opposite direction (ie up).
Before, was his room fall utter (rapid acceleration constant) towards the surface of the "black hole"; now (ie after the launch of rockets his room) to become ascend to a higher resistance to free fall; has become a rapid acceleration caused by those "external force". Because of this acceleration generated within them attractive.
By (ie, during free fall) observer measured the speed of light in place, or position, and found 300 thousand miles per second; now (ie in his room during the acceleration to the top thanks to the launch of Soreichha) and found more than 300 thousand miles per second ; I have found, for example, 500 thousand miles per second.
The explanation for this difference in the speed of light say that the local acceleration of the room (because of those "external force") to make time in the room slowly, and a meter shorter, Vaneks this change and that observer in measuring the speed of light in place, or position.
Again decided observer (who is now accelerating against free fall) to measure the speed of light, which runs close to the surface of the "black hole". Kasha has found it less sluggish than before. As measured the speed of light outside gravitational fields, he found a little less than before, but have been higher than the nominal speed exponentially.
Observer decided to stop resisting the free fall, and to appeal, then, free-falling towards the surface of the "black hole"; Let us imagine that it is now standing on this surface.
From its new position this (any of the "framework of reference," the new, or "Zmkanh new") measured the speed of light outside gravitational fields, and found, for example, 1000 (or 100000) million kilometers per second; This staggeringly large figure reflects the very slow of time with him, and the dramatic shrinkage of the Matra.
Now imagine that in the space adjacent to the surface of the "black hole" extending transparent tube, length, according to the measurement of observer on the surface of the "black hole", 900 thousand miles.
From a terminal (Party A) launched "light bullet (or" photon ")", walked inside until I got out of the other (party B).
Observer wants to measure the speed of this light, and found 300 thousand miles per second; because those "optical bullet" cut the distance of 900 thousand kilometers per second in 3 seconds; Will agrees opinion is floating freely in the observer outside gravitational fields?
No, not share.
This observer is not accelerating (ie, floating freely in empty space) would tell the observer (located on the surface of the "black hole") that the length of the tube, from my point of view I'm not 900 thousand miles; but only 300 meters (for example). And tell him also that one second you have modified (for example) 50 seconds I have; I am, therefore, I think that those "bullet light" has passed a tube length of 300 meters in 5 seconds, which means that the speed of light you have, and my point of view I am, not 300 A kilometers per second, but 6 meters per second.
Now imagine a transparent tube that extends into the "empty space", or outside in the fields of gravity, and its length, from my point of view I am the observer is accelerated, ie, which floats freely in this space, $ 900 thousand miles.
We have launched "light bullet" went out of the tip A tip of B, conclusive that the distance in 3 seconds, top speed was, therefore, it is my view, the 300 thousand miles per second.
Observer on the surface of the "black hole" will not agree with me this view, and tell me that the length of this tube is 900 thousand miles, but 9 million miles, and that "the bullet light" did not cut that distance in 3 seconds, but in half a second example; this but means (according to the observer's point of view on the surface of the "black hole") that the speed of light I were not 300 thousand miles per second, but 18 million miles per second.
If you consider the observer is accelerated (located in the "empty space", away from the "article" and gravitational fields) to the light moving in the space closest to the surface of the planet very attractive, and to the light of the latest moves in the space closest to the surface of the planet's weak gravity, you'll find first that the speed of light in both planets less than the speed of light has (ie, less than 300 thousand miles per second). Will find, then, that the light of the planet is slower than the first light at the second planet.
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