In Your Discussion Of Event Horizons, You Stated That Light Falls Just Like Ever…

What is the best evidence for the existence of black holes? Is it all really just a theory? I've heard that a black hole 'belches' light and radiation whenever something falls into its event horizon. ... Our Sun can never become a black hole. ... Although your watch as seen by you would not change its ticking rate, just as in special.... stuff coming out. i don't think stuff can come out of a black hole could some one explane?(sorry about spell). Without being "fed", black holes actually loose mass through its poles. Someone else can explain fully but as black holes spin, the centripetal force is enough to "throw" light ... AFAIK, matter that falls into a black hole will cross the event horizon in a finite.... The Event Horizon Telescope has released the first-ever image of a ... announced at today's press event, We are delighted to report to you ... She explains the shadow as the black hole absorbing the light ... When the light falls into the event horizon, that part is dark in the image. ... JOIN THE DISCUSSION.. Decay of a near-extremal black hole down to the extremal state is studied in the ... that falls into the singularity might for example be destroyed, or leaked out to the exterior ... sitting just behind the event horizon, and the event horizon is quantum ... In the extremal case, on the other hand, the outgoing light rays never peel.. The first, which permits only time travel into the future, is the time dilation effect responsible for the twin paradox discussed in Chapter 6. ... Each of these distinct paths connecting the same two events has a different length as measured ... The closer that the average speed is to that of light, the closer the proper time comes to.... It's all correct, but it requires knowing what light-like paths are. ... I'll think carefully about how to address the points you've raised, and poke at this a bit ... This discussion of infinite forces at the SR is simply untrue either of total or tidal effects. ... in that the free-falling hook never crosses the horizon w.r.t. the external observer.... Explain the event horizon surrounding a black hole; Discuss why the popular notion of black holes as great sucking monsters that can ... Recall that the pull of gravity depends on both the mass that is pulling you and ... An object with such large escape velocity emits no light, and anything that falls into it can never return.. Even for supermassive black holes, the size of the event horizon is at most ... wavelength light, what you'd see is that as stuff falls, it will appear to fall ever more slowly (and ... You state from the point of view of a distant observer, an object can never ... so it is kind of pointless to discuss the order in which they will not be seen.. So there you are, about to leap into a black hole. ... "Falling through an event horizon is literally passing beyond the veil once someone falls past it, nobody could ever send a message back," he said. ... theory of relativity raised a discussion about whether objects could physically travel through them.. You are now in a position to appreciate the basic problem in accounting for ... Current ideas about the workings of this engine are discussed in the next section. ... According to classical physics, any object that falls into it can never get out again. ... the event horizon where the gravitational field is strong, but not so strong as to.... It's the first result from the Event Horizon Telescope, a global ... one giant telescope, expressly to find out what a black hole looks like, ... "The confrontation of theory with observations is always a dramatic moment for a theorist," said ... of very hot, swirling gas and dust that is slowly falling into the black hole.. (Manchak's arguments will be discussed further in section 4 below.) ... space-time fails to be effectively complete, then there is a freely falling observer who never records ... It is perhaps surprising that the state of motion of an object as it traverses an ... (This is the red-shifting of light close to the event horizon.).... How can light be trapped by the gravitational pull of a black hole if light has no mass? ... used to inspire research topics for students or to encourage class discussion. ... The hot matter swirling near the event horizon of a black hole is called an ... hole the force of gravity falls off as the inverse square of the distance, just as it.... The size of the event horizon is fairly easy to estimate: a black hole of equal ... yet been detected in nature, and any light produced by particles falling on the ... and electric charge (though it's unlikely realistic black holes will ever have ... (You may have read about quark stars, hypothetical neutron star-like.... I will also discuss this with my professors. ... the event horizon (not the singularity), and the singularity was just, as you said, a point ... the event horizon to the speed of light, in other words, if you take into account what an ... person who is falling in continually approaches the event horizon, but never actually.... If ever there was "a riddle wrapped in a mystery inside an ... Again, if you imagine a tennis ball, if you let it go, it falls down. ... As I've said, when light approaches a black hole, it enters this region of the interior, the inside of the ... If you go inside the event horizon, which is sort of like a threshold but is not the.... Review and cite the most recent EVENT HORIZON protocol, troubleshooting and other ... photon of visible light can escape from (event horizon of) the Black Hole. ... I must remind you that Einstein never accepted the quantum uncertainty and his ... In astrophysics, in the theory of black holes, when it is said that an in-falling.... In your discussion of event horizons, you stated that light falls just like ever ... just as a satellite will bend in flight as it passes the celestial object.. That is the actual velocity by which you transition from from solar ... One of the standard things said about black holes is that as material ... discussion is that this is a rather simplistic description of the situation from only two vantage points. ... The event horizon is where the escape velocity is the speed of light,.... A more physical sense in which it might be said that things take forever to fall in is provided by looking at the paths of emerging light rays. The event horizon is what, in relativity parlance, is called a "lightlike surface"; light rays can remain there.

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