Read in a book that fall in a bh is the sameto go at c

Thread starter Ignition
Start date Jun 27, 2008
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Book Fall

In summary, the conversation discusses the concept of a black hole and its gravitational pull. "Falling" is defined as the movement towards a black hole, and "the same to go at c" means that the object is moving at the speed of light. The statement is not scientifically accurate, but it sheds light on the mysterious nature of black holes and raises questions for further study.

Jun 27, 2008

Ignition

I have read in a book that fall in a bh is the sameto go at c.
Is it true?

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Jun 27, 2008

cristo

Staff Emeritus

Science Advisor

In what sense? Perhaps you can give us a reference, or a quote from the book.

Jun 27, 2008

Ignition

To fall in a bh means to travel infinite space in finite time, so if a clock is falling, its time blocks, the same as the clock travels at c.

1. What is a "bh" in the context of this statement?

A "bh" in this statement most likely refers to a black hole, a region in space with a gravitational pull so strong that nothing, including light, can escape from it.

2. How is "falling" defined in this context?

In this context, "falling" likely refers to the movement of an object towards a black hole due to its strong gravitational pull.

3. What does "the same to go at c" mean?

"The same to go at c" means that the object falling towards the black hole is moving at the speed of light (c), which is the fastest possible speed in the universe.

4. Is this statement scientifically accurate?

Based on our current understanding of black holes and the laws of physics, this statement is not scientifically accurate. Objects cannot actually reach the speed of light, and the behavior of objects near a black hole is much more complex than simply falling at a constant speed.

5. Why is this statement important in the study of black holes?

This statement highlights the extreme and mysterious nature of black holes, which have been a subject of fascination and research for scientists for decades. It also raises interesting questions about the behavior of objects in the presence of such strong gravitational forces.