Quantum Mechanics vs Einstein: Light Btwn Black Holes, Double Slit Experiment

In summary, if you create a double slit experiment with two black holes at the edges, light will be bent by gravity.
  • #1
namelessuser
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Quantum mechanics vs Einsteins theory of relativity:

How does light move between two black holes if we create a double slit experiment in front of the light? Do the light waves distribute themselves equally on the screen or does gravity distort light waves at the edges?

So just imagine doing a double slit experiment, but we have two black holes at the edges....
 
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  • #2
namelessuser said:
Quantum mechanics vs Einsteins theory of relativity:

How does light move between two black holes if we create a double slit experiment in front of the light? Do the light waves distribute themselves equally on the screen or does gravity distort light waves at the edges?

So just imagine doing a double slit experiment, but we have two black holes at the edges....
There is no conflict between QM and GR in this particular example. Light is bent in the presence of gravity, including the extreme gravity of a black hole.
 
  • #3
namelessuser said:
Quantum mechanics vs Einsteins theory of relativity:

How does light move between two black holes if we create a double slit experiment in front of the light? Do the light waves distribute themselves equally on the screen or does gravity distort light waves at the edges?

So just imagine doing a double slit experiment, but we have two black holes at the edges....
If you want a double slit experiment, you may need three miniature black holes.
 
  • #4
namelessuser said:
Quantum mechanics vs Einsteins theory of relativity:

How does light move between two black holes if we create a double slit experiment in front of the light? Do the light waves distribute themselves equally on the screen or does gravity distort light waves at the edges?

So just imagine doing a double slit experiment, but we have two black holes at the edges....
Can you draw a picture of this? Where is the source of light, relative to the first black hole? Where is the screen, relative to the second black hole? You can draw it by your hand and take a photo by a smart phone.
 

FAQ: Quantum Mechanics vs Einstein: Light Btwn Black Holes, Double Slit Experiment

What is the main difference between Quantum Mechanics and Einstein's theory of relativity?

Quantum Mechanics deals with the behavior of particles at the smallest scales, such as atoms and subatomic particles, focusing on probabilities and uncertainties. Einstein's theory of relativity, which includes both Special and General Relativity, addresses the behavior of objects in space and time, particularly at large scales and high velocities, providing a deterministic framework for understanding gravity and the fabric of spacetime.

How does light behave between black holes according to Quantum Mechanics and General Relativity?

In General Relativity, light follows the curvature of spacetime created by the massive gravitational fields of black holes, leading to phenomena like gravitational lensing. Quantum Mechanics, however, suggests that at very small scales near black holes, the behavior of light could be influenced by quantum effects, potentially leading to deviations from classical predictions. The exact nature of light in such extreme conditions remains an area of active research.

What is the significance of the Double Slit Experiment in Quantum Mechanics?

The Double Slit Experiment demonstrates the wave-particle duality of light and matter. When particles such as electrons or photons pass through two slits, they create an interference pattern on a screen, indicating wave-like behavior. However, when observed, they behave like particles, suggesting that the act of measurement collapses their wave function. This experiment highlights the fundamental principles of superposition and the role of the observer in Quantum Mechanics.

How do Quantum Mechanics and General Relativity conflict with each other?

Quantum Mechanics and General Relativity are based on different principles and mathematical frameworks. Quantum Mechanics operates on the principles of uncertainty and probability at microscopic scales, while General Relativity provides a deterministic description of gravity and spacetime at macroscopic scales. This leads to conflicts in extreme conditions, such as near singularities in black holes, where both theories should apply but currently do not reconcile with each other.

Is there any theory that attempts to unify Quantum Mechanics and General Relativity?

Several theories aim to unify Quantum Mechanics and General Relativity, the most notable being String Theory and Loop Quantum Gravity. String Theory posits that particles are one-dimensional "strings" rather than point-like objects, potentially harmonizing the two frameworks. Loop Quantum Gravity attempts to quantize spacetime itself, offering a discrete structure at the smallest scales. Both theories are still under development and have yet to be empirically validated.

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