Why QUANTUM MECHANICS Fails To Explain GRAVITY | Does It Really Exist

Hello friends Gaurav here… Can you believe that gravity, which is the most familiar thing, is creating the most trouble to reveal its true face. The defiant nature of trouble with gravity is piling-up right from the Descartes to the present scenario. Infact, there is no single theory which can solve all the trouble of gravity on a quantum level. But Loop quantum gravity theory can be our last shot. To know How? Click on the video.

[GetSetFly]

Do you think Quantum Mechanics fails at explaining Gravity or it might be able to explain it in the future??


And,

[rohitraghuwanshi]

Rig Veda-1-103-2 explains: “The gravitational effect of Solar System keeps the earth stable.”

[sci-simply]

There are various theories that explains gravity at quantum level. Such as :-
Loop quantum gravity, M-THEORY also called membrane theory, string theory, Supersymmetry (also known as SUSY), grand unified theory (also called theory of everything), kaluza-klein theory. But all these theory have some drawbacks. In future Gut (theory of everything) will definitely describe gravity

[amitvilas]

Missed lots of points about gravity....but this channel is great for kids to learn and create intrest in science and

[djrohan]

Sab log aadipurush ke peeche pare hai but gourav bhai apna kaam kar reh hai.. very good bro ...❤

[lokeshjoshi]

Gravitational wave detected by ligo.
The Wave-Particle Duality theory states that waves can exhibit particle-like properties while particles can exhibit wave-like properties.

So In future we able to detect graviton also

[mvlogs]

Instead of slope he used the word pure Hindi or Sanskrit word "GHAT", keep going brother you won the heart ❤️, Jai shree ram 🙏🚩

[I_Lov_you_]

Gravity is not yet fully understood at the quantum level, and attempts to quantize gravity face significant challenges. One major obstacle is that gravity, unlike other fundamental forces, is not described by a particle-like entity called a gauge boson. In quantum field theory, forces are mediated by gauge bosons (e.g., photons for electromagnetism), but no such particle has been found to mediate gravity.

[boltt]

2:25 Force due to gravity will be downward but net force will be upwards when ball moving up and downward when ball moving down 👾

[Im_shiven]

Gravity exist if you study in gravity in terms of mechanics . Beyond mechanics e=mc2 comes to play

[Mriota-psks]

When i ask to Google bard that can we combine general theory of relativity and quantum mechanics so that it can fully explain gravity?
Mean while Google bard says:-
Yes, there are many attempts to combine general theory of relativity and quantum mechanics so that it can explain gravity. These attempts are collectively known as quantum gravity. However, there is no single, universally accepted theory of quantum gravity yet.

One of the most promising approaches to quantum gravity is string theory. String theory is a theory of everything that attempts to unify all four fundamental forces of nature, including gravity. In string theory, gravity is not a force, but rather a property of the fabric of spacetime. String theory is still under development, but it has the potential to provide a complete and consistent explanation of gravity.

Another approach to quantum gravity is loop quantum gravity. Loop quantum gravity is a theory that quantizes spacetime itself. In loop quantum gravity, spacetime is not a smooth continuum, but rather a network of discrete loops. Loop quantum gravity is also still under development, but it has made significant progress in recent years.

There are many other approaches to quantum gravity, and it is possible that a new and unifying theory will emerge in the future. However, for now, the quest to combine general theory of relativity and quantum mechanics remains one of the most challenging and important problems in physics.

Here are some of the challenges in combining general theory of relativity and quantum mechanics:

The two theories use different mathematical frameworks. General relativity is a classical theory, while quantum mechanics is a quantum theory.
The two theories have different views of time. In quantum mechanics, time is an emergent property, while in general relativity, time is an independent variable.
The two theories have different energy scales. General relativity is valid at large energy scales, while quantum mechanics is valid at small energy scales.
Despite these challenges, there is a lot of progress being made in quantum gravity. Physicists are developing new mathematical tools and new experimental techniques to study gravity at the quantum level. It is possible that a new and unifying theory of quantum gravity will emerge in the near future.
Mr gaurav reply this comment if you're not wrong

[krishnasonar]

On 2:08 you said net force and not force due to gravity
So net force will be in the direction the ball is moving in that is
When moving upwards it will be upwards and when moving downwards or at the topmost point it will be downwards
But force due to gravity will always be downwards
There is a difference between net force and force due to gravity .

[shyamkantverma]

Gaurav ji 🙏 for an Excellent Analysis of Gravity . Your style is simply Marvellous , Very Rational and Interesting.

[ISHAN_CREATIONS_OFFICIAL]

Gaurav bhaiya is the one of the legend of science and space 😅😅😅

[abhishekjain]

Your content is awesome brother, its 4:30 AM. I can’t stop watching your videos. ❤

[sayantannath]

your video always makes me amazed and spellbound, Gaurav ji.... !!
But, one thing I want to add the fact that the quantum theory could not prove the existence of Gravitron unless and until quantum mechanics start accepting the influence of string theory in their own quantum gravity...
quantum gravity is the only possible factor to unify the GTR and QM together with the help of a string as the generation of all fundamental forces.

[asteremist]

Editing and Explaination is Next Level 🔥

[U_Y_L_B]

Gaurav I want to tell you that in space the force which holds other heavly bodies around him like sun hold the planets not due to its gravity it's gravitation
So please make a video on GRAVITATION ALSO

[shilpagoyal]

You are the only creator whose videos create suspense to the viewers

Keep it up!

[Swami_ji_]

On behalf of everyone:- I am thanking you for this video❤