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I am Drink that so what

It didn't get noble bcz Bose was an Indian, a third world country man at that time,a backward race

Bad "explanation '😐

A hyper cube

Explain this to the nut job "fake sun" ppl on TT who swear they are facing away from it now since the "eclipse" 😂

This is very helpful thanks 😊

This is very helpful thanks 😊

Am here to listen and understand

I really thought the answer to this question was going to be that they prevent fires since train wheels on tracks can cause sparks. Surprised to learn that wasn't even one of the reasons.

Thank you so much 😊

2:49 Fun Fact: That gas is mustard gas

How I understood it in my childhood was it could have four 90 degree angles from the center and hence adding up to 360. Also 1 straight line dividing the circle in halves (also called as diameter), has 180 degree angle, therefore adding upper half 180 degree and lower half 180 degree giving us 360 again. :)

"The God*mn particle" 😂 Hilarious name for the frustration to detect this particle

Thank you😊😊

Another point it’s acts as an insulation medium between high tension wires to ground to prevent air charge distribution . If any object in between energy passes through. Same as like capacitor principle or thunder storm principle. That’s why you can see same kind of stones in substations as well

Imagine roughly 7 years I'd research being explained in an 8 minute video😂 Oh wait...

Thanks

Space interacts with time as in objects in the spae interact with other objects in space. Why then is space considered to be the same as time?

Amazing vid! Keep it up 😁👍

Is anyone else here for free head?

Nannu nammukunte etuvanti samasyalaina pariskaram aitayi rate enta panukonu evaranna emanna anukuntaru doctor,Pani madi angadi le gorre nammindi Annam evaranna emanna anukuntaru

A pillodu St nellu holidays,nenu eddariki manchidi esta oc

Here's the thing: Aetheists and Christians both believe that something can't come from nothing. This means that both living and nonliving things come from something. But, this something, matter, must be placed somewhere, space, and in a sort of "some-when", time. This means that time, space, and matter all had to be created at once. So, something outside of all 3 of these dimensions must be present in order for the beginning of the universe to be created. Additionally, the Bible is a very, very accurate document of history so God is, therefore, proven through history and science. If someone were to argue the Big Bang, the theory states that the universe emerged from a primeval atom, matter, that predates everything, time. However, this means the atom must have been placed somewhere at some time before this phenomenon existed. Hence, a creator had to exist outside these 3 dimensions in order to create the primeval atom which means this creator is infinite. Hence, there is a God that exists and, considering you speak of Christians and their Holy Book is historically accurate as proven by other historical documents and archeology, such as the discovery of Noah's ark, Sodom and Gomorrah, and the state other people who have wrote about Jesus, Christians are correct in saying that God created the universe.

Prema ante estam ledu malli manasu lo emundo telusukodam avasarama roju cillara evaram

Thank you for your very warm and clear reading voice. This video helps me a lot. Really like this channel.

Really interesting 🤔 thanks

so in short the reasons are: 1. money 2. money 3. money

I wanna have thunder powers so badly 😭🙏

Esistono anche i gradi centesimi usati dai topografia.

I like this video 💗😍

hi

6

Since he was a patent clerk it has me wondering if he stole peoples work

Yesterday i got a electric shock (240 volt)during switching off the fan with barefoot and plastic scale in my left hand

▪️ 9:55 No, actually the entire thing was a ruse from day one... This was beyond obvious by MAY of 2020. This video was uploaded in August. Anyone still pushing the BOOGEYMAN-I9 narrative from 5/20 & after were/are either lazy, dumb, or shilling. Cut and dry. ⬛

I'll provide brief explanations for each of the 100 topics in quantum physics: 1. Wave-particle duality: Dual nature of matter and energy, where they exhibit both wave-like and particle-like behaviors. 2. Quantum superposition: State of a system being in multiple states simultaneously until measured. 3. Quantum entanglement: Phenomenon where particles become correlated in such a way that the state of one instantaneously affects the state of the other, regardless of distance. 4. Uncertainty principle: Principle formulated by Heisenberg stating that the more precisely the position of a particle is known, the less precisely its momentum can be known, and vice versa. 5. Schrödinger equation: Fundamental equation of quantum mechanics describing how the wavefunction of a physical system evolves over time. 6. Quantum tunneling: Phenomenon where particles penetrate through a potential energy barrier that they classically shouldn't be able to overcome. 7. Quantum interference: Effect where waves combine to either reinforce or cancel each other out. 8. Quantum decoherence: Process by which quantum systems interact with their environment, leading to the loss of coherence and the emergence of classical behavior. 9. Quantum teleportation: Transfer of quantum information from one location to another without physical movement of the information carrier. 10. Quantum cryptography: Use of quantum mechanical properties to perform cryptographic tasks such as secure communication. 11. Quantum computing: Use of quantum-mechanical phenomena to perform operations on data, potentially enabling much faster computation than classical computers. 12. Bell's theorem: Theoretical result stating that certain quantum predictions cannot be reproduced by any theory based on classical realism. 13. EPR paradox: Thought experiment proposed by Einstein, Podolsky, and Rosen to highlight what they saw as the incompleteness of quantum mechanics. 14. Quantum measurement problem: Philosophical issue in quantum mechanics concerning the nature of wavefunction collapse upon measurement. 15. Quantum non-locality: Property of quantum mechanics where particles can be correlated in ways that cannot be explained by classical physics. 16. Quantum information theory: Study of the properties and processing of information in quantum systems. 17. Quantum entanglement swapping: Process where the entanglement between two particles is transferred to two other particles, even if they never directly interacted. 18. Quantum key distribution: Method for secure communication based on the principles of quantum mechanics. 19. Quantum teleportation protocol: Step-by-step procedure for transferring the quantum state of one particle to another distant particle. 20. Quantum error correction: Techniques for protecting quantum information from errors introduced by noise and other disturbances. 21. Quantum gates: Basic building blocks of quantum circuits, analogous to classical logic gates. 22. Quantum algorithms: Algorithms designed to run on quantum computers, potentially offering exponential speedup over classical algorithms. 23. Quantum annealing: Optimization technique that leverages quantum effects to find the global minimum of a given objective function. 24. Quantum entanglement distillation: Process of purifying an entangled state to increase its fidelity and usefulness for quantum communication. 25. Quantum teleportation network: Network of quantum devices interconnected by teleportation links for quantum communication. 26. Quantum communication: Communication using quantum systems, often leveraging properties like entanglement and superposition for security and efficiency. 27. Quantum supremacy: Demonstration of a quantum computer outperforming the most powerful classical computers for a specific task. 28. Quantum phase transitions: Transitions between different phases of matter driven by quantum fluctuations rather than thermal energy. 29. Quantum walk: Quantum-mechanical analog of classical random walks, with applications in quantum algorithms and simulations. 30. Quantum field theory: Framework combining quantum mechanics and special relativity to describe fundamental particles and their interactions. 31. Second quantization: Formalism for quantizing systems with an infinite number of particles, commonly used in quantum field theory. 32. Quantum electrodynamics (QED): Quantum field theory describing the interactions between electromagnetic fields and charged particles. 33. Quantum chromodynamics (QCD): Quantum field theory describing the strong force that binds quarks together to form hadrons. 34. Standard Model of particle physics: Theory describing the electromagnetic, weak, and strong nuclear interactions, as well as the Higgs mechanism. 35. Quantum gravity: Theoretical framework aiming to reconcile general relativity and quantum mechanics to describe gravitational interactions at a fundamental level. 36. String theory: Theoretical framework attempting to unify all fundamental forces and particles by modeling them as one-dimensional "strings." 37. M-theory: Extension of string theory that includes 11 dimensions and various types of extended objects beyond strings. 38. Loop quantum gravity: Approach to quantum gravity that quantizes space-time using techniques from loop quantum mechanics. 39. AdS/CFT correspondence: Duality between a theory of gravity in anti-de Sitter space and a conformal field theory on its boundary. 40. Quantum black holes: Hypothetical black holes whose properties are described using both quantum mechanics and general relativity. 41. Quantum cosmology: Application of quantum mechanics to the study of the origin, evolution, and structure of the universe. 42. Quantum foam: Hypothetical structure of space-time at extremely small scales, where quantum fluctuations cause it to fluctuate wildly. 43. Quantum spin: Intrinsic angular momentum of elementary particles, which can take discrete values. 44. Quantum spin Hall effect: Topological phenomenon where an insulating material conducts electricity along its edges due to quantum spin properties. 45. Quantum Hall effect: Phenomenon where the Hall resistance of a two-dimensional electron gas exhibits quantized plateaus in the presence of a magnetic field. 46. Fractional quantum Hall effect: Quantum Hall effect observed at low temperatures and strong magnetic fields, where the Hall resistance exhibits fractional plateaus. 47. Quantum dot: Nanoscale semiconductor structure that confines charge carriers in all three dimensions, exhibiting quantum mechanical properties. 48. Quantum well: Thin semiconductor layer that confines charge carriers in one dimension, creating discrete energy levels. 49. Quantum wire: Nanoscale semiconductor structure that confines charge carriers in two dimensions, facilitating quantum transport phenomena. 50. Quantum point contact: Narrow constriction in a conducting material that exhibits quantized conductance due to quantum mechanical effects. 51. Quantum ring: Nanoscale semiconductor structure that forms a closed loop, allowing the confinement and manipulation of charge carriers. 52. Quantum cascade laser: Semiconductor laser based on quantum mechanical principles, typically used for mid-infrared spectroscopy and sensing. 53. Quantum entanglement in condensed matter systems: Generation and manipulation of entangled states in solid-state materials for quantum information processing. 54. Quantum dots in nanotechnology: Use of quantum dots for various nanotechnological applications, such as sensors, displays, and biomedical imaging. 55. Quantum phase transitions in condensed matter systems: Transitions between different phases of matter driven by quantum fluctuations at low temperatures. 56. Bose-Einstein condensate (BEC): State of matter where a dilute gas of bosons coalesces into the same quantum state at extremely low temperatures. 57. Degenerate Fermi gas: Gas of fermions at low temperatures, where the Pauli exclusion principle forces them into higher energy states. 58. Ultracold atoms: Atoms cooled to temperatures near absolute zero, allowing the observation of quantum phenomena such as BEC and quantum gases. 59. Rydberg atoms: Atoms in highly excited electronic states, exhibiting exaggerated quantum behavior and long-range interactions. 60. Spintronics: Field of research exploring the manipulation of electron spin in solid-state devices for information processing and storage. 61. Quantum

Sweet, I knew most of this from doing brick paver work. Those compacted limestone bases are solid, compared to the sand bases some paver companies use.

Nature really coded the jellyfish to live in hardcore mode

46😂

Here in Panama on the metro line the tracks have no stones and it´s a modern and not a bumpy train.

Ok i think i can prove this wrong (ofcourse not just tell me where i go wrong) rime for Einstein in his thought experiment would be moving at the same pace as normal but he thinks that it stops because the clock is not moving because the photons that would cause him to see that the clock is moving are not able to catch up to him

I have a physics exam tmrw

Does this mean that the black hole is evaporating space?

Jupiter,Saturn,Uranus,and Neptune had 95,146,28,and 16 moons

So... theres some sort of field or spmthing, that runs through everything, aaaand disturbance in this field gives an illusion of mass to everything (except light), aaand this is all theory anyway and we cannot fully explain any of this and theres no practical aplications. Got it.

0:58 isn‘t that just the event horizont? The mass is compressed into an infinitisimal small singularity, or am i wrong?

This is so obvious &TRUE. DARWINS EVOLUTION IS THE ONLY TRUE ANSWER TO ALL LIFE ON EARTH. EVOLUTION THROUGH NATURAL SELECTION. -- YES, YES, YES.

Im more interested in where so many perfect rocks come from... Other than this it common sense...

Very very good animation superb ❤❤

I wish the sound effects mix wasn't so loud...