03:29
wave mechanics | Lecture 1 | types of wave | physics | Bsc Msc | JAM | TIFR
09:52
Deduction of Gas Laws | Lecture 3 | Thermodynamics | Statistical Mechanics | MSc and Bsc | JAM
08:10
Kinetic interpretation of temperature | Lecture 2 | thermodynamics | Statistical Mechanics | bsc
10:45
Thermodynamics and Statistical Mechanics | Kinetic Theory of Gas | Physics Bsc, MSc | Lecture 1
03:02
Unification of spacetime and matterenergy | physics | mystery
06:06
need of quantum transformation, galilean transformation, lorentz transformation
03:22
Copenhagen interpretation of quantum mechanics | physics | probabilistic nature
02:09
Einstein Rosen Bridge 🌉 | general relativity | negative mass
02:18
quantum chromodynamics | standard model | physics | gluons | quarks
03:07
Quantum Decoherence | Quantum mechanics | superposition
02:19
Quantum Erasers | Quantum mechanics | physics
02:59
Principle of Sufficient Reason | Ajativada | science | Reason
02:34
challenges in physics
01:45
critical thinking 🤔 , science, physics
01:22
pentaquark
02:37
Flavour mixing , particle physics
01:40
Black hole information paradox explained, unsolved problem in physics
02:17
what isquantum teleportation ? | quantum mechanics |
02:43
quantum tunneling in quantum mechanics|| quantum mechanics || Heisenberg Principle
02:07
what is inertial frames of reference, newton's laws
03:17
mass energy equivalence, Albert einstein, special relativity
08:21
FUNDAMENTAL FORCES | FOUR FORCES | MODERN PHYSICS, THEORETICAL PHYSICS | FUNDAMENTAL PHYSICS
06:46
ANTIMATTER | BIG BANG | BARYONIC ASYMMETRY | MODERN PHYSICS | NEXT REVOLUTION IN PHYSICS
03:19
Neutrino | particle | physics | quantum | ghost particle | three flavors | electron neutrino
01:38
Atomic nucleus| Modern Physics | atom | nucleus | proton | neutron | center of an atom
09:24
THE UNIVERSE | BIG BANG |GALEXY | PLANETS | ORIGIN OF THE UNIVERSE
08:03
LECTURE 5 | INTEGRATION | SUBSTITUTION | MATHEMATICS | ONLINE MATHS CLASSES | THEORETICAL PHYSICS
03:49
LECTURE 10 | SOLVED PROBLEM |AREA IN CURVE|THEORETICAL PHYSICS
02:24
SOLVED PROBELM IN PHYSICS 9 | THEORETICAL PHYSICS
03:34
DEAD CAT OR ALIVE CAT | QUANTUM MECHANICS | PARADOX
05:36
ATOM | CHEMICAL BOUND | THEORETICAL PHYSICS
05:55
LECTURE 2 | HARMONICS | FOURIER SERIES | THEORETICAL PHYSICS
04:14
BARYONIC ASYMMETRY PROBLEM | HANDEDNESS OF NEUTRINO | THEORETICAL PHYSICS
06:05
QUANTUM TRANSFORMATION | GALILEAN TRANSFORMATION | LORENTZ TRANSFORMATION |THEORETICAL PHYSICS
04:47
LECTURE 1| PERIODIC FUNCTION | FOURIER SERIES | THEORETICAL PHYSICS
02:08
BIG BANG | INTIAL CONDITION | ENTROPY | COSMOLOGY | THEORETICAL PHYSICS
04:28
LECTURE 4 | LOCATED VECTOR | HYPERPLANE | THEORETICAL PHYSICS
12:18
SOLVED QUESTION | INTEGRATION BY PARTS | THEORETICAL PHYSICS
07:49
FINE STRUCTURE CONSTANT | UNSOLVED PROBLEM | THEORETICAL PHYSICS
09:34
LECTURE 3 | SOLVING THE SCHRODINGER EQUATION | QUANTUM MECHANICS | THEORETICAL PHYSICS
08:12
LECTURE 8 | SOLVED PROBLEM | INTEGRAL | THEORETICAL PHYSICS
05:23
LECTURE 2| SUPERPOSITION | QUANTUM MECHANICS | PROBABILITY | THEORETICAL PHYSICS
07:06
LECTURE 6 | POTENTIAL AND VECTOR E | RELATION | THEORETICAL PHYSICS
06:59
LECTURE 28 | VARIATION OF g | ALTITUDE | DEPTH | LATITUDE | THEORETICAL PHYSICS
04:11
LECTURE 4| VENN DIAGRAMS | CALCULUS | THEORETICAL PHYSICS
11:02
LECTURE 2| THE PROBABILITY INTERPRATATION | WAVE FUNCTION | THEORETICAL PHYSICS
13:18
LECTURE 7 | COMBINING AMPLITUDES | QUANTUM MECHANICS | PROBABILITY | THEORETICAL PHYSICS
08:39
LECTURE 1| BASIC DEVELOPMENTS | QUANTUM MECHANICS | SCHRODINGER EQUATION | THEORETICAL PHYSICS
18:04
LECTURE 5 | CIRCULATION OF VECTOR E. POTENTIAL | ELECTRICITY | MAGNETISM | THEORETICAL PHYSICS
13:25
LECTURE 4 | DIFFERENTIAL FORM | GAUSS THEOREM | THEORETICAL PHYSICS
03:39
LECTURE 3 | DISTANCE BETWEEN VECTORS | ANGLE | PROJECTION | THEORETICAL PHYSICS
04:11
SOLVED PROBLEM | INTEGRATION BY PARTS | INTEGRATION | THEORETICAL PHYSICS
09:32
LECTURE 2 | DOT PRODUCT | NORM | LENGTH | THEORETICAL PHYSICS
05:01
LECTURE 1 | LINEAR ALGEBRA | VECTOR SPACE | THEORETICAL PHYSICS
04:38
WHY CP VIOLATION | CHARGE SYMMETRY | PARITY SYMMETRY | THEORETICAL PHYSICS
04:35
LECTURE 10 | INTEGRATION BY PARTS | INTEGRALS | MATHEMATICS
04:46
LIGHT QUANTA | PHOTOELECTRIC EFFECT | EINSTEIN THEORETICAL PHYSICS
04:41
SOLVED PROBLEM | INTEGRATION BY SUBSTITUTION | THEORETICAL PHYSICS
07:13
LECTURE 6 | SCALAR FIELD | ELECTROMAGNETIC THEORY | THEORETICAL PHYSICS
11:06
QUANTUM GRAVITY | SPACE TIME | QUANTUM MECHANICS | GENERAL RELATIVITY | BLACK HOLE
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About
ACTP - full exploration of theoretical physics.
.Theoretical physics is a branch of physics that employs mathematical models and abstractions of physical objects and systems to rationalize, explain and predict natural phenomena. This is in contrast to experimental physics, which uses experimental tools to probe these phenomena.The advancement of science generally depends on the interplay between experimental studies and theory. In some cases, theoretical physics adheres to standards of mathematical rigour while giving little weight to experiments and observations. For example, while developing special relativity, Albert Einstein was concerned with the Lorentz transformation which left Maxwell's equations invariant, but was apparently uninterested in the Michelson–Morley experiment on Earth's drift through a aether. Conversely, Einstein was awarded the Nobel Prize for explaining the photoelectric effect, previously an experimental result lacking a theoretical formulation.
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