NoetherSym

Description: d'Alembert wave equation that describes almost all waves, mechanic and electromagnetic, in the absence of friction or loss of energy

Description: the best description of the force of gravity, made by Albert Einstein using 4 dimensional space time to describe the mouvement of objects

Description: the best description of the force of gravity, made by Albert Einstein using 4 dimensional space time to describe the mouvement of objects

Description: Schrodinger equation, one of the most famous equations among physics majors, and one of the most influential ones since it opens doors to theories we didn't know existed

Description: Schrodinger equation, one of the most famous equations among physics majors, and one of the most influential ones since it opens doors to theories we didn't know existed

Description: beta decay of neutron to proton, for nuclear physics lovers, one of the basic notions of nuclear and particle physics

Description: beta decay of neutron to proton, for nuclear physics lovers, one of the basic notions of nuclear and particle physics

Description: the equation of uranium radioactive alpha decay, to thorium and alpha particle (helium), for nuclear physics lovers

Description: the equation of uranium radioactive alpha decay, to thorium and alpha particle (helium), for nuclear physics lovers

Description: one of the first equations introduced in fluid mechanics, the Navier Stokes equation describing the flow of fluids.

Description: one of the first equations introduced in fluid mechanics, the Navier Stokes equation describing the flow of fluids.

Description: Golden ratio value, the number defining beauty, and used in many fields, from math and design to architecture

Description: Golden ratio value, the number defining beauty, and used in many fields, from math and design to architecture

Description: the local version of the famous Ohm's law, which is a result of electromagnetism and the application of Maxwell equations

Description: the local version of the famous Ohm's law, which is a result of electromagnetism and the application of Maxwell equations

Description: the definiton of the electromagnetic tensor derived by working in 4 dimensions in minkowski spacetime

Description: the definiton of the electromagnetic tensor derived by working in 4 dimensions in minkowski spacetime

Description: the definiton of Nabla operator, from which we can extract most of differential operators, such as gradient and Laplace operator

Description: the definiton of Nabla operator, from which we can extract most of differential operators, such as gradient and Laplace operator

Description: Feynman diagram for physics lovers, electron positron scattering, for particle physics and quantum physics lovers

Description: the definition of the determinant of a matrix, using the symetrical group of permutations, for math lovers, and a pretty fancy formula if you want to scare your friends.

Description: the definition of the determinant of a matrix, using the symetrical group of permutations, for math lovers, and a pretty fancy formula if you want to scare your friends.

Description: cosmological constant explaining the expansion of the universe, one of the important notions of modern physics, which once was considered the biggest mistake in the history of science

Description: cosmological constant explaining the expansion of the universe, one of the important notions of modern physics, which once was considered the biggest mistake in the history of science

Description: time dilation, the formula that opened doors to new fields of physics, and proved that time is not absolute, but it is relative and we experience it in different ways.

Description: time dilation, the formula that opened doors to new fields of physics, and proved that time is not absolute, but it is relative and we experience it in different ways.

Description: quantum operator, one of the first operator introduced in quantum mechanics, which helped formalise it and start working in Hilbert spaces and using eigen values and eigen vectors and more intersting results

Description: quantum operator, one of the first operator introduced in quantum mechanics, which helped formalise it and start working in Hilbert spaces and using eigen values and eigen vectors and more intersting results

Description: feynman diagram for physics lovers, electron positron scattering

Description: feynman diagram for physics lovers, electron positron scattering

Description: feynman diagram for physics lovers, electron positron scattering

Description: some of the most fundemental equations and diagrams used in physics, for more advanced people in the field of physics

Description: some of the most fundemental equations and diagrams used in physics, for more advanced people in the field of physics

Description: stirling approcimation giving an approximate value of the factorial of a number

Description: stirling approcimation giving an approximate value of the factorial of a number

Description: the equation of motion of Heisenberg which is a formulation equivalent to the famous formalution of quantum physics made by Schrodinger