NoetherSym

Description: and who is not fascinated by the amazing Riemann zeta function

Description: and who is not fascinated by the amazing Riemann zeta function

Description: a powerful tool to calculate the integral or the expression of holomorph functions in complex analysis

Description: a powerful tool to calculate the integral or the expression of holomorph functions in complex analysis

Description: the best description of the force of gravity, made by Albert Einstein using 4 dimensional space time to describe the mouvement of objects (this is the model without the cosmological constant, you can find the other model in my portfolio as well)

Description: the best description of the force of gravity, made by Albert Einstein using 4 dimensional space time to describe the mouvement of objects (this is the model without the cosmological constant, you can find the other model in my portfolio as well)

Description: be greater than average, integral version made only for people who can understand mathematics

Description: be greater than average, integral version made only for people who can understand mathematics

Description: one of the first equations introduced in fluid mechanics, the bernoulli equation translating the conservation of the flow of the fluid in a volume.

Description: one of the first equations introduced in fluid mechanics, the bernoulli equation translating the conservation of the flow of the fluid in a volume.

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: rocket equation, the infamous equation that rules space exploration which is used in every launch of every space ship

Description: rocket equation, the infamous equation that rules space exploration which is used in every launch of every space ship

Description: If you are a math lover I guess you have seen this at least once, and you will not forget about

Description: If you are a math lover I guess you have seen this at least once, and you will not forget about

Description: a beautiful design for finance lovers, people who like trading and investing, and all finance bros

Description: a beautiful design for finance lovers, people who like trading and investing, and all finance bros

Description: the probability density of the normal distribution

Description: the probability density of the normal distribution

Description: one of the first steps that led to the development of quantum mechanics, de Broglie wave length that show particles behave as waves,generalizing the wave-particle duality to all particles and not just light

Description: one of the first steps that led to the development of quantum mechanics, de Broglie wave length that show particles behave as waves,generalizing the wave-particle duality to all particles and not just light

Description: the famous mexican hat potential, very useful in physics, and especially in understanding the Higgs mechanism and predicting masses of particles

Description: the famous mexican hat potential, very useful in physics, and especially in understanding the Higgs mechanism and predicting masses of particles

Description: the time dependent quantum state, obtained by translating the independant solution of the stationary Schrodinger equation

Description: the time dependent quantum state, obtained by translating the independant solution of the stationary Schrodinger equation

Description: Christoffel symbols, one of the fundamental notions in differential geometry and general relativity

Description: Christoffel symbols, one of the fundamental notions in differential geometry and general relativity

Description: Christoffel symbols, one of the fundamental notions in differential geometry and general relativity

Description: Christoffel symbols, one of the fundamental notions in differential geometry and general relativity

Description: the first fundamental form of a surface in differential geometry, important notion used to calculate the curvature and other properties

Description: the first fundamental form of a surface in differential geometry, important notion used to calculate the curvature and other properties

Description: the second fundamental form of a surface in differential geometry, important notion used to calculate the curvature and other properties

Description: the second fundamental form of a surface in differential geometry, important notion used to calculate the curvature and other properties