Field Equations Shorts

Description: Theoretical physics equations : Einstein field equations, Klein-Gordon equation, the Dirac equation, Schrodinger's equation.

Description: The Einstein Field Equations are a useful set of differential equations that describe the behavior of a scalar field in a vacuum. They have been used extensively in the fundamental physics of special relativity, quantum mechanics, and in relativity and cosmology.

Description: Theoretical physics equations : Einstein field equations, Klein-Gordon equation, the Dirac equation, Schrodinger's equation.

Description: Theoretical physics equations : Einstein field equations, Klein-Gordon equation, the Dirac equation, Schrodinger's equation.

Description: Theoretical physics equations : Einstein field equations, Klein-Gordon equation, the Dirac equation, Schrodinger's equation.

Description: A stunning visual metaphor for the laws governing the cosmos. This artwork combines a majestic, red-lit coastal landscape with the abstract beauty of a rainbow spectrum. Beneath the scene is the complete, detailed Einstein Field Equation, describing how space and time are shaped. Titled "THE FABRIC OF REALITY," it represents the unseen mathematical structure behind the physical world. Perfect for physicists, astronomers, and lovers of conceptual science art.

Description: Maxwell's four equations next to an electromagnetic wave, the electric field in gold and the magnetic field in blue. For electrical engineers, ham radio operators and physicists.

Description: the four equations that rule the electromagnetism and all the light in the universe, one of the outstanding dicoveries in physics, gathered in four elegant equations

Description: A star sinking into the fabric of spacetime with a planet orbiting in the curved geometry: the field equations of general relativity. For astrophysicists, physicists and cosmology fans.

Description: A black background displays the mathematical equation "G + qg { = 8πG T^4 / c^4" in white. Below the equation, the text "The Einstein Field Equations." is also displayed in white. The presentation is stark and text-focused.

Description: The Einstein Field Equations are a useful set of differential equations that describe the behavior of a scalar field in a vacuum. They have been used extensively in the fundamental physics of special relativity, quantum mechanics, and in relativity and cosmology.

Description: the lagrangian that describes almost everything in the universe, and the closest we have got to a theory of everything.

Description: The Lagrangian that describes almost everything in the universe, and the closest we have got to a theory of everything.

Description: the famous schwarzschild metric, solution to Einstein field equations of general relativity, physics and science basics.

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: Faraday law of electromagnetic induction which is the founding block of almost all the engineering we use, from electrical to mechanical engineering.

Description: one of the most fundemental equations in physics, euler lagrange equation

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: 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 Lagrangian that describes almost everything in the universe, and the closest we have got to a theory of everything.

Description: deriving d'Alembert wave equation of electric field from Maxwell's equations

Description: One of the most fundamental equations in physics, Euler Lagrange equation, that helps derive the equations ruling the universe once we determine the Lagrange.

Description: The definition of the Action, which can lead to one of the most fundamental equations in physics, Euler Lagrange equation.

Description: Deriving d'Alembert wave equation of electric field from Maxwell's equations.