Wave Equation Socks

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (112)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (55)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (113)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (56)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (51)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (57)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (101)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (90)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (94)

Description: A black background with bold yellow text that reads "MATH PUNS ARE THE FIRST SINE OF MADNESS". A sine wave graph is superimposed over the words "FIRST SINE", with x-axis labels of \u03c0, 2\u03c0, and 3\u03c0. The text has a distressed texture.

Description: A black background features white text at the top and bottom. The top reads "MATH PUNS ARE THE". The middle features the large yellow word "SINE" with a visual representation of a sound wave or sine wave in white and black running through it. The bottom text reads "OF MADNESS" in white.

Description: In 1822, Joseph Fourier showed that some functions could be written as an infinite sum of harmonics. This method called fourier series allowed us to construct very complex signal by only using the summation of sine and cosine signal. Furthermore by taking some statistic method, the scientist figure out that this complex signal can be transformed into frequency domain, so the analyzing or utilization of signal was becoming more advance. Nowadays application of fourier transform can be found everywhere. Your smartphone, your face recognition, radio, stock exchange, heart monitor, etc. And finally it is time to found its application in your daily outfit. Grab it fast.

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: In the general theory of relativity, the Einstein field equations relate the geometry of spacetime to the distribution of matter within it.

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: the wave function of a particle in a central force, which is an explicit solution to Schrodinger equation, in one of it's few relatively easy cases that can be solved manually.

Description: The formula giving the speed of light in a vacuum, this formula is deduced using the d'Alembert wave equation, and it proves the wave nature of light.

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (80)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (62)

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (26)

Description: Illustrated Doppler Effect with Doppler Frequency formula.

Description: Quantum Mechanics Quantum Physicist Theoretical Physics Quantum Computing Science (63)

Description: The General Theory of Relativity is a mathematical equation that describes the way gravity affects light, time and space. The theory was formulated by Albert Einstein in 1915 but remained speculative until it was experimentally verified in 1919.