Gauss Pins and Buttons

Description: Illustration of Gauss

Description: The Gaussian integral, one of most useful objects created in math, reflecting the real world, a gift for math lovers.

Description: Carl Friedrich Gauss

Description: Carl Friedrich Gauss

Description: Blue Abstract Art

Description: Following on from the success of our "Normal" design, we thought there might be an appetite for something slightly less demanding. So, if normal seems like too high a bar to aim for, try this instead. Because nearly normal is nearly as good... right?

Description: "Shipped Globally! If you buy 2 or more you will save on shipping! Reserve yours NOW!"

Description: Awaken from the tomb worlds and cleanse the galaxy of biological life. This 16-bit pixel art design features a Necron Lord wielding green gauss power over fallen Space Marines and Orks.

Description: Gauss, ready for a jog

Description: Carl Friedrich Gauss: Influential German mathematician, physicist, and astronomer. Known for his work in number theory, differential geometry, and statistical analysis. Gauss made significant contributions to mathematics, revolutionizing various fields and laying the groundwork for modern mathematical principles and methods.

Description: A clever physics pun design featuring a cube with arrows and the equation “∯∯ q·dA = 0,” topped off with the joke phrase “NO FLUX GIVEN” — perfect for science lovers, physics students, and STEM nerds.

Description: A clever physics pun design featuring a cube with arrows and the equation “∯∯ q·dA = 0,” topped off with the joke phrase “NO FLUX GIVEN” — perfect for science lovers, physics students, and STEM nerds.

Description: The exponential distribution is one of the most used distribution for describing the random variables. The exponential distribution is a continuous probability distribution. It is used in probability to describe the random variables.

Description: Who's to say what normal really is, right? (Well, maybe Gauss, but besides him?) ((Well, there's a formula too, but that's not the point.)) Anyway, assert your right to be normal with this cool, geek-chic print! For pale t-shirts, look for our alternative version...

Description: Who's to say what normal really is, right? (Well, maybe Gauss, but besides him?) ((Well, there's a formula too, but that's not the point.)) Anyway, assert your right to be normal with this cool, geek-chic print!

Description: Illustrated electricGauss law from Maxwell equations.

Description: Illustrated electric Gauss law from Maxwell equations.

Description: This No Kings theme (simple H-Town design for dark text on light fabric) is based on the 50501-Houston flyer for the No Kings Day protest and includes the URL. All earnings from the sale of this design go to funding the volunteer-led, grassroots activism of 50501 Houston.

Description: This No Kings theme (simple H-Town design for dark text on light fabric) is based on the 50501-Houston flyer for the No Kings Day protest and includes the URL. All sales of this design go to funding the volunteer-led, grassroots activism of 50501 Houston.

Description: This Physics Electromagnetism Gauss's Law design features the exact text No Flux Given. ϕ = ∫s E ⋅ dA = 0. Ideal for Physicist, Engineer, Student, Professor, Science Lover, STEM Enthusiast, and Academic Professional.

Description: Eat Sleep Math Repeat

Description: Legends of math, in band shirt form!

Description: Following on from the success of our "Normal" design, we thought there might be an appetite for something slightly less... intimidating. So, if normal seems like too high a bar to aim for, try this instead. Because nearly is nearly as good. Right?

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

Description: The probability density of the Poisson distribution, a result used in many fields of science, from probability and statistics to other theories.

Description: Illustrated Gauss law from Maxwell equations.

Description: Illustrated magnetic Gauss law from Maxwell equations.

Description: I don't give a flux if your fields are parallel to my surface area. If you're theta and I'm Cos, you better not be 90 degrees.