acrossTPB

Description: The emission spectrum lines in the visible part of the spectrum are depicted here.

Description: The Hertzsprung-Russell diagram shows the relationship between a star's temperature and its luminosity. This image shows the relationship of the color to the temperature. This picture is great for any astrophysicist, physicist or physics lover in general.

Description: One of the most famous and most recognized equations.

Description: For all of the Newton's 3rd Law fans out there, this shirt shows that forces always come in pairs.

Description: Hair Raising Fun Since 1929.

Description: A logo for Avogadro's number, first discovered in 1811. It is used to determine the number of particles in one mole of a substance

Description: This image depicts the outline of the Hubble Space Telescope

Description: The iconic hexagon patter of the James Webb Space Telescope is overlayed by one of the most famous images taken by the telescope thus far.

Description: I used the style of the original Transformers TV show logo, with Optimus Prime colors, and overlayed it on a circuit symbol for a transformer.

Description: The world famous mnemonic for the sine, cosine and tangent trigonometric ratios.

Description: The Standard Model is theory in physics that describes all of the known elementary particles and three fundamental forces (electromagnetism, strong and weak).

Description: The standard model is modern physics but this design is retro.

Description: Planck's constant is a very important value in quantum physics and is featured in the Planck-Einstein relationship E = hf.

Description: The elements that make up the periodic table were originally created in nebulae billions of years ago. This image has the shape of the periodic table with a picture of a nebula in the background. Physicists, chemists, and science lovers in general will appreciate the image.

Description: This shirt is a logo for one of the most important concepts in physics. Inertia is the tendency of objects with mass to resist a change in motion. Physics teachers, physicists, or science lovers in general should appreciate this image.

Description: This image depicts Schrodinger's equation with a stylized text and wave background.

Description: The current standard model consists of fermions (quarks and leptons) and bosons. This image shows the particles that make up the standard model. This image is for physicists, physics enthusiasts or anyone interested in science.

Description: Kinetic energy is the energy an object has due to its motion. This is the formula for it, one that most people come across in middle and high school science classes.

Description: A retro image of a Feynman diagram, perfect for all physics lovers.

Description: Sagittarius A* is believed to be a supermassive black hole at the center of the milky way galaxy. The event horizon is the area around a black hole in which the force of gravity is so strong that electromagnetic radiation cannot escape.

Description: There are three main methods that heat is transferred, conduction, convection and radiation. This image is a simplified version of these processes.

Description: This image depicts the famous physicist, Sir Isaac Newton. Famous for his 3 laws of motion, this picture can be appreciated by physics lovers the world over.

Description: Have you ever been in a situation where somebody asks you to explain relativity? With this design, you could use the time clock thought experiment to explain some of the principles. This image is great for physicists, astrophysicists, or Einstein fans in general.

Description: This image shows a list of the different flavours of quarks. Physicists, physics enthusiasts or science lovers in general will understand the importance of these little things.

Description: Quarks are elementary particles and they come in six flavors. This image shows the six flavors and can be appreciated by physicists, physics enthusiasts or anyone interested in science.

Description: Neutron stars are the densest and smallest stars made up mostly of neutrons. Some of them emit electromagnetic radiation and they are known as pulsars. This design is created for any astrophysicist who loves pulsars and isn't afraid to show it.

Description: This image shows the blackbody radiation curve for the Sun. It is meant for physicists, physics lovers, or science enthusiasts in general. The rainbow shows the area of visible light and the other main areas include infrared and ultraviolet.

Description: This shirt is a logo for one of the most important concepts in physics. Inertia is the tendency of objects with mass to resist a change in motion. Physics teachers, physicists, or science lovers in general should appreciate this image.

Description: Free body diagrams are a way to visualize forces and moments when solving physics problems. Students of physics should be familiar with the classic block on a ramp diagram. This would be a great addition to any physics classroom.

Description: This image depicts Erwin Schrödinger, the famous physicist. Any physicist, quantum enthusiast or physics lover in general should appreciate this picture.

Description: This vintage logo was inspired by the Nobel prize awarded the Feynman, Schwinger and Tomonaga in 1965 for their work in the field of quantum electrodynamics. This image is great for physicists, physics enthusiasts, or particle science lovers in general.

Description: This image depicts the famous physicist and if you look closely you can make out his famous equations. Physicists, electricity and magnetism enthusiasts, or physics lovers in general will appreciate this image.

Description: This image depicts a vintage logo for the quark, the elementary particles that make up hadrons like protons and neutrons. There are 6 flavors of quarks, as represented by the 6 letters at the top. The quark was theorized by Gell-Man and Zweig in 1964. This image is great for particle physicists or science lovers in general.

Description: Heisenberg's uncertainty principle outlines the limit of precision of our ability to measure quantities that are related to one another. This equation is for the most common example of momentum and position.