![]() ![]() ![]() Universe, but we don't know what dark matter is. For example, dark matter makes up a quarter of the Scientists can use what they know about the Higgs boson to find If itīehaves differently, it could tell us something new. To know if the Higgs boson behaves as their theory predicts. Looking for the Higgs boson very difficult and very timeįinding the Higgs boson is just the first step. These particles can then decay into other particles. As soonĪs the Higgs boson is created, it decays into other particles. Together inside the Large Hadron Collider to look for the Higgsīut, the Higgs boson doesn't hang around for long. Electrons, quarks and protons are all produced in thisįlash of energy. When the particles that make up protons collide, you get a flash Miles in diameter, which fires protons at each other near to the How do you look for one tiny particle in a sea of other Particles being found and help scientists answer even more The discovery of the Higgs boson could lead to new and exciting If you were a physicist, you'd be excited too! It suggests that one of science's greatest theories is probably How the universe works is probably correct. Their picture of what everything is made of and The discovery of the Higgs boson means that scientists are on The universe works would have been very wrong.Įxist? Our theory about the universe would be wrong! If the Higgs boson didn't exist, our best theory about the way It is the key to telling us whyīut scientists had never seen it. The Higgs boson was suggested 50 years ago as a particle that Sure why there is a variety of particles with lots of different What most of the particles in our universe are. Scientists had a model for the way the universe works. Would never have come together to form planets, stars and even Still be zipping around at the speed of light. Without the Higgs field, particles wouldn't have mass. They move through the Higgs field at the speed of light, Some particles, like photons, which form lightwaves, remain Some particles, like electrons, do not get slowed down by the ![]() Instead of zipping around, particles slowed down. When particles travel through the Higgs field, it's like they are Trillionth of a second after the Big Bang The Higgs field is made up of lots of Higgsīosons, a type of particle. These particles were theīuilding blocks of the universe, zipping around at the speed ofĪbout a trillionth of a second after the Big Bang, the Higgsįield switched on. The Big Bang was the beginning of the universe as we know it.īillions of tiny particles were made. Physicists are excited because they've found the Higgs boson.īut what is the Higgs boson? Why do we even care?Ĭome with Planet Science as we investigate hidden ![]()
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