In physics, theorists are typically way ahead of the curve in explaining exactly what unusual quantum particles might and must exist. Now, physicists in the United States and Finland have actually collaborated to produce a version of a quasi-particle called a skyrmion, very first proposed in 1962 by U.K. physicist and mathematician Tony Skyrme as a design of genuine protons and neutrons. A skyrmion isn’t really an essential particle that “bops you over the head” like a quark or a muon, states physicist David Hall of Amherst College in Massachusetts. Rather, it’s a localized excitation in space, made in a field of spins. The outcome is a a type of self-reinforcing knot, a bit like a Mobius strip that cannot be torn apart other than by severe force. By exactly managing electro-magnetic coils surrounding a glass vacuum chamber filled with superfluid rubidium, the group produced 3D skyrmions for the very first time ever. Their shadowy photos illustrate a bead of 200,000 supercooled rubidium atoms, a couple of 10- billionths of a degree above outright no. Exactly what’s more, the atoms exposed the really spin profiles Skyrme forecasted, held together by a looping electromagnetic field. Unusually, the discovery, reported in Science Advances, might yield insight into ball lighting, an unusual and questionable electrical phenomenon that apparently forms balls of electrical energy meters throughout that can drift through walls and all of a sudden release like dynamite. One theory holds that ball lighting, like skyrmions, might be held together by electromagnetically knotted fields that are remarkably steady.