![]() The highest energy reading ever reached in the game was 597.17% on the Geon Experiment by BIGBOSS2295.You must discover 6 particles throught the game you can achive this by running on particle plancks to boost the energy reading to 100.00%. You can play either as male professor Erik, or female professor Niva. Use precise timing and fast reflexes to navigate a subatomic world where floors and ceilings don't exist. Quantum jump from Planck to Planck as you hit critical velocity in Boson X.īuild up speed inside a massive particle accelerator and generate high-energy collisions to discover strange new particles. ![]() An Android port is currently being developed and it is also on Steam Greenlight. The X ± and Y ± bosons are defined respectively as the six Q = ± 4 / 3 and the six Q = ± 1 / 3 components of the final two terms of the adjoint 24 representation of SU(5) as it transforms under the standard model's group:Ģ4 → ( 8, 1 ) 0 ⊕ ( 1, 3 ) 0 ⊕ ( 1, 1 ) 0 ⊕ ( 3, 2 ) − 5 6 ⊕ ( 3 ¯, 2 ) 5 6 X bosons rotate between a color index and the weak isospin-up index, while Y bosons rotate between a color index and the weak isospin-down index.Boson X was created by Ian MacLarty and Jon Kerney, for their website Mu and Heyo. Boson X is available for PC, Mac and Linux as a free download, or for iPhone, iPad and iPod Touch as a paid app. ![]() − pair is created out of energy, and they follow the two branches described above: Different branching ratios between the X boson and its antiparticle (as is the case with the K-meson) would explain baryogenesis. In these reactions, neither the lepton number ( L) nor the baryon number ( B) is separately conserved, but the combination B − L is. Similar decay products exist for the other quark-lepton generations. The first product of each decay has left-handed chirality and the second has right-handed chirality, which always produces one fermion with the same handedness that would be produced by the decay of a W boson, and one fermion with contrary handedness ("wrong handed"). Where the two decay products in each process have opposite chirality,Ī Y boson would have the following three decay modes: : 442 Since some grand unified theories such as the Georgi–Glashow model predict a half-life less than this, then the existence of X and Y bosons, as formulated by this particular model, remain hypothetical.Īn X boson would have the following two decay modes: : 442 However, the Super-Kamiokande has put a lower bound on the proton's half-life as around 10 34 years. Significantly, the X and Y bosons couple quarks (constituents of protons and others) to leptons (such as positrons), allowing violation of the conservation of baryon number thus permitting proton decay. Since the X and Y boson mediate the grand unified force, they would have unusual high mass, which requires more energy to create than the reach of any current particle collider experiment. ![]() In particle physics, the X and Y bosons (sometimes collectively called " X bosons" : 437 ) are hypothetical elementary particles analogous to the W and Z bosons, but corresponding to a unified force predicted by the Georgi–Glashow model, a grand unified theory (GUT). Y: two quarks, or one antiquark and one charged antilepton, or one antiquark and one antineutrino X: two quarks, or one antiquark and one charged antilepton Build up speed inside a massive particle accelerator and generate high-energy collisions to discover strange new particles. For mesons with the same names, see XYZ particle. This article is about bosons of a hypothetical new interaction.
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