You should have a 3 new tabs in tpt named quarks: (UQUA, CQUA, TQUA, DQUA, SQUA, and BQUA Up quark Charm quark ect...) with their respective quantum properties. Then Leptons: (ELEC, the real electrons, MUON, TAU, ELNE (electron neutrino) MUNE (muon neutrino) TANE (Tau neutrino). Then you should have Gauge B (gauge bosons) for the force carriers. GLUO (gluon, stong force carrier or color charge) PHOT (the real version of Photons, carries electro-magnetic force) and WBOS and ZBOZ for the weak nuclear force. all with their respective properties, and if you want you can add GRVN (for the hypothetical graviton, could do some interesting stuff with that) and the Higgs Boson if you want, HGBO dont know what it would do, but you could work with it.
Hello, I tried a double-slit experiement but photons did not change their angle. If it is quantum-based then smaller slits would give passing electrons a bigger randomized diffraction velocity along slit axis while bigger slits doesnt affect much. Are you using a particle approach or a wave approach for photons? I can add opencl-gpu random number generator for you after finishing the airSolver auxilliary function here https://powdertoy.co.uk/Discussions/Thread/View.html?Thread=238&PageNum=7 .
Maybe the diffraction does not occur because we are constantly observing it?
But seriously diffraction should be implemented; because Physics.
I dont even know if this thread is relevant anymore...