Hemispherical First Principles for Subatomic Physics (HemiChem IDS)

The standards for First Principles are extremely high. It is not just an equation that gets predictions, but one that become universal and consistent. Most importantly, every concept and equation must get based upon knowable physics or the clean statistics of those for multiple events and/or particles. The constants must be fixed, not variable. The equations must apply at all distances, not starting and stopping in a range. The operations must translate to flat spacetime. The functions must be math continuous. Today, the most successful set is the Standard Model. Unfortunately, those have virtual particles; the interactions start and stop, and other violations of the strict First Principles standards. Those have variable mass. Those has elementary particles that change (not fixed). Without a major advancement, the Standard Model will never meet the First Principles strict standards. Instead, when the subatomic world starts with particles with an axis . . . each of the quantum equation gets determined by a set of bridge segments that a) satisfy the Standard Model; b) but also satisfy the First Principles ultimate requirements. Hopefully, that provides a bridge to understand and teach the challenging, complex physics behaviors so that better predictions and improved. With this strict set of hemisphere First Principles, one by one those quantum dilemmas disappear.