Editorial

So-called "fundamental constants" are important unexplained observations. Physicists had an opportunity window of over 100 years between first measurements of major constants and their derivation from first principles by BML. They failed to quantize and lost the physics grand championship race.

A wide-spread doctrine in the physics community segregates important unexplained observations into a special category, the so-called universal or fundamental constants, and acts to deflect attention away from endeavors we call science and physics.

Brief discussion of the ATLAS and ALICE projects at CERN reveals serious questions on their scientific merit. In a proposed scientific merit spectrum, these projects may rank between the zero merit and the hoax levels.

A brief history suitable for both beginners and experts. To be brief, the most important ideas and events are featured.

Conventional physics is based on partial quantization continuous space and time. In full quantization, space, time and energy are quantized. The consequences or advantages and disadvantages of each approach are presented.

First-ever derivation of physical constants from first principles has created a post-apocalyptic world in physics, now undergoing regime change with the physics cartel struggling to maintain control. With the "ground-zero" event described, some survival tips for both students and experts in physics are presented.

Faults in the two main pillars of the Standard Model proved fatal. The balance sheet for physics theory is vastly improved by decreasing expenses and increasing income.

The binary mechanics (BM) bit function team delivered a stunning defeat of the quantum mechanics (QM) wave function team. Play-by-play analysis of the BM victory reviews empirical data leading to the historic bit function win.

The research question is the mystery of the paucity of basic progress in physics for some six decades. This is our crime scene. We seek clues about why some two generations of physicists have held an almost religious belief in continuous space-time.

This video features a 2015 research report in the free on-line JBinMech which has gone "viral" among particle and high energy physicists since it was updated in 2019. Why? Which results have generated such interest? Maybe you can figure it out.