**Postulate** **1**->Newpde

on pink titles below for backup physics:

Rest Miscellaneous

**Figure 1 solves the puzzle of physics and real#math (just postulate 1) and figure 1 below explains why.**

(Ockam’s razor motivated) **Postulate** ** 1** <->Physics :

z=

**Mandelbrot Set** Plug in the left side (of eq.1) z into the right side zz repeatedly and use δC=0 and get the Mandelbrot set iteration formula. The Mandelbrot set C_{M }is (and from the postulated δC_{M}=0)_{, }z_{N+1}=z_{N}z_{N}+C_{M} (since δ(z’-zz)=δ(z_{N+1}-z_{N}z_{N})= δ(∞-∞)=0). (the **z=zz**) **z=0**=z_{o}. Fiegenbaum point C_{M} smallest real line Mandelbulb on next smaller (baseline) scale. Mandelbulb areas (drdt) for smallest Clifford algebra extremum drdt.

fig.4

Boost m_{1}=tau+mu+m_{e}=3e from S=½ to L=1 at stable r=r_{H}, 2P_{3/2} with m_{1}/2=m_{p }reduced mass. See above sect.2 of above postulate 1 file for some more **applications.** See PartI, partII, PartIII for the rest.

**Comparison and contrast with mainstream concerns:**

The origin of the many postulates of quantum mechanics is considered to be a mystery by one and all.

Not really: 1) **Quantum mechanics arises from a circle**.(see below)

The connection between general relativity and quantum mechanics is stated over and over again to be the greatest unsolved problem in physics.

Not really: 2) **General Relativity(GR) comes out of quantum mechanics in 1 step**.(see below)

A century has been devoted to the origin of high energy particle physics by thousands of people using billions of dollars worth of particle accelerators. It is supposed to be quarks, gluons, qcd SU(3) gauge forces, require many free parameters,..and so on and so forth.

Not really: 3) (high energy **3e composite**)** **Particle physics is just a ortho** **and para state (see below)

The latest version “Standard electroweak Model” is now encumbered by pages of Lagrangian density terms, and so literally hundreds of postulates.

Not really: 4) Rotate e,*v* to get the Standard electroweak Model (it’s merely **composite e, v**)

**.**(see below)

**Expansion of the above answers:**

(**1**)Plug z=1+δz into z=zz+C, δC=0 (eq.1) and get δ(δz+δzδz)=0 which splits into *Im* Clifford Algebra and *Real *Minkowski metric components which imply that **circle** ds^{2}=dr^{2}+dt^{2} so δz=dse^{iA}. Write in angle ‘A’ radian measure dependence on r,t, take the r partial derivative and rearrange and you get a Hermitian operator and so “observables” formalism and then the Dirac equation of quantum mechanics (given that Clifford algebra). See sect.1 of above postulate 1 file.

(**2**) Note *square roots* of *k*_{oo}=1-r_{H}/r=1/*k*_{rr }in the new pde (so same *k*_{ij} math functionality as in the Schwarzschild metric g_{ij} *but* coming from QM instead.). So* squaring* (actually** **iterating) the New pde on** **the next higher(cosmological) ** **fractal scale, where r_{H}=2GM/c^{2}, gets the Schwarzchild metric gij of GR, a *one step* derivation. **General relativity comes out of quantum mechanics in one simple step!**

(**3**) The** two** positrons in 2P_{3/2} on the r=r_{H} shell are moving rapidly, the central electron is not moving so much at the center, and this New pde 2P_{3/2} state is stable because of h/e flux quantization(PartII) and r=r_{H} motion. So a Clebsch Gordon **two body **analysis with Paschen Back effect excitation, in a straightforward way, leads to a **ortho(s,c,b)** and **para(t)** states with ground state(u/d), the proton. Use Frobenius series solutions (Ch.9) individually for each of the s,c,b,t associated Nucleonic doublets (eg.,P,N for u/d) to get the particle multiplets. See PartII also.

**4**) The **4 axis (New pde) e,v rotations** (giving consecutively the 4 Bosons: Zo,W+,W-,photon) at r=rH on the r,t plane are implied by eq.7 (also see appendix A). **We even get Maxwell’s and Proca’s equations **in these iterative rotations through the New pde e,*v* solutions which means taking a first derivative at each 45deg. rotation.

**Conclusion**: Ultimate Okcam’s razor** postulate** ** 1** implies math AND physics. We finally figured it out.