Author Topic: CNPS General Discussion  (Read 103 times)

Admin

  • Administrator
  • Full Member
  • *****
  • Posts: 177
    • View Profile
REVIEW PROCESS
« on: June 09, 2017, 02:29:14 pm »
Friday, June 9, 2017 10:00 AM
<Bruce
_" I " means "improbable". I said I'd rate all his ideas as improbable because his fundamentals were improbable. Therefore, all the concepts that use them are on shaky ground. As for explanations, the long papers I attached provides my explanations.
_I don't understand why you said, "I figured the I ratings are the main ones for theorists to consider for improving their theories." I would expect you to focus on the " P (probable) " ratings. My reasoning for this is, we have to assume we are looking at a new theory (P.U.T. in this case) because it breaks new ground. Ground breaking papers are often total nonsense. That's what we want to rule out. BUT, if there are some good ideas in there, I would expect reviewers to rate them P.
_The point I was trying to make to you was that just having people create a ratings list doesn't capture enough detail to guide a facilitator to commit other people's effort to review a paper. Below, you said something that is more in keeping with this point. You said, "what I and two others agreed are probably the main essential ideas of P.U.T." That is, some people (let's say you and the other two for this case) who the society believes are sound thinkers, pick out some promising concepts and guide a number of members to review them in depth. The result of that review would be one of your papers. However, it would also have other outcomes related to the structured approach:
    The result paper would be published by CNPS
    The paper would be indexed with associations to Mathis, P.U.T. , and the topics selected for review in the paper like: photons, Time etc.
    Entries for Mathis and P.U.T. would be added to the general CNPS physics index along with citations to Mathis' work.
_The major goals here are: a. the study effort that would be done for the paper never has to be done again; and b. other scientists will easily find it doing an index search on  Mathis, P.U.T. or any of the key topics addressed in the review.
_The only comment I'd add about the 5-part plan is that it would be a guideline for any new research we do that generates raw data.

Fri 6/9 2:23PM
>Bruce
_You said: "Ground breaking papers are often total nonsense. That's what we want to rule out. BUT, if there are some good ideas in there, I would expect reviewers to rate them P."
_That makes sense. CNPS would want to know what gets rated P. Theorists would want to know what gets rated I in order to know better hot to improve their theories. So I was using theorists' perspective, while you were using CNPS' perspective. Right?
_You said: "some people ... who the society believes are sound thinkers, pick out some promising concepts and guide a number of members to review them in depth. The result of that review would be one of your papers ... [and] other outcomes"
_Should I look for such thinkers to serve as fellow reviewers? I guess you won't mind if I look for them. Right?
_Below, I've reduced the list of essential elements of P.U.T. to those that most interest me. Would you like to just briefly look them over and say if any of them seem possibly true? I ask, because I'm interested in what you may know that may disprove any of them, and because it may help me learn a good review process. Si?
_ESSENTIAL ELEMENTS of P.U.T. with DEFINITIONS
 . Photon: a particle of a fundamental mass and radius, or a multiple thereof
 . which is detected as visible light, or so-called electromagnetic radiation;
 . also, the building block of subatomic particles (all matter in the universe)
 . Spin: the rotation of a photon, or any subatomic particle [or any atom or ion]
 . Electricity: work done on a load by photon translational forces
 . Magnetism: work done on a load by coherent photon surface spins
 . Heat: infrared photons
 . Charge: photon pressure (equivalent to mass), ie emission of photons from subatomic particles (neutrons emit very little)
 . Atomic Charge Neutrality: the state of an atom or molecule that emits little photon radiation
 . Electron: smallest subatomic particle, too large to reach the speed of light;
 . in atoms it "orbits" the pole of a proton and neutralizes (partly blocks) charge
 . Proton: primary subatomic particle responsible for charge
 . Neutron: a nearly neutral subatomic particle;
 . free neutrons decay because of lesser emission which exposes them to ambient field photon collisions
 . Alpha: alpha particle having two each of protons, neutrons and electrons;
 . it forms the core of larger atoms, either single or up to five combined
 . Carousel: opposing pair/s of protons in one equatorial plane around the polar axis of [an atomic] nucleus
 . Math, Physics & Quantum Mechanics Errors: flawed calculations for the microcosm based on zero diameter of electrons and photons, zero mass of photons, flawed logic, etc
« Last Edit: June 14, 2017, 08:59:24 pm by Admin »