Submission Creation Requests

Question

For users without direct submission privileges. Please submit a paper from the Submit Paper page.

IMPORTANT:

Unpublished papers must be downloadable from a public source without the requirement of registration.

Answer 1

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: https://arxiv.org/abs/1111.6597

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 2

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: http://www.etwebsite.com/ligo/Evidence%20of%20gravitational%20waves%20v1.1.pdf

Reference tag: LIGO-1-1
Title: Evidence of Gravitational Waves or Evidence of Confirmation Bias?
Authors: Michael Mozina
Tags: LIGO, Gravitational Waves, Confirmation Bias, Blip Transients
Submission date: 2017-05-11
Category: astro-ph

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 3

[DECLINED:ODP violation]

I propose to submit the following paper to the review section:

URL: https://zenodo.org/record/579726#.WRi5AnXhA8p

Reference tag: 10.5281/zenodo.579726
Title: Nokton theory
Authors: L.SAIDANI
Tags: digital physics; quantum physics; quantum gravity
Submission date: 2017-05-14
Category: physics

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 4

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: http://vixra.org/abs/1708.0372

Reference tag: vixra.org/abs/1708.0372
Title: The Dynamics of the Gravity Field
Authors: Malik Matwi
Tags: vixra.org/abs/1708.0372
Submission date: 2017-08-26
Category: quant-gr

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 5

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: https://arxiv.org/abs/1606.07975

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 6

I propose to submit the following paper to the review section:

URL: https://www.academia.edu/34494654/Supermathematics_and_Artificial_General_Intelligence

Reference tag: N/A
Title: Supermathematics and Artificial General Intelligence
Authors: Jordan Bennett
Tags: Supermathematics, Artificial General Intelligence, Quantum Computing, Supermanifold, Supersymmetry, Lie Superalgebra
Submission date: 2016-05-23
Category: physics

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Comments

Can you provide a download link without the need of registration?

Unpuplished work can only be considered to be reviewed on PO if we can import it without the need of registration ...

Answer 7

I propose to submit the following paper to the review section:

URL: https://www.academia.edu/34777658/Grand_Unification_Equation

Reference tag: UNS-NP-2017
Title: Grand Unification Equation
Authors: Nikola Perkovic
Tags: particle physics, standard model, grand unification theory, quantum electrodynamics, quantum chromodynamics
Submission date: 2017-10-06
Category: hep-th

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Comments

Hi NikolaPerk,

unpublished papers must be downloadable from a public source without the requirement of registration.

Can you provide a link where potential reviewers can download the paper without registration?

Answer 8

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: https://osf.io/q2d4y/

Reference tag: Perkovic, Nikola. “The Electrostrong Relation”. Open Science Framework, 23 Nov. 2017. Web.
Title: The Electrostrong Relation
Authors: Nikola Perkovic
Tags: particle physics, standard model, quantum electrodynamics, quantum chromodynamics, grand unification
Submission date: 2017-11-23
Category: hep-ph

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 9

[DECLINED:ODP violation]

I propose to submit the following paper to the review section:

URL: http://vixra.org/abs/1712.0540

Reference tag: HBMP-001
Title: Structure in Reality
Authors: J.A.J. van Leunen
Tags: physical reality, mathematical model, quantum physics, gravity
Submission date: 2017-12-21
Category: quant-ph

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).

Answer 10

[SUBMITTED]

I propose to submit the following paper to the review section:

URL: https://osf.io/cym86/

Reference tag: UNS-TH-1809
Title: Supersymmetry is Not Dead
Authors: Nikola Perkovic
Tags: supersymmetry, fine structure constant, strong nuclear coupling, gauge coupling unification, yukawa fermion coupling, higgs mechanism,
Submission date: 2018-01-07
Category: hep-ph

(You may edit this answer if you want to give a reason for why the paper should be submitted. The actual submission may be done with the submission button by any user with enough reputation who is interested to fulfill your wish. This user should then edit the answer by adding the qualifier [SUBMITTED]).