User talk:Acadfandom
Your submission at Articles for creation: Signed particle formulation of quantum mechanics (July 24)
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Hello! Acadfandom,
I noticed your article was declined at Articles for Creation, and that can be disappointing. If you are wondering or curious about why your article submission was declined please post a question at the Articles for creation help desk. If you have any other questions about your editing experience, we'd love to help you at the Teahouse, a friendly space on Wikipedia where experienced editors lend a hand to help new editors like yourself! See you there! Graeme Bartlett (talk) 11:04, 24 July 2015 (UTC)
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Your submission at Articles for creation: Signed particle formulation of quantum mechanics (September 20)
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Hello! Acadfandom,
I noticed your article was declined at Articles for Creation, and that can be disappointing. If you are wondering or curious about why your article submission was declined please post a question at the Articles for creation help desk. If you have any other questions about your editing experience, we'd love to help you at the Teahouse, a friendly space on Wikipedia where experienced editors lend a hand to help new editors like yourself! See you there! FoCuS contribs; talk to me! 23:28, 20 September 2015 (UTC)
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Signed Particle Formulation of Quantum Mechanics
[edit]The signed particle formulation is a relatively new theory, developed by prof. Jean Michel Sellier from the IICT, Bulgarian Academy of Sciences. The theory describes quantum mechanical systems by means of field-less classical particles provided with a sign[1]. The sign can be either positive or negative. They interact with an external potential only in terms of creation of signed particles which can, eventually, annihilate. This formulation has proved to be very intuitive, simple to implement and computationally convenient[2]. It provides exactly the same predictions of any other formulation of quantum mechanics (it is, indeed, equivalent to the Wigner formulation which is, in turn, equivalent to the Schrödinger formulation)[3].
Category:Concepts in physics Category:Quantum mechanics Category:Quantum field theory
Signed Particle Formulation of Quantum Mechanics
[edit]Your submission at Articles for creation: Jeanmichel.sellier (January 25)
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Your submission at Articles for creation: The Signed Particle Formulation of Quantum Mechanics (February 17)
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Your submission at Articles for creation: sandbox (March 11)
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Your submission at Articles for creation: GNU nano-archimedes (March 11)
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Your draft article, User:Acadfandom/sandbox
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Hello, Acadfandom. It has been over six months since you last edited your Articles for Creation draft article submission, "sandbox".
In accordance with our policy that Articles for Creation is not for the indefinite hosting of material deemed unsuitable for the encyclopedia mainspace, the draft has been nominated for deletion. If you plan on working on it further, or editing it to address the issues raised if it was declined, simply and remove the {{db-afc}}
or {{db-g13}}
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If your submission has already been deleted by the time you get there, and you wish to retrieve it, you can request its undeletion by following the instructions at this link. An administrator will, in most cases, restore the submission so you can continue to work on it.
Thanks for your submission to Wikipedia, and happy editing. Onel5969 TT me 12:53, 13 November 2016 (UTC)
Your submission at Articles for creation: Ivan Dimov (scientist) has been accepted
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The article has been assessed as Start-Class, which is recorded on the article's talk page. You may like to take a look at the grading scheme to see how you can improve the article.
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jcc (tea and biscuits) 16:05, 1 October 2017 (UTC)- ^ Sellier, Jean Michel (2015). "A signed particle formulation of non-relativistic quantum mechanics". Journal of Computational Physics. 297: 254–265. doi:10.1016/j.jcp.2015.05.036.
- ^ Michael Larabel (January 4, 2015). "Nano-Archimedes Is The Latest GNU Project, Making More Scientific Software Open-Source". phoronix.com. Phoronix Media. Retrieved October 14, 2015.
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