Off -shell archive

About Off -shell archive

As is generally known, some existing academic journals are apt to take a long time to publish academic papers after undergoing the review process. Such a delay may hinder the prompt and global exchange of academic information among scientists, especially in the fields of advanced and interdisciplinary sciences. In order to remove such a hindrance, pre-print servers have been established to serve as repositories for scholarly material in the fields of physics, mathematics, bioscience, and so on.

Following this precedent, Off -shell archive was launched on 1 September 2017 as a repository for off -shell science. Off -shell science is a newborn, advanced, interdisciplinary, generic science that is concerned with various phenomena in nature. Dressed-photon science is a representative branch of off -shell science.

Off -shell archive publishes original papers and review papers in the field of off -shell science, including dressed-photon science, in order to expand the availability of novel academic information and to promote its prompt exchange among leading active scientists. The advantages of publishing papers in the Off -shell archive are immediacy of publication, open-access, establishing priority, receiving prompt feedback from readers, gaining attention in early stages of research, ensuring evidence of researchwork, and so on.

Off-shell archive copyright

The Off-shell archive is managed and operated by the Dorest Photon Research Origin (General Incorporated Association), but does not require copyright transfer. In other words, the copyright belongs to the author. Authors are free to publish articles submitted to the Off-shell archive. However, Off -shell archive does not delete all posted articles, including revisions.

■2024

オフシェルアーカイブ
Offshell: 2404R.001.v1
(Review paper)
“Off-shell scientific nature of dressed photon energy transfer and dissipation”
M. Ohtsu,
DOI: 10.14939/2404R.001.v1
2024.04.10

■2023

オフシェルアーカイブ
Offshell: 2311O.001.v1
(Original paper)
“Analyses of photon breeding with respect to photon spin by using a three-dimensional quantum walk model ”
M. Ohtsu, E. Segawa, K. Yuki, and S. Saito
DOI: 10.14939/2311O.001.v1
2023.11.13
オフシェルアーカイブ
Offshell: 2304O.001.v1
(Original paper)
A quantum walk model with energy dissipation for a dressed-photon–phonon confined by an impurity atom-pair in a crystal
M. Ohtsu, E. Segawa, K. Yuki, and S. Saito
DOI: 10.14939/2304O.001.v1
2023.04.10
オフシェルアーカイブ
Offshell: 2301O.001.v1
(Original paper)
Spatial distribution of dressed-photon–phonon confined by an impurity atom-pair in a crystal
M. Ohtsu, E. Segawa, K. Yuki, and S. Saito
DOI: 10.14939/2301O.001.v1
2023.01.18

■2022

オフシェルアーカイブ
Offshell: 2212O.001.v1
(Original paper)
Dressed-photon–phonon creation probability on the tip of a fiber probe calculated by a quantum walk model
M. Ohtsu, E. Segawa, K. Yuki, and S. Saito
DOI: 10.14939/2212O.001.v1
2022.12.02
オフシェルアーカイブ
Offshell: 2206O.001.v1
(Original paper)
Numerical calculation of a dressed photon energy transfer based on a quantum walk model
Motoichi Ohtsu
DOI: 10.14939/2206O.001.v1
2022.06.22
オフシェルアーカイブ
Offshell: 2201R.001.v1
(Review paper)
Off-shell science theories on interaction for dressed photons
Motoichi Ohtsu
DOI: 10.14939/2201R.001.v1
2022.01.31

■2021

オフシェルアーカイブ
Offshell: 2110R.002.v1
(Review paper)
Progresses in theoretical studies of off-shell science for dressed photons
Motoichi Ohtsu
DOI: 10.14939/2110R.002.v1
2021.10.22
オフシェルアーカイブ
Offshell: 2110R.001.v1
(Review paper)
Generation Mechanism of Dressed Photon and Unique Features of Converted Propagating Light
Motoichi Ohtsu
DOI: 10.14939/2110R.001.v1
2021.10.01
オフシェルアーカイブ
Offshell: 2109R.001.v1
(Review paper)
A Quantum Walk Model for Describing the Energy Transfer of a Dressed Photon
Motoichi Ohtsu
DOI: 10.14939/2109R.001.v1
2021.09.03
オフシェルアーカイブ
Offshell: 2103R.001.v1
(Review paper)
The dressed photon as a member of the off-shell photon family
Motoichi Ohtsu
DOI: 10.14939/2103R.001.v1
2021.03.02

■2020

オフシェルアーカイブ
OffShell: 2008R.001.v1
(Review paper)
Past, present, and future studies on the longitudinal electric field components of light
Motoichi Ohtsu
DOI: 10.14939/2008R.001.v1
2020.08.21
オフシェルアーカイブ
OffShell: 2006R.001.v2
(Review paper)
Errata: Route to Off-Shell Science
Motoichi Ohtsu
DOI: 10.14939/2006R.001.v2
2020.07.31
オフシェルアーカイブ
OffShell: 2006R.001.v1
(Review paper)
Route to Off-Shell Science
Motoichi Ohtsu
DOI: 10.14939/2006R.001.v1
2020.06.25
オフシェルアーカイブ
OffShell: 2005O.001.v1
(Original Paper)
Nutation in energy transfer of dressed photons between nano-particles
Motoichi Ohtsu
DOI: 10.14939/2005O.001.v1
2020.05.15
オフシェルアーカイブ
OffShell: 2004R.001.v1
(Review paper)
Progress in off-shell science in analyzing light–matter interactions for creating dressed photons
Motoichi Ohtsu
DOI: 10.14939/2004R.001.v1
2020.04.25
オフシェルアーカイブ
OffShell: 2003R.001.v1
(Review paper)
The present and future of numerical simulation techniques for off-shell science
Motoichi Ohtsu
DOI: 10.14939/2003R.001.v1
2020.03.27

■2019

オフシェルアーカイブ
OffShell: 1909O.001.v2
(Original paper)
Note on the physical meaning of the cosmological term
Motoichi Ohtsu
DOI: 10.14939/1909O.001..v2
2019.12.20
オフシェルアーカイブ
OffShell: 1912R.001.v1
(Review Paper)
History, current developments, and future directions of nea-field optical science
Motoichi Ohtsu
DOI: 10.14939/1912R.001.v1
2019.12.20
オフシェルアーカイブ
OffShell: 1911R.001.v1
(Review Paper)
Dressed photon phenomena that demand off-shell scientific theories
Motoichi Ohtsu
DOI: 10.14939/1911R.001.v1
2019.11.12
オフシェルアーカイブ
OffShell: 1909O.001.v1
(Original Paper)
Note on the physical meaning of the cosmological term
Motoichi Ohtsu
DOI: 10.14939/1909O.001.v1
2019.09.10
オフシェルアーカイブ
OffShell: 1908R.001.v1
(Review Paper)
Infrared lasers using silicon crystals
Motoichi Ohtsu
DOI: 10.14939/1908R.001.v1
2019.08.01
オフシェルアーカイブ
OffShell: 1906R.001.v1
(Review Paper)
Indications from dressed photons to macroscopic systems baser on hierarchy and autonomy
Motoichi Ohtsu
DOI: 10.14939/1906R.001.v1
2019.07.06
オフシェルアーカイブ
OffShell: 1904R.001.v1
(Review Paper)
Novel functions and prominent performance of nanometric optical devices made possible vy dressed photons
Motoichi Ohtsu
DOI: 10.14939/1904R.001.v1
2019.04.02

■2018

オフシェルアーカイブ
OffShell: 1811R.001.v1
(Review paper)
Embarking on theoretical studies for off-shell science guide by dressed photons
Motoichi Ohtsu
DOI: 10.14939/1811R.001.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1809O.002.v1
(Original paper)
Theory of Single Susceptibility for Near-field Optics Equally Associated with Scalar and Vector Potentialse
Motoichi Ohtsu
DOI: 10.14939/1809O.002.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1809R.001.v1
(Review paper)
Gigantic Ferromagnetic Magneto-Optical Effect in a SiC Light-emitting Diode Fabricated by Dressed-Photon-Phonon-Assisted Annealing
Motoichi Ohtsu
DOI: 10.14939/1809R.001.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1809O.001.v1
(Original paper)
Micro-Macro Duality for Inductions/Reductions
Motoichi Ohtsu
DOI: 10.14939/1809O.001.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1808O.001.v1
(Original paper)
Logical Fallacy of using the Electric Field in Non-resonant Near-field Optics
Motoichi Ohtsu
DOI: 10.14939/1808O.001.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1805R.001.v1
(Review paper)
Principles and Practices of Si Light Emitting Diodes using Dressed Photons
Motoichi Ohtsu
DOI: 10.14939/1805R.001.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1804O.002.v1
(Original paper)
Photon localization revisited
Motoichi Ohtsu
DOI: 10.14939/1804O.002.v1
2018.12.26
オフシェルアーカイブ
OffShell: 1802R.001.v1
(Review paper)
Experimental estimation of the maximum size of a dressed photon
Motoichi Ohtsu
DOI: 10.14939/1802R.001.v1
2018.12.26

■2017

オフシェルアーカイブ
OffShell: 1712R.001.v1
(Review paper)
Creation and Measurement of Dressed Photons: A Link to Novel Theories
Motoichi Ohtsu
DOI: 10.14939/1712R.001.v1
2017
オフシェルアーカイブ
OffShell: 1710R.001.v1
(Review paper)
Spetial and temporal evolutions of dressed photon energy tranfer
Motoichi Ohtsu
DOI: 10.14939/1710R.001.v1
2017
オフシェルアーカイブ
OffShell: 1804O.001.v1
(Original paper)
High-Power Infrared Silicon Light-emitting Diodes Fabricated and Operated using Dressed Photonsr
Motoichi Ohtsu
DOI: 10.14939/1804O.001.v1
2018
オフシェルアーカイブ
OffShell: 1709R.001.v1
(Review paper)
High-Power Infrared Silicon Light-emitting Diodes Fabricated and Operated using Dressed Photonsr
Motoichi Ohtsu
DOI: 10.14939/1709R.001.v1
2017
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