Author

Carbonell, Jaume

INSPIRE profile1014536 ORCID0000-0002-2856-6052

11 papers·2,537 citations in this corpus

	Paper	Category
Apr 19, 2024#62404.12182	Abnormal solutions of Bethe--Salpeter equation with massless and massive exchanges Jaume Carbonell1🇫🇷 · Vladimir Karmanov🇷🇺 · Ekaterina Kupriyanova🇷🇺 · Hagop Sazdjian🇫🇷	↳ hep-ph	Few Body Syst.	0
Aug 15, 2019#61908.04861	The Faddeev-Yakubovsky symphony Rimantas Lazauskas🇫🇷 · Jaume Carbonell🇫🇷	↳ quant-ph	Few Body Syst.	23
Feb 16, 2018#91802.05515	Equation for the Nakanishi weight function using the inverse Stieltjes transform V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷 · T. Frederico🇧🇷	↳ hep-ph	Few Body Syst.	1
May 11, 2016#51605.02807	Scattering solutions of Bethe-Salpeter equation in Minkowski and Euclidean spaces J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺	↳ hep-ph	Few Body Syst.	1
Dec 2, 2014#20*1412.0590	Current conservation in electrodisintegration of a bound system in the Bethe-Salpeter approach V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷	↳ hep-ph	Few Body Syst.	1
Nov 8, 2013#7*1311.1696	Transition electromagnetic form factor in the Minkowski space Bethe-Salpeter approach J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺	↳ hep-ph	Few Body Syst.	4
Dec 4, 2012#13*1212.0431	Complex scaling method for three- and four-body scattering above the break-up thresholds Rimantas Lazauskas · Jaume Carbonell	nucl-th	Few Body Syst.	5
Nov 26, 2012#3*1211.5474	Three different approaches to the same interaction: the Yukawa model in nuclear physics J. Carbonell🇫🇷 · F. de Soto🇪🇸 · V. A. Karmanov🇷🇺	nucl-th	Few Body Syst.	6
Dec 2, 2010#16*1012.0246	Solutions of the Bethe-Salpeter equation in Minkowski space and applications to electromagnetic form factors J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺	↳ hep-ph	Few Body Syst.	39
Feb 9, 2005#1*nucl-th/0502021	Ab-initio calculations of four-nucleon elastic scattering R. Lazauskas (LPSC)🇫🇷 · J. Carbonell (LPSC)🇫🇷	nucl-th	Few Body Syst.	10
Oct 27, 2003#5*nucl-th/0310064	Critical stability of three-body relativistic bound states with zero-range interaction V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷	nucl-th	Few Body Syst.	2

Abnormal solutions of Bethe--Salpeter equation with massless and massive exchanges
Jaume Carbonell1🇫🇷 · Vladimir Karmanov🇷🇺 · Ekaterina Kupriyanova🇷🇺 · Hagop Sazdjian🇫🇷
Apr 19, 2024#6↳ hep-phFew Body Syst.0 citations
The Faddeev-Yakubovsky symphony
Rimantas Lazauskas🇫🇷 · Jaume Carbonell🇫🇷
Aug 15, 2019#6↳ quant-phFew Body Syst.23 citations
Equation for the Nakanishi weight function using the inverse Stieltjes transform
V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷 · T. Frederico🇧🇷
Feb 16, 2018#9↳ hep-phFew Body Syst.1 citation
Scattering solutions of Bethe-Salpeter equation in Minkowski and Euclidean spaces
J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺
May 11, 2016#5↳ hep-phFew Body Syst.1 citation
Current conservation in electrodisintegration of a bound system in the Bethe-Salpeter approach
V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷
Dec 2, 2014#20*↳ hep-phFew Body Syst.1 citation
Transition electromagnetic form factor in the Minkowski space Bethe-Salpeter approach
J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺
Nov 8, 2013#7*↳ hep-phFew Body Syst.4 citations
Complex scaling method for three- and four-body scattering above the break-up thresholds
Rimantas Lazauskas · Jaume Carbonell
Dec 4, 2012#13*nucl-thFew Body Syst.5 citations
Three different approaches to the same interaction: the Yukawa model in nuclear physics
J. Carbonell🇫🇷 · F. de Soto🇪🇸 · V. A. Karmanov🇷🇺
Nov 26, 2012#3*nucl-thFew Body Syst.6 citations
Solutions of the Bethe-Salpeter equation in Minkowski space and applications to electromagnetic form factors
J. Carbonell🇫🇷 · V.A. Karmanov🇷🇺
Dec 2, 2010#16*↳ hep-phFew Body Syst.39 citations
Ab-initio calculations of four-nucleon elastic scattering
R. Lazauskas (LPSC)🇫🇷 · J. Carbonell (LPSC)🇫🇷
Feb 9, 2005#1*nucl-thFew Body Syst.10 citations
Critical stability of three-body relativistic bound states with zero-range interaction
V.A. Karmanov🇷🇺 · J. Carbonell🇫🇷
Oct 27, 2003#5*nucl-thFew Body Syst.2 citations

Showing 1–11 of 11·25 / 50 / 100per page

Page 1 of 1

Shows only papers in the locally ingested corpus, matched through the INSPIRE author identity. This may not match the author's full publication record.