Author

Dawid, Sebastian M.

INSPIRE profile1657038 ORCID0000-0001-8498-5254

16 papers

Affiliationsfrom papers in this corpus

Collaboratorsmost frequent first

	Paper	Category
Sep 3, 2026#9*2609.02840	On the equivalence of left-hand-cut and three-body formalisms André Baião-Raposo🇩🇪 · Raul Briceño🇺🇸 · Sebastian M. Dawid🇺🇸	↳ hep-lat	—	0
May 9, 2025#52505.05466	Comparison of integral equations used to study $T_{cc}^{+}$ for a stable $D^{*}$ Sebastian M. Dawid🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸	nucl-th	JHEP	14
Feb 26, 2025#152502.17976	Two- and three-meson scattering amplitudes with physical quark masses from lattice QCD Sebastian M. Dawid🇺🇸 · Zachary T. Draper🇺🇸 · Andrew D. Hanlon🇺🇸 · Ben Hörz🇩🇪 · Colin Morningstar🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸 · Sarah Skinner🇺🇸	↳ hep-lat	PRD	32
Feb 21, 2025#62502.14348	QCD predictions for physical multimeson scattering amplitudes Sebastian M. Dawid🇺🇸 · Zachary T. Draper🇺🇸 · Andrew D. Hanlon🇺🇸 · Ben Hörz🇩🇪 · Colin Morningstar🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸 · Sarah Skinner🇺🇸	↳ hep-lat	PRL	26
Nov 26, 2024#132411.15730	Finite-volume quantization condition from the $N / D$ representation Sebastian M. Dawid🇺🇸 · Andrew W. Jackura🇺🇸 · Adam P. Szczepaniak🇺🇸	↳ hep-lat	PLB	22
Sep 26, 2024#112409.17059	Finite- and infinite-volume study of $D D π$ scattering Sebastian M. Dawid🇺🇸 · Fernando Romero-López🇺🇸 · Stephen R. Sharpe🇺🇸	↳ hep-lat	JHEP	42
Aug 20, 2024#42408.09007	Coulomb confinement in the Hamiltonian limit Sebastian M. Dawid🇺🇸 · Wyatt A. Smith🇺🇸 · Arkaitz Rodas🇺🇸 · Robert J. Perry🇪🇸 · César Fernández-Ramírez🇪🇸 · Eric S. Swanson🇺🇸 · Adam P. Szczepaniak🇺🇸	↳ hep-lat	PRD	3
Dec 29, 2023#132312.16380	Analytic continuation of the finite-volume three-particle amplitudes Sebastian M. Dawid🇺🇸	↳ hep-lat	PoS	2
Sep 6, 2023#82309.01732	Evolution of Efimov States Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Raúl A. Briceño🇺🇸 · Andrew W. Jackura🇺🇸	nucl-th	PRA	32
Mar 9, 2023#12303.04394	Analytic continuation of the relativistic three-particle scattering amplitudes Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Raúl A. Briceño🇺🇸	nucl-th	PRD	68
Mar 17, 2022#72203.08208	Snowmass white paper: Need for amplitude analysis in the discovery of new hadrons Miguel Albaladejo🇪🇸 · Marco Battaglieri🇮🇹 · Lukasz Bibrzycki🇵🇱 · Andrea Celentano🇮🇹 · Igor V. Danilkin🇩🇪 · Sebastian M. Dawid🇺🇸 · Michael Doring🇺🇸 · Cristiano Fanelli🇺🇸 · Cesar Fernandez-Ramirez🇲🇽 · Sergi Gonzalez-Solis🇺🇸 · Astrid N. Hiller Blin🇩🇪 · Andrew W. Jackura🇺🇸 · Vincent Mathieu🇪🇸 · Mikhail Mikhasenko🇩🇪 · Victor I. Mokeev🇺🇸 · Emilie Passemar🇺🇸 · Robert J. Perry🇹🇼 · Alessandro Pilloni🇮🇹 · Arkaitz Rodas🇺🇸 · Matthew R. Shepherd🇺🇸 · Nathaniel Sherrill🇬🇧 · Jorge A. Silva-Castro🇲🇽 · Tomasz Skwarnicki🇺🇸 · Adam P. Szczepaniak🇺🇸 · Daniel Winney (for the JPAC Collaboration)🇺🇸	↳ hep-ph	—	8
Dec 28, 2021#232112.13436	Novel approaches in Hadron Spectroscopy JPAC Collaboration: Miguel Albaladejo🇪🇸 · Lukasz Bibrzycki🇵🇱 · Sebastian M. Dawid🇺🇸 · Cesar Fernandez-Ramirez🇲🇽 · Sergi Gonzalez-Solis🇺🇸 · Astrid N. Hiller Blin🇺🇸 · Andrew W. Jackura🇺🇸 · Vincent Mathieu🇪🇸 · Mikhail Mikhasenko🇩🇪 · Victor I. Mokeev🇺🇸 · Emilie Passemar🇺🇸 · Alessandro Pilloni🇮🇹 · Arkaitz Rodas🇺🇸 · Jorge A. Silva-Castro🇲🇽 · Wyatt A. Smith🇺🇸 · Adam P. Szczepaniak🇺🇸 · Daniel Winney🇺🇸	↳ hep-ph	PPNP	85
Nov 11, 2021#52111.05418	Infinite volume, three-body scattering formalisms in the presence of bound states Sebastian M. Dawid🇺🇸	↳ hep-lat	PoS	5
Oct 21, 2020#52010.09820	Solving relativistic three-body integral equations in the presence of bound states Andrew W. Jackura🇺🇸 · Raúl A. Briceño🇺🇸 · Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Connor McCarty🇺🇸	↳ hep-lat	PRD	63
Oct 19, 2020#12010.08084	Bound states in the B-matrix formalism for the three-body scattering Sebastian M. Dawid🇺🇸 · Adam P. Szczepaniak🇺🇸	nucl-th	PRD	20
May 30, 2019#61905.12007	On the Equivalence of Three-Particle Scattering Formalisms A. W. Jackura🇺🇸 · S. M. Dawid🇺🇸 · C. Fernández-Ramírez🇲🇽 · V. Mathieu🇪🇸 · M. Mikhasenko🇨🇭 · A. Pilloni🇮🇹 · S. R. Sharpe🇺🇸 · A. P. Szczepaniak🇺🇸	↳ hep-ph	PRD	96

On the equivalence of left-hand-cut and three-body formalisms
André Baião-Raposo🇩🇪 · Raul Briceño🇺🇸 · Sebastian M. Dawid🇺🇸
Sep 3, 2026*2609.02840↳ hep-lat0 citations
Comparison of integral equations used to study $T_{cc}^{+}$ for a stable $D^{*}$
Sebastian M. Dawid🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸
May 9, 20252505.05466nucl-thJHEP14 citations
Two- and three-meson scattering amplitudes with physical quark masses from lattice QCD
Sebastian M. Dawid🇺🇸 · Zachary T. Draper🇺🇸 · Andrew D. Hanlon🇺🇸 · Ben Hörz🇩🇪 · Colin Morningstar🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸 · Sarah Skinner🇺🇸
Feb 26, 20252502.17976↳ hep-latPRD32 citations
QCD predictions for physical multimeson scattering amplitudes
Sebastian M. Dawid🇺🇸 · Zachary T. Draper🇺🇸 · Andrew D. Hanlon🇺🇸 · Ben Hörz🇩🇪 · Colin Morningstar🇺🇸 · Fernando Romero-López🇨🇭 · Stephen R. Sharpe🇺🇸 · Sarah Skinner🇺🇸
Feb 21, 20252502.14348↳ hep-latPRL26 citations
Finite-volume quantization condition from the $N / D$ representation
Sebastian M. Dawid🇺🇸 · Andrew W. Jackura🇺🇸 · Adam P. Szczepaniak🇺🇸
Nov 26, 20242411.15730↳ hep-latPLB22 citations
Finite- and infinite-volume study of $D D π$ scattering
Sebastian M. Dawid🇺🇸 · Fernando Romero-López🇺🇸 · Stephen R. Sharpe🇺🇸
Sep 26, 20242409.17059↳ hep-latJHEP42 citations
Coulomb confinement in the Hamiltonian limit
Sebastian M. Dawid🇺🇸 · Wyatt A. Smith🇺🇸 · Arkaitz Rodas🇺🇸 · Robert J. Perry🇪🇸 · César Fernández-Ramírez🇪🇸 · Eric S. Swanson🇺🇸 · Adam P. Szczepaniak🇺🇸
Aug 20, 20242408.09007↳ hep-latPRD3 citations
Analytic continuation of the finite-volume three-particle amplitudes
Sebastian M. Dawid🇺🇸
Dec 29, 20232312.16380↳ hep-latPoS2 citations
Evolution of Efimov States
Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Raúl A. Briceño🇺🇸 · Andrew W. Jackura🇺🇸
Sep 6, 20232309.01732nucl-thPRA32 citations
Analytic continuation of the relativistic three-particle scattering amplitudes
Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Raúl A. Briceño🇺🇸
Mar 9, 20232303.04394nucl-thPRD68 citations
Snowmass white paper: Need for amplitude analysis in the discovery of new hadrons
Miguel Albaladejo🇪🇸 · Marco Battaglieri🇮🇹 · Lukasz Bibrzycki🇵🇱 · Andrea Celentano🇮🇹 · Igor V. Danilkin🇩🇪 · Sebastian M. Dawid🇺🇸 · Michael Doring🇺🇸 · Cristiano Fanelli🇺🇸 · Cesar Fernandez-Ramirez🇲🇽 · Sergi Gonzalez-Solis🇺🇸 · Astrid N. Hiller Blin🇩🇪 · Andrew W. Jackura🇺🇸 · Vincent Mathieu🇪🇸 · Mikhail Mikhasenko🇩🇪 · Victor I. Mokeev🇺🇸 · Emilie Passemar🇺🇸 · Robert J. Perry🇹🇼 · Alessandro Pilloni🇮🇹 · Arkaitz Rodas🇺🇸 · Matthew R. Shepherd🇺🇸 · Nathaniel Sherrill🇬🇧 · Jorge A. Silva-Castro🇲🇽 · Tomasz Skwarnicki🇺🇸 · Adam P. Szczepaniak🇺🇸 · Daniel Winney (for the JPAC Collaboration)🇺🇸
Mar 17, 20222203.08208↳ hep-ph8 citations
Novel approaches in Hadron Spectroscopy
JPAC Collaboration: Miguel Albaladejo🇪🇸 · Lukasz Bibrzycki🇵🇱 · Sebastian M. Dawid🇺🇸 · Cesar Fernandez-Ramirez🇲🇽 · Sergi Gonzalez-Solis🇺🇸 · Astrid N. Hiller Blin🇺🇸 · Andrew W. Jackura🇺🇸 · Vincent Mathieu🇪🇸 · Mikhail Mikhasenko🇩🇪 · Victor I. Mokeev🇺🇸 · Emilie Passemar🇺🇸 · Alessandro Pilloni🇮🇹 · Arkaitz Rodas🇺🇸 · Jorge A. Silva-Castro🇲🇽 · Wyatt A. Smith🇺🇸 · Adam P. Szczepaniak🇺🇸 · Daniel Winney🇺🇸
Dec 28, 20212112.13436↳ hep-phPPNP85 citations
Infinite volume, three-body scattering formalisms in the presence of bound states
Sebastian M. Dawid🇺🇸
Nov 11, 20212111.05418↳ hep-latPoS5 citations
Solving relativistic three-body integral equations in the presence of bound states
Andrew W. Jackura🇺🇸 · Raúl A. Briceño🇺🇸 · Sebastian M. Dawid🇺🇸 · Md Habib E Islam🇺🇸 · Connor McCarty🇺🇸
Oct 21, 20202010.09820↳ hep-latPRD63 citations
Bound states in the B-matrix formalism for the three-body scattering
Sebastian M. Dawid🇺🇸 · Adam P. Szczepaniak🇺🇸
Oct 19, 20202010.08084nucl-thPRD20 citations
On the Equivalence of Three-Particle Scattering Formalisms
A. W. Jackura🇺🇸 · S. M. Dawid🇺🇸 · C. Fernández-Ramírez🇲🇽 · V. Mathieu🇪🇸 · M. Mikhasenko🇨🇭 · A. Pilloni🇮🇹 · S. R. Sharpe🇺🇸 · A. P. Szczepaniak🇺🇸
May 30, 20191905.12007↳ hep-phPRD96 citations

Showing 1–16 of 16·25 / 50 / 100per page

Page 1 of 1

Affiliations

own affiliationscollaboratorsvia INSPIRE

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