Author

Kamleh, Waseem

INSPIRE profile1003804 ORCID0000-0002-6177-5366

33 papers·698 citations in this corpus

	Paper	Category
Jan 31, 2017#51701.08582	Study of Low-Lying Baryons with Hamiltonian Effective Field Theory Zhan-Wei Liu🇦🇺 · Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺	nucl-th	PoS	2
Dec 23, 2016#91612.07477	Light-quark contributions to the magnetic form factor of the Lambda(1405) Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺	↳ hep-lat	PRD	34
Jul 18, 2016#81607.04536	Hamiltonian effective field theory study of the $N^{*} (1440)$ resonance in lattice QCD Zhan-Wei Liu🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺	nucl-th	PRD	89
Dec 2, 2015#81512.00140	Hamiltonian effective field theory study of the $N^{*} (1535)$ resonance in lattice QCD Zhan-Wei Liu🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺	↳ hep-lat	PRL	98
Dec 1, 2015#151511.09146	N* Spectroscopy from Lattice QCD: The Roper Explained Derek Leinweber🇦🇺 · Waseem Kamleh🇦🇺 · Adrian Kiratidis🇦🇺 · Zhan-Wei Liu🇦🇺 · Selim Mahbub🇦🇺 · Dale Roberts🇦🇺 · Finn Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jiajun Wu🇦🇺	↳ hep-lat	JPS Conf.Proc.	31
Nov 17, 2014#11*1411.3781	On the Structure of the Lambda 1405 Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺 · Ross D. Young🇦🇺	↳ hep-lat	PoS	19
Nov 14, 2014#5*1411.3402	Lattice QCD Evidence that the Lambda(1405) Resonance is an Antikaon-Nucleon Molecule Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺 · Ross D. Young🇦🇺	↳ hep-lat	PRL	240
Dec 13, 2011#13*1112.2490	SU(3) centre vortices underpin confinement and dynamical chiral symmetry breaking Elyse-Ann O'Malley🇦🇺 · Waseem Kamleh🇦🇺 · Derek Leinweber🇦🇺 · Peter Moran (University of Adelaide)🇦🇺	↳ hep-lat	PRD	52

Study of Low-Lying Baryons with Hamiltonian Effective Field Theory
Zhan-Wei Liu🇦🇺 · Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺
Jan 31, 2017#5nucl-thPoS2 citations
Light-quark contributions to the magnetic form factor of the Lambda(1405)
Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺
Dec 23, 2016#9↳ hep-latPRD34 citations
Hamiltonian effective field theory study of the $N^{*} (1440)$ resonance in lattice QCD
Zhan-Wei Liu🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺
Jul 18, 2016#8nucl-thPRD89 citations
Hamiltonian effective field theory study of the $N^{*} (1535)$ resonance in lattice QCD
Zhan-Wei Liu🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Finn M. Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jia-Jun Wu🇦🇺
Dec 2, 2015#8↳ hep-latPRL98 citations
N* Spectroscopy from Lattice QCD: The Roper Explained
Derek Leinweber🇦🇺 · Waseem Kamleh🇦🇺 · Adrian Kiratidis🇦🇺 · Zhan-Wei Liu🇦🇺 · Selim Mahbub🇦🇺 · Dale Roberts🇦🇺 · Finn Stokes🇦🇺 · Anthony W. Thomas🇦🇺 · Jiajun Wu🇦🇺
Dec 1, 2015#15↳ hep-latJPS Conf.Proc.31 citations
On the Structure of the Lambda 1405
Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺 · Ross D. Young🇦🇺
Nov 17, 2014#11*↳ hep-latPoS19 citations
Lattice QCD Evidence that the Lambda(1405) Resonance is an Antikaon-Nucleon Molecule
Jonathan M. M. Hall🇦🇺 · Waseem Kamleh🇦🇺 · Derek B. Leinweber🇦🇺 · Benjamin J. Menadue🇦🇺 · Benjamin J. Owen🇦🇺 · Anthony W. Thomas🇦🇺 · Ross D. Young🇦🇺
Nov 14, 2014#5*↳ hep-latPRL240 citations
SU(3) centre vortices underpin confinement and dynamical chiral symmetry breaking
Elyse-Ann O'Malley🇦🇺 · Waseem Kamleh🇦🇺 · Derek Leinweber🇦🇺 · Peter Moran (University of Adelaide)🇦🇺
Dec 13, 2011#13*↳ hep-latPRD52 citations

Showing 26–33 of 33·25 / 50 / 100per page

Page 2 of 2

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