Author

Singh, Jagjit

INSPIRE profile1818131 ORCID0000-0002-3198-4829

24 papers·240 citations in this corpus

	Paper	Category
Jul 27, 2026#12607.21730	Deformation, halo, and bubble structure: A paradigm shift of exotic phenomena in light to medium mass nuclei R. Barman · R. Chatterjee · W. Horiuchi · M. Kimura · G. Singh · Jagjit Singh · Shubhchintak	nucl-th	PPNP	0
Feb 3, 2026#102602.01989	Is $^{40}$ Mg a Borromean halo nucleus? A case built on the electric-dipole response Jagjit Singh · J. Casal · N. R. Walet · W. Horiuchi · W. Satuła	nucl-th	Acta Phys.Polon.Supp.	1
Dec 30, 2025#72512.22951	The effect of inversion of $p$ and $f$ orbits on halo formation in heavy sodium isotopes Jagjit Singh · J. Casal · L. Fortunato · N. R. Walet	nucl-th	—	2
Apr 8, 2025#12504.04026	Determination of $S_{18}$ from $^{9}$ C breakup reaction within a four-body reaction model Shoya Ogawa🇯🇵 · Tokuro Fukui🇯🇵 · Jagjit Singh🇬🇧 · Kazuyuki Ogata🇯🇵	nucl-th	PTEP	0
Jul 25, 2024#12407.16775	Investigating the rate of $^{10}$ Be(n, $γ$ ) $^{11}$ Be radiative capture reaction within the FRDWBA framework M. Dan · Shubhchintak · G. Singh · V. Choudhary · Jagjit Singh	nucl-th	Eur.Phys.J.ST	1
Jul 4, 2024#22407.03044	Two-cluster approach to the properties of one- and two-neutron-halo nuclei H. M. Maridi · Jagjit Singh · N. R. Walet · D. K. Sharp	nucl-th	PRC	3
Jan 11, 2024#22401.05160	Prediction of two-neutron halos in the $N = 28$ isotones $^{40}$ Mg and $^{39}$ Na Jagjit Singh · J. Casal · W. Horiuchi · N. R. Walet · W. Satula	nucl-th	PLB	15
Mar 17, 2023#22303.09361	Calculation of Dynamical Response Functions Using a Bound-state Method Niels R. Walet · Jagjit Singh · Johannes Kirscher · Michael C. Birse · Harald W. Griesshammer · Judith A. McGovern	nucl-th	Few Body Syst.	4
Sep 13, 2021#12109.04851	Exploring the halo character and dipole response in the dripline nucleus $^{31}$ F G. Singh · Jagjit Singh · J. Casal · L. Fortunato	nucl-th	PRC	20
Apr 6, 2021#12104.01200	Exploring the structure of $^{29}$ Ne Manju🇮🇳 · M. Dan🇮🇳 · G. Singh🇪🇸 · Jagjit Singh🇯🇵 · Shubhchintak🇧🇪 · R. Chatterjee🇮🇳	nucl-th	NPA	7
Apr 6, 2021#32104.01584	Scaling with deformation in probable $p$ -wave halo $^{34}$ Na Manju · Jagjit Singh · Shubhchintak · R. Chatterjee	nucl-th	J.Phys.Conf.Ser.	0
Mar 18, 2021#12103.09511	Three-body description of $^{9}$ C: Role of low-lying resonances in breakup reactions Jagjit Singh🇯🇵 · Takuma Matsumoto🇯🇵 · Tokuro Fukui🇯🇵 · Kazuyuki Ogata🇯🇵	nucl-th	PRC	7
Dec 9, 2020#22012.04282	Electric dipole response of low-lying excitations in the two-neutron halo nucleus $^{29}$ F J. Casal · Jagjit Singh · L. Fortunato · W. Horiuchi · A. Vitturi	nucl-th	PRC	33
Aug 6, 2020#52008.01978	The $^{29}$ F nucleus as a lighthouse on the coast of the island of inversion L. Fortunato · J. Casal · W. Horiuchi · Jagjit Singh · A. Vitturi	nucl-th	Commun.Phys.	24
May 13, 2020#12005.05605	Systematic study on the role of various higher-order processes in the breakup of weakly-bound projectiles Jagjit Singh · Takuma Matsumoto · Kazuyuki Ogata	nucl-th	PTEP	6
Jan 8, 2020#12001.01849	Exploring two-neutron halo formation in the ground-state of $^{29}$ F within a three-body model Jagjit Singh · J. Casal · W. Horiuchi · L. Fortunato · A. Vitturi	nucl-th	PRC	33
Dec 2, 2019#21911.12571	Impact of uncertainties of unbound $^{10}$ Li on the ground state of two-neutron halo $^{11}$ Li Jagjit Singh · W. Horiuchi	nucl-th	SciPost Phys.Proc.	1
Sep 26, 2019#31909.11262	Three-body Description of $2 n$ -Halo and Unbound $2 n$ -Systems: $^{22}$ C and $^{26}$ O Jagjit Singh · W. Horiuchi · L. Fortunato · A. Vitturi	nucl-th	JPS Conf.Proc.	1
Dec 21, 2018#41812.08482	Low-lying dipole strengths for probable $p$ -wave one-neutron halos in the medium mass region Manju (IITR) · J. Singh (Uni Hokkaido) · Shubhchintak (ULB) · R. Chatterjee (IITR)	nucl-th	EPJA	14
Aug 30, 2018#21808.09635	Two-neutron correlations in a Borromean $^{20} C + n + n$ system: Sensitivity of unbound subsystems Jagjit Singh🇯🇵 · W. Horiuchi🇯🇵 · L. Fortunato🇮🇹 · A. Vitturi🇮🇹	nucl-th	Few Body Syst.	13
Apr 13, 2016#71604.03381	Electric multipole response of the halo nucleus $^{6}$ He Jagjit Singh · L. Fortunato · A. Vitturi · R. Chatterjee	nucl-th	EPJA	23
Mar 23, 2016#31603.06831	New experiments demand for a more precise analysis of continuum spectrum in 6He: technical details and formalism Jagjit Singh · L. Fortunato	nucl-th	Acta Phys.Polon.B	2
Mar 23, 2016#41603.06842	Role of spd- Continuum Components in the Halo Nucleus 6He Jagjit Singh	nucl-th	AIP Conf.Proc.	2
Jul 17, 2014#1*1407.4232	Pairing in the continuum: the quadrupole response of the Borromean nucleus 6He L. Fortunato · R. Chatterjee · Jagjit Singh · A. Vitturi	nucl-th	PRC	28

Deformation, halo, and bubble structure: A paradigm shift of exotic phenomena in light to medium mass nuclei
R. Barman · R. Chatterjee · W. Horiuchi · M. Kimura · G. Singh · Jagjit Singh · Shubhchintak
Jul 27, 2026#1nucl-thPPNP0 citations
Is $^{40}$ Mg a Borromean halo nucleus? A case built on the electric-dipole response
Jagjit Singh · J. Casal · N. R. Walet · W. Horiuchi · W. Satuła
Feb 3, 2026#10nucl-thActa Phys.Polon.Supp.1 citation
The effect of inversion of $p$ and $f$ orbits on halo formation in heavy sodium isotopes
Jagjit Singh · J. Casal · L. Fortunato · N. R. Walet
Dec 30, 2025#7nucl-th2 citations
Determination of $S_{18}$ from $^{9}$ C breakup reaction within a four-body reaction model
Shoya Ogawa🇯🇵 · Tokuro Fukui🇯🇵 · Jagjit Singh🇬🇧 · Kazuyuki Ogata🇯🇵
Apr 8, 2025#1nucl-thPTEP0 citations
Investigating the rate of $^{10}$ Be(n, $γ$ ) $^{11}$ Be radiative capture reaction within the FRDWBA framework
M. Dan · Shubhchintak · G. Singh · V. Choudhary · Jagjit Singh
Jul 25, 2024#1nucl-thEur.Phys.J.ST1 citation
Two-cluster approach to the properties of one- and two-neutron-halo nuclei
H. M. Maridi · Jagjit Singh · N. R. Walet · D. K. Sharp
Jul 4, 2024#2nucl-thPRC3 citations
Prediction of two-neutron halos in the $N = 28$ isotones $^{40}$ Mg and $^{39}$ Na
Jagjit Singh · J. Casal · W. Horiuchi · N. R. Walet · W. Satula
Jan 11, 2024#2nucl-thPLB15 citations
Calculation of Dynamical Response Functions Using a Bound-state Method
Niels R. Walet · Jagjit Singh · Johannes Kirscher · Michael C. Birse · Harald W. Griesshammer · Judith A. McGovern
Mar 17, 2023#2nucl-thFew Body Syst.4 citations
Exploring the halo character and dipole response in the dripline nucleus $^{31}$ F
G. Singh · Jagjit Singh · J. Casal · L. Fortunato
Sep 13, 2021#1nucl-thPRC20 citations
Exploring the structure of $^{29}$ Ne
Manju🇮🇳 · M. Dan🇮🇳 · G. Singh🇪🇸 · Jagjit Singh🇯🇵 · Shubhchintak🇧🇪 · R. Chatterjee🇮🇳
Apr 6, 2021#1nucl-thNPA7 citations
Scaling with deformation in probable $p$ -wave halo $^{34}$ Na
Manju · Jagjit Singh · Shubhchintak · R. Chatterjee
Apr 6, 2021#3nucl-thJ.Phys.Conf.Ser.0 citations
Three-body description of $^{9}$ C: Role of low-lying resonances in breakup reactions
Jagjit Singh🇯🇵 · Takuma Matsumoto🇯🇵 · Tokuro Fukui🇯🇵 · Kazuyuki Ogata🇯🇵
Mar 18, 2021#1nucl-thPRC7 citations
Electric dipole response of low-lying excitations in the two-neutron halo nucleus $^{29}$ F
J. Casal · Jagjit Singh · L. Fortunato · W. Horiuchi · A. Vitturi
Dec 9, 2020#2nucl-thPRC33 citations
The $^{29}$ F nucleus as a lighthouse on the coast of the island of inversion
L. Fortunato · J. Casal · W. Horiuchi · Jagjit Singh · A. Vitturi
Aug 6, 2020#5nucl-thCommun.Phys.24 citations
Systematic study on the role of various higher-order processes in the breakup of weakly-bound projectiles
Jagjit Singh · Takuma Matsumoto · Kazuyuki Ogata
May 13, 2020#1nucl-thPTEP6 citations
Exploring two-neutron halo formation in the ground-state of $^{29}$ F within a three-body model
Jagjit Singh · J. Casal · W. Horiuchi · L. Fortunato · A. Vitturi
Jan 8, 2020#1nucl-thPRC33 citations
Impact of uncertainties of unbound $^{10}$ Li on the ground state of two-neutron halo $^{11}$ Li
Jagjit Singh · W. Horiuchi
Dec 2, 2019#2nucl-thSciPost Phys.Proc.1 citation
Three-body Description of $2 n$ -Halo and Unbound $2 n$ -Systems: $^{22}$ C and $^{26}$ O
Jagjit Singh · W. Horiuchi · L. Fortunato · A. Vitturi
Sep 26, 2019#3nucl-thJPS Conf.Proc.1 citation
Low-lying dipole strengths for probable $p$ -wave one-neutron halos in the medium mass region
Manju (IITR) · J. Singh (Uni Hokkaido) · Shubhchintak (ULB) · R. Chatterjee (IITR)
Dec 21, 2018#4nucl-thEPJA14 citations
Two-neutron correlations in a Borromean $^{20} C + n + n$ system: Sensitivity of unbound subsystems
Jagjit Singh🇯🇵 · W. Horiuchi🇯🇵 · L. Fortunato🇮🇹 · A. Vitturi🇮🇹
Aug 30, 2018#2nucl-thFew Body Syst.13 citations
Electric multipole response of the halo nucleus $^{6}$ He
Jagjit Singh · L. Fortunato · A. Vitturi · R. Chatterjee
Apr 13, 2016#7nucl-thEPJA23 citations
New experiments demand for a more precise analysis of continuum spectrum in 6He: technical details and formalism
Jagjit Singh · L. Fortunato
Mar 23, 2016#3nucl-thActa Phys.Polon.B2 citations
Role of spd- Continuum Components in the Halo Nucleus 6He
Jagjit Singh
Mar 23, 2016#4nucl-thAIP Conf.Proc.2 citations
Pairing in the continuum: the quadrupole response of the Borromean nucleus 6He
L. Fortunato · R. Chatterjee · Jagjit Singh · A. Vitturi
Jul 17, 2014#1*nucl-thPRC28 citations

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