Nagendra Nath Mondal

Possui graduação em Física - University of Dhaka (1985), mestrado em Física Nuclear - University of Dhaka (1987) e doutorado em Experimental High Energy Physics - Tokyo Metropolitan University (2000). Atualmente é visiting scientist - Saha Institute Of Nuclear Physics. Tem experiência na área de Física, com ênfase em Detector design, Monte Carlo Simulation, and Time-of-Flight PET (TOFPET).

Informações coletadas do Lattes em 10/11/2022

Acadêmico

Formação acadêmica

Doutorado em Experimental High Energy Physics

1997 - 2000

Tokyo Metropolitan University
Título: ExperimentalHighEnergyPhysics
Orientador: Prof. T. Hirose

Mestrado em Thesis,NuclearPhysic

1985 - 1987

University of Dhaka
Orientador: T. Hirose

Graduação em Honors in Physics

1981 - 1985

University of Dhaka

Idiomas

Inglês

Compreende Bem, Fala Bem, Lê Bem, Escreve Bem.

Japonês

Compreende Razoavelmente, Fala Razoavelmente, Lê Razoavelmente, Escreve Razoavelmente.

Bengali

Compreende Bem, Fala Bem, Lê Bem, Escreve Bem.

Áreas de atuação

Grande área: Ciências Exatas e da Terra / Área: Física / Subárea: Detector design, Monte Carlo Simulation, and Time-of-Flight PET (TOFPET)..

Grande área: Ciências Exatas e da Terra / Área: Física / Subárea: Física Atômica e Molecular/Especialidade: PAS and Coincidence Doppler Broadening Spectroscopy for material studies.

Participação em eventos

Bose conference on Contemporary Physics.Bose-Einstein condensation of exotic atom. 2008. (Outra).

NUCAR2007.Teperature dependent positron annihilationlife time study of cinnamic acid. 2007. (Outra).

NSS/MIC 2007 Conference.Positron Emission Tomography: A new approach to position reconstruction. 2007. (Outra).

International Symposium on Recent Trends in Surface and Colloid Science.Temperature Dependent Structural Insignia of Cinnamic Acid. 2007. (Outra).

Nationa lSymposiumon Radiation Physics.PositronEmissionTomography:Detector Design and Image processing. 2007. (Outra).

ISRP-10.Monte Carlo Simulation based on GEANT for radiation detectors development, A new approach to position reconstruction in TOF-PET. 2006. (Outra).

International Conferenceon Lasers and Nanomaterials.Advancement towards Positronium Bose-Einstein Condensation. 2006. (Outra).

SLOPOS-9.Development of a Position Sensitive Gamma-ray Detector to measure the Decaying points of ortho-Positronium. 2001. (Outra).

IEEE 2001 NSS/MIC.Construction of a Position-sensitive Scintillation Detectors system to view the laser cooled ortho-Positronium. 2001. (Outra).

ICPA-12.Measurement of Positronium emission energy from the surface of MCP. 2000. (Outra).

SLOPOS-8.Construction of a Time-of-Flight Measurement Systemto Study the Low Energy Positronium Production. 1998. (Outra).

3rd Photon Factory Symposium.Design of a Cold Positronium Measuring System. 1997. (Outra).

Produções bibliográficas

N. N. MONDAL ; T. Hirose . Development of a Position sensitive y-ray detector to measure the annihilationpoints of ortho-Positronium. Applied Surface Science , v. 194, p. 317-324, 2002.
N. N. MONDAL . A novel detection system for laser cooling of ortho-Positronium. Nuclear Instruments & Methods in Physics Research A , v. 495, p. 161-169, 2002.
T. Kumita ; T. Hirose ; M. Irako ; K. Kadoya ; B. Matsumoto ; K. Wada ; N. N. MONDAL ; H. Yabu ; K. Kobayashi ; M. Kajita . Study on laser cooling of ortho-Positronium. Nuclear Instruments & Methods in Physics Research. Section B. Beam Interactions with Materials and Atoms , v. 192, p. 171-175, 2002.
N. N. MONDAL . Measurement of Positronium emission energy from the surface. Applied Surface Science , v. 182, p. 55-63, 2001.
N. N. MONDAL ; R. Hamatsu ; T. Hirose ; M. Irako ; H. Iijima ; T. Kumita and T. Omori . Construction of a Time-of-Flight Measurement System to Study the Low Energy Positronium Production. Applied Surface Science , v. 149, p. 269-275, 1999.
Y. Shioe ; N. N. MONDAL ; M. Chiba ; T. Hirose ; M. Fuji ; H. Nakahara ; S. Sueki ; T. Shirakawa ; M. Utsumi . Measurement of Neutron Production Rate Regarding the Quantity of LiNbO3 in the Fracturing Process under D2 Atmosphere. Nuovo Cimento della Società Italiana di Fisica. C, Geophysics and Space Physics , v. 112A, p. 1059-1066, 1999.
M. Irako ; R. Hamatsu ; M. Hirose ; T. Hirose ; H. Iijima ; T. Kumita ; K. Matsuzawa ; N. N. MONDAL . Bunched beam generation of polarized positrons in TOPPS - II. Applied Surface Science , v. 149, p. 16-19, 1999.
T. Kumita ; H. Iijima ; Y. Igura ; M. Irako ; J. Kaneko ; T. Hirose ; N. N. MONDAL . Development of Positron trap for the Laser cooling experiment of Positronium. Applied Surface Science , v. 149, p. 106-109, 1999.
N. N. MONDAL ; T. K. Devnath ; T. K. Roy ; K. D. Saha ; B. Alam ; F. Henrich ; H. Momensen and A. Lui . Determinationof Arsenic Content in the Waste Sludgefrom a Fertilizer Factory of Bangladesh by XRF and EPMA. Applied Radiation and Isotopes , v. 45 (9), p. 945-948, 1994.
N. N. MONDAL . Bose-Einstein condensation of exotic atom. In: Bose conference on Contemporary Physics-2008, 2008, Dhaka. Bose-Einstein condensation of exotic atom.
B.N. Ganguly ; N. N. MONDAL ; S.K. Bandyopadhyay ; Pintu Sen . Temperature dependent Positron annihilation study of Cinnamic acid. In: Published in the proceedings of NUCAR 2007, 2007. Temperature dependent Positron annihilation study of Cinnamic acid.
N. N. MONDAL . Positron Emission Tomography: Detector design and Image processing. In: (Proceeding of 17th National Symposium on Radiation Physics, 2007, Kolkata. Positron Emission Tomography: Detector design and Image processing.
N. N. MONDAL ; Sudeb Bhattacharya . Positron Emission Tomography: A new approach to position reconstruction. In: submitted to NSS/MIC 2007 Conference record, 2007. Positron Emission Tomography: A new approach to position reconstruction.
B.N. Ganguly ; N. N. MONDAL ; S.K. Bandyopadhyay ; Pintu Sen . Teperature dependent positron annihilation lifetime study of cinnamic acid. In: NUCAR2007, 2007, Vadodara. Teperature dependent positron annihilation lifetime study of cinnamic acid.
N. N. MONDAL ; Sudeb Bhattacharya . Positron Emission Tomography: A new approach to position reconstruction. In: NSS/MIC 2007 Conference, 2007, Hawaii. Positron Emission Tomography: A new approach to position reconstruction.
B.N. Ganguly ; N. N. MONDAL ; S.K. Bandyopadhyay ; Pintu Sen . Temperature Dependent Structural Insignia of Cinnamic Acid. In: International Symposium on Recent Trends in Surface and Colloid Science, 2007, kolkata. Temperature Dependent Structural Insignia of Cinnamic Acid.
N. N. MONDAL . PositronEmissionTomography:Detector Design and Image processing. In: National Symposiumon Radiation Physics (ISRP-17),, 2007, Kolkata. PositronEmissionTomography:Detector Design and Image processing.
N. N. MONDAL . Monte Carlo Simulation based on GEANT for radiation detectors development, A new approach to position reconstruction in TOF-PET. In: Presented at 1SRP-10, 2006, Coimbra. Monte Carlo Simulation based on GEANT for radiation detectors development, A new approach to position reconstruction in TOF-PET.
N. N. MONDAL . Monte Carlo Simulation based on GEANT for radiation detectors development, A new approach to position reconstruction in TOF-PET. In: ISRP-10, 2006, Coimbra. "Monte Carlo Simulation based on GEANT for radiation detectors development, A new approach to position reconstruction in TOF-PET.
N. N. MONDAL . Advancement towards Positronium Bose-Einstein Condensation. In: International Conferenceon Lasers and Nanomaterials (ICLAN), 2006, Kolkata. Advancement towards Positronium Bose-Einstein Condensation.
N. N. MONDAL ; R. Hamatsu . Measurement of Positronium emission energy from surface of MCP. In: Material Science Forum, 2001. Measurement of Positronium emission energy from surface of MCP. p. 682-685.
H. Iijima ; T. Asonuma ; M. Irako ; T. Kumita ; B. Matsumoto ; N. N. MONDAL ; K. Sasahara ; K. Wada ; M. Kajita . Study of ortho-Postronium Laser cooling. In: Material Science Forum, 2001. Study of ortho-Postronium Laser cooling. p. 670-672.
N. N. MONDAL . Construction of a Position-sensitive Scintillation Detectors systemto view the laser cooledortho-Positronium. In: Proceedings ofthe NSS/MIC conference, 2001, San Diego. Construction of a Position-sensitive Scintillation Detectors systemto view the laser cooledortho-Positronium. p. 4-12.
N. N. MONDAL ; T. Hirose . Developmentof a Position Sensitive Gamma-ray Detector to measure the Decaying points of ortho-Positronium. In: SLOPOS-9, 2001, Dresden. Developmentof a Position Sensitive Gamma-ray Detector to measure the Decaying points of ortho-Positronium.
N. N. MONDAL . Construction of a Position-sensitive Scintillation Detectors system to view the laser cooled ortho-Positronium. In: IEEE 2001 NSS/MIC, 2001, San Diego. Construction of a Position-sensitive Scintillation Detectors system to view the laser cooled ortho-Positronium.
T. Hirose ; T. Asonuma ; H. Iijima ; M. Irako ; K. Kadoya ; T. Kumita ; B. Matsumoto ; N. N. MONDAL ; K. Wada ; H. Yabu ; M. Kajita . Laser cooling of ortho-Positronium:Toward realization of Bose-Einstein Condensation. In: n/h advanced ICFA beam dynamics workshop on "Quantum Aspects of Beam Dynamics, 2000, Capri. Laser cooling of ortho-Positronium:Toward realization of Bose-Einstein Condensation.
T. Hirose ; H. Iijima ; M. Irako ; M. Kajita ; K. Kobayashi ; T. Kumita ; N. N. MONDAL ; K. Wada ; H. Yabu . Bose-Einstein Condensation of ortho-Positronium Laser Cooling. In: LASERS-2000, 2000. Bose-Einstein Condensation of ortho-Positronium Laser Cooling. p. 437-442.
T. Kumita ; T. Hirose ; M. Irako ; K. Kadoya ; B. Matsumoto ; K. Wada ; N. N. MONDAL ; H. Yabu ; K. Kobayashi ; M. Kajita . Study on Laser Cooling of Ortho-Positronium. In: Proceedings of the 11th workshop of Positron Physics, 2000. Study on Laser Cooling of Ortho-Positronium.
N. N. MONDAL ; R. Hamatsu . Measurementof Positronium emission energy fromthe surfaceof MCP. In: ICPA-12, 2000. Measurementof Positronium emission energy fromthe surfaceof MCP.
H. Iijima ; M. Irako ; T. Hirose ; T. Kumita ; N. N. MONDAL ; M. Kajita . Laser cooling of ortho-Positronium. In: XIV lnternational Conferenceon Laser Spectroscopy, 1999. Laser cooling of ortho-Positronium. p. 332-333.
N. N. MONDAL ; R. Hamatsu ; T. Hirose ; M. Irako ; H. Iijima ; T. Kumita ; T. Omori . Design of Cold PositroniumMeasuring System. In: KEK Proceedings, 1998. Design of Cold PositroniumMeasuring System. v. 98-6. p. 24-26.
M. Irako ; H. Iijima ; T. Kumita ; R. Hamatsu ; T. Hirose ; M. Hirose ; N. N. MONDAL ; M. Washio ; T. Omori . Test of Tokyo metropolitan University slow positron beamTOPS. In: KEKProceeding, 1998. Test of Tokyo metropolitan University slow positron beamTOPS. v. 98-6. p. 24-26.
N. N. MONDAL ; R. Hamatsu ; T. Hirose ; M. Irako ; H. Iijima ; T. Kumita ; T. Omori . Constructionof a Time-of-Flight Measurement Systemto Studythe Low Energy Positronium Production. In: SLOPOS-8, 1998, Cape Town. Constructionof a Time-of-Flight Measurement Systemto Studythe Low Energy Positronium Production.
N. N. MONDAL ; R. Hamatsu ; T. Hirose ; M. Irako ; H. Iijima ; T. Kumita ; T. Omori . Design of a Cold Positronium Measuring System. In: 3rd Photon Factory Symposium, 1997, Tsukuba. Design of a Cold Positronium Measuring System.
Brajesh Pandey ; P.M.G. Nambissan ; N. N. MONDAL ; P.V. Bhagwat ; M.B. Kurup ; H.C. Verma . Vacancy migration in the sublattices of Fe-AI alloy after boron-irradiation studied by positron annihilation. Nuclear Instruments & Methods in Physics Research. Section B. Beam Interactions with Materials and Atoms , 2008.
B.N. Ganguly ; N. N. MONDAL ; S.K. Bandyopadhyay ; Pintu Sen . Temperature dependent Structural Insignia of Cinnamic acid. Journal of Physical Chemistry , 2008.

Prêmios

2002

JSPS Postdoctoral fellowship Award, Japan Society for the Promotion of Science, Japan..

2000

MONBUSHO Scholarship, Ministry ofEducation and Scientific Research Japan..

1987

Kamrunnesa Scholarship, University of Dhaka, Dhaka, Bangladesh..

1981

Children's Scholarship, Save the Children Federation (SCF), United Kingdom (NGO in Bangladesh)..

Histórico profissional

Endereço profissional

Universidade de São Paulo, Instituto de Física de São Carlos, Departamento de Física e Ciência dos Materiais. , Av. Trabalhadro São-carlense, 400, Centro, 13566-590 - Sao Carlos, SP - Brasil - Caixa-postal: 369, Telefone: (16) 33712012, Fax: (16) 33739811, URL da Homepage:

Experiência profissional

2006 - Atual

Saha Institute Of Nuclear Physics, SAHA*, Índia

Vínculo: Visiting Scientist, Enquadramento Funcional: Visiting Scientist

2005 - 2006

UGC-DAE Consortium for Scientific Research, UGC-DAE, Índia

Vínculo: Visiting Fellow, Enquadramento Funcional: Visiting Fellow

2002 - 2002

Gunma Software Engineering Com. Ltd.

Vínculo: Software Programmer, Enquadramento Funcional: Software Programmer

2000 - 2002

Tokyo Metropolitan University

Vínculo: Postdoctoral Fellow, Enquadramento Funcional: Postdoctoral Fellow

1995 - 1996

Tokyo MetropolitanUniversity

Vínculo: Research Associate, Enquadramento Funcional: Research Associate

1992 - 1995

University of Dhaka

Vínculo: Part time Researcher, Enquadramento Funcional: Part time Researcher