Faculty Information

（Last updated : 2024-03-30 11:51:28）

MATSUKAWA, Hiroshi
Department Aoyama Gakuin University Department of Physical Sciences, College of Science and Engineering

Position Professor

■ Specialization and related fields

Mathematical physics and fundamental theory of condensed matter physics, Magnetism, superconductivity and strongly correlated systems, Semiconductors, optical properties of condensed matter and atomic physics, Nanostructural physics

■ Business career

1.	2003/04～2004/03	Aoyama Gakuin University College of Science and Engineering Professor
2.	2004/04～2021/03	Aoyama Gakuin University College of Science and Engineering Department of Physics and Mathematics Professor
3.	2021/04～	Aoyama Gakuin University College of Science and Engineering Department of Physical Sciences Professor

■ Belonging society

1.	1995/12～	American Physical Society
2.	2006/06～	American Geophysical Union

■ Book and thesis

1.	Book	Physics of Friction (Single) 2012/06
2.	Article	Transition between macroscopic steady slippage and creep motion in a system with velocity-dependent friction stress Journal of the Physical Society of Japan (Collaboration) 2019/11
3.	Article	Experimental observation of phonon generation and propagation at a MoS2(0001) surface in the friction process PHYSICAL REVIEW B 93,pp.201401-15 (Collaboration) 2016/05
4.	Article	Novel Friction Law for the Static Friction Force based on Local Precursor Slipping Scientific Reports (4),pp.6324 (Collaboration) 2014/09
5.	Article	Directed Motion and Novel Dynamics of Interfacial Systems JPS Conf. Proc. (Collaboration) 2014
6.	Article	Systematic Breakdown of Amontons' Law of Friction for an Elastic Object Locally Obeying Amontons' Law pp.1586 (Collaboration) 2013/04
7.	Article	Complex Dynamics and Directed Transport of Particles at a Nanoscale Interface AIP Conf. Proc. 1518,pp.737-740 (Collaboration) 2013/02
8.	Article	Local Slip at Friction Interface and th e Break down of AMONTONs’ Low pp.57-64 (Collaboration) 2013/02
9.	Article	"Quasiparticle Electronic Structure of a New Surperconductor, Y2C3, in the Mixed State Investigated by Specific Heat and Flux-Flow Resistivity" pp.1-6 (Collaboration) 2008/05
10.	Article	"Size dependence of the Burridge-Knopoff model" 2007, Irago, Aichi, J. of Physics:Conference Series pp.1-7 (Collaboration) 2007/11
11.	Article	"Non-linear rheology of layered systems-a phase model approach" 2007, Irago, Aichi, J. of Physics Conference Series pp.1-10 (Collaboration) 2007/09
12.	Article	"Numerical study of friction of flake and absorbed monolayer on atomically clean substrate." 2007, Irago, Aichi, J.of Physics:Conference Series pp.1-9 (Collaboration) 2007/09
13.	Article	"Vortex　pinning in two-gap superconductors." 2007, Irago, Aichi, J.of Physics:Conference Series 89(012022),pp.1-5 (Collaboration) 2007/09
14.	Article	"Deconfinement of Vortices with Continuously Variable Fractions of the Unix Flux Quanta in Two-Gap Superconductors." Europhysics Letters pp.1-5 (Collaboration) 2007/07
15.	Article	“Friction, Stick-Slip Motion and Earthquake.” Modelling Critical and Catastrophic Phenomena in Geoscience pp.169-189 (Collaboration) 2006/09
16.	Article	“Controlling Sliding Velocity by Mode-Locking at Nanoscale Solid Suafaces with Lubricants.” Proc.of 3rd International Conference on Materials for Advanced Technologies,(Singapole, in press) A423,pp.204-208 (Collaboration) 2006/05
17.	Article	“Nanoscale Effects of Surfaves and Lubricants on Friction.” Proc.of 3rd International Conference on Materials for Advanced Technologies,(Singapole, in press) 3-8 July 2005 (Collaboration) 2006/04
18.	Article	Coupled Oscillators in Quenched Random Potential Progress of Theoretical Physics Supplement (161) (Collaboration) 2006/01
19.	Article	“Numerical study on “plastic flow-moving solid” transition of charge density waves in nonequilibrium steady state under external drive.” Proc.of International Workshop on ELECTRONIC CRYSTALS 2005,(Corsica, France, in press) 131,pp.119-120 (Collaboration) 2005/12
20.	Article	“Atomic Scale Friction between Clean Graphite Surfaces” Solid State Communications 136,pp.51-55 (Collaboration) 2005/10
21.	Article	“Flux Flow Resistivity in Two-Gap Superconductivity” J. Phys. Soc. Jpn. pp.1394-1396 (Collaboration) 2005/05
22.	Article	“Flux flow resistivity in the system with multiple superconducting gaps” Physica B. 359-361,pp.533-535 (Collaboration) 2005/04
23.	Article	“Possibility of the Solid-Fluid Transition in Moving Periodic Systems” J. Phys. Soc. Jpn. pp.1907-1910 (Collaboration) 2005/03
24.	Article	「講座　すべりに伴う物質の移動と変形　第6回　ミクロのすべりと摩擦」『日本地すべり学会誌』 pp.93-98 (Single) 2005/03
25.	Article	“Topological Defects in Moving Charge Density Waves and Flux Line Lattice” Prog. of Theor. Physics. Suppl. (157),pp.160-163 (Collaboration) 2005/01
26.	Article	“Incommensurate structures and nanoscale friction at solid interfaces” Surface Review and Letters 10,pp.449-454 (Collaboration) 2003/06
27.	Article	“Plastic Flow of Periodic Structures.” Proc. of 23nd Int. Conf. on Low Temperature Physics, B329-333,pp.1448-1450 (Collaboration) 2003/05
28.	Article	“Nanoscale friction and related tribological phenomena at solid interfaces” International Journal of Nanoscience 1,pp.731-735 (Collaboration) 2002/12
29.	Article	“Numerical Study of Nanoscale Lubrication and Friction at Solid Interfaces.” Molecular Physics pp.3161-3166 (Collaboration) 2002/10
30.	Article	“Nanoscale Friction and Interfacial Effects” Key Engineering Materials 227,pp.133-138 (Collaboration) 2002/08
31.	Article	“Friction and complex dynamics at solid surfaces.” Computer Physics Communications pp.100-104 (Collaboration) 2001/12
32.	Article	“Numerical Simulations atomic-scale friction between solid surfaces.” Surface Review & Letters pp.447-452 (Collaboration) 2001/10
33.	Article	“Numerical and Theoretical Study of Friction between Atmically Clean Surfaces and Effects of Impurities.” Proc.of the Int.Conf.on Nanotribology, April 11-14, 2000, Ubud Bali, Tribology Letters. 9,pp.105-110 (Collaboration) 2000/12
34.	Article	“Quantum Ratchets” Proc.of 22nd Int.Conf.on Low Temperature Physics B284-288,pp.1896-1897 (Collaboration) 2000/10
35.	Article	“Impurity Effects on Quantum Depinning of Commensurate Charge Density Waves.” J.Phys.Soc.Jpn. pp.2953-2961 (Collaboration) 2000/09
36.	Article	“Effect of Local Inhomogeneity on Nucleation; Case of CDW Depinning” Proc.of 22nd Int.Conf.on Low Temperature Physics B284-288,pp.1667-1668 (Collaboration) 2000/07
37.	Article	“Friction, order and transverse pinning of two-dimensional elastic lattice under periodic and impurity potentials” Phys.Rev.B , R16366-16369 (Collaboration) 2000/06
38.	Article	“Numerical Study of dynamical frictional phenomena” Proc.of the 5-th Int.Conf.on Computational Physics , No.138 (138),pp.580-581 (Collaboration) 2000/04
39.	Article	“Effect of Local Inhomogeneity on Nucleation; Case of Charge Density Wave Depinning” Journal of the Physical Society of Japan pp.170-176 (Collaboration) 1999/01
40.	Article	“Macroscopic Quantum Tunneling of Charge Density Waves” Journal de Physique Ⅳ 9,pp.161-163 (Collaboration) 1999
41.	Article	“Slow Sliding Dynamics and Velocity Correlation in Driven Lattice Systems” Proc.of Slow Dynamics in Complex Systems, The American Institute of Physics pp.699-700 (Collaboration) 1999
42.	Article	“Theoretical and Numerical Study of Sliding Friction Based on the Extended-Frenkel-Kontorova Model.” Journal de Physique Ⅳ 9,pp.89-90 (Collaboration) 1999
43.	Article	“Anomalous pinning behavior in an incommensurate two-chain model of friction” Physical Review B pp.15866-15877 (Collaboration) 1998/12
44.	Article	“Effects of Dissipation on Quantum Phase Slippage in Charge Density Wave Systems” Journal of the Physical Society of Japan pp.3891-3816 (Collaboration) 1998/11
45.	Article	“Dissipation Enhanced Asymmetric Transport in Quantum Rachets” Journal of the Physical Society of Japan, pp.1090-1093 (Collaboration) 1998/04
46.	Article	“Frictional Phenomena in an Incommensurate Lattice System” World Scientific November 4-7 (Collaboration) 1998
47.	Article	“Dynamical frictional phenomena in an incommensurate two-chain model” Physical Review B pp.13932-13942 (Collaboration) 1997/12
48.	Article	“Quantum Ratchets” Journal of the Physical Society of Japan, pp.2953-2956 (Collaboration) 1997/10
49.	Article	“Static and dynamic properties of frictional phenomena in a one-dimensional system with randomness” Physical Review B pp.4261-4265 (Collaboration) 1997/08
50.	Article	“Friction between Clean Surfaces and the Effects of Surface Randomness” Physics of Sliding Friction, (eds.B.N.J.Persson and E.Tosatti)(Kluwer) pp.139-148 (Collaboration) 1996
51.	Article	“Neel and singlet RVB orders in the t-J model” Physica, C257,pp.299-303 (Collaboration) 1996
52.	Article	“Quantum Depinning of Charge Density Wave” Quantum Coherence and Decoherence, (eds.K.Fujikawa and Y.A.Ono)(Elesevier Science) pp.121-124 (Collaboration) 1996
53.	Article	“Quantum Effects to the Frictional Behaviors in Solids” Quantum Coherence and Decoherence, (eds.K.Fujikawa and Y.A.Ono)(Elesevier Science) pp.115-120 (Single) 1996
54.	Article	“The Derivation and the Physical Properties on the‘t-J + 3-sites, hopping’Model” Czechoslovak Journal of Physics 46,pp.2647-2648 (Collaboration) 1996
55.	Article	“Theoretical Study of Friction: One-dimensional Clean Surfaces.” Phys.Rev.B pp.17286-17292 (Collaboration) 1994/06
56.	Article	“Antiferromagnetism of the t-J Model in the Slave-Boson Mean Field Approximation. ” J.of Phys.Soc.Jpn. pp.1882-1885 (Collaboration) 1992/06
57.	Article	“Electoronic States in Finite Clusters of the d-p Model and Its Effective Hamiltonian” Springer Proceedings in Physics 60 pp.131-134 (Collaboration) 1992
58.	Article	“Cluster Model Calculation of the Electoronic States of the d-p Model and Its Effective Hamiltonian” Physica, C185-189 pp.1705-1706 (Collaboration) 1991/12
59.	Article	“Dynamics of Charge Density Wave Systems with Multi Domain Structure” Springer-Verlag pp.282-283 (Collaboration) 1991
60.	Article	“On the Role of Apical Oxygens in High-Tc Cu-Oxides.” J.of Phys.Soc.Jpn. pp.1723-1727 (Collaboration) 1990/05
61.	Article	“Local Singlet State in Effective Hamiltonian for a CuO Layer: Case of a Single Cu Spin and a Hole.” J.of Phys.Soc.Jpn. pp.3687-3697 (Collaboration) 1989/10
62.	Article	“Effective Hamiltonian for High-Tc Cu Oxides.” J.of Phys.Soc.Jpn. pp.2845-2866 (Collaboration) 1989/08
63.	Article	“Study of Narrow Band Noise and Mode Locking on the Classical Model of Deformable Charge-Density Waves” Synthetic Metals 29,pp.F343-F350 (Single) 1989/03
64.	Article	“Effective Hamiltonian for CuO Layer.” J.of Phys.Soc.Jpn. pp.364-367 (Collaboration) 1989/02
65.	Article	“Dynamical Critical Phenomena in Sliding Charge-Density Waves” Springer Series in Synergetics pp.291-292 (Single) 1989
66.	Article	“Effective Hamiltonian for CuO Layer and RVB.” World Scientific pp.89-97 (Collaboration) 1989
67.	Article	“Effective Hamiltonian for High Tc Cu Oxides.” Proc.of the Tsukuba Seminer on High T Superconductivity pp.63-71 (Collaboration) 1989
68.	Article	“Effective Hamiltonian for High-Tc Cu Oxides.” Physica, C162-164 pp.775-776 (Collaboration) 1989
69.	Article	“Effective Hamiltonian for High-Tc Cu Oxides.” Springer Series in Solid State Sciences May 21-25, 1989,pp.45-56 (Collaboration) 1989
70.	Article	“Electron Superconductor and the Model Hamiltonian for High T_c Cu-Oxides” Research Report on Mechanism of Superconductivity(ed.Y.Muto) pp.264-266 (Collaboration) 1989
71.	Article	“Static and Dynamic Properties of Charge-Density-Waves Described by the Fukuyama-Lee-Rice Model Ⅲ. Numerical Study on the dc Nonlinear Conduction.” J.of Phys.Soc.Jpn. pp.3463-3473 (Single) 1988/10
72.	Article	“Charge-Density-Wave Dynamics in Quasi One Dimensional Conductors” Superconducting Materials,(eds.S.Nakajima, H.Fukuyama), Jpn.J.of Appl.Phys., Series 1 pp.288-289 (Collaboration) 1988
73.	Article	“Numerical Study on Nonlinear Dynamics of Charge-Density-Waves.” Proc.of the 18th International Conference on Low Temperature Physics, Jpn.J.of Appl.Phys. 26,pp.601-602 (Collaboration) 1987/08
74.	Article	“Static and Dynamic Properties of Charge-Density-Waves Described by the Fukuyama-Lee-Rice Model I. Perturbational Analysis and dc Nonlinear Properties.” J.of Phys.Soc.Jpn. pp.1507-1521 (Collaboration) 1987/04
75.	Article	“Static and Dynamic Properties of Charge-Density-Waves Described by the Fukuyama-Lee-Rice Model Ⅱ. Perturbational Analysis on the dc+ac Combined Phenomena.” J.of Phys.Soc.Jpn. pp.1522-1531 (Single) 1987/04
76.	Article	“Numerical Study of Statics and Dynamics of Charge-Density-Waves in Quasi 1D Conductors.” Synthetic Metals 19,pp.7-12 (Collaboration) 1987/03
77.	Article	“Nonlinear AC and DC Conduction Phenomena of Charge-Density-Waves Described by the Fukuyama-Lee-Rice Model.” Physica Vol.143B,pp.30-32 (Collaboration) 1986/11
78.	Article	“Numerical Study of Statics and Dynamics of Charge-Density-Waves Based on the Fukuyama-Lee-Rice Model.” Physica Vol.143B,pp.80-84 (Collaboration) 1986/11
79.	Article	“Numerical Study on Anomalous Transport Phenomena Associated with Sliding Charge Density Waves in Quasi One Dimensional Conductors” Research Report on New Superconducting Materials(ed.S.Nakajima) pp.18-20 (Collaboration) 1985
80.	Article	“An Exactly Solvable Infinite-Ranged Model for Sliding Charge-Density-Waves.” Solid State Commun. pp.45-48 (Collaboration) 1984/10
81.	Article	“Numerical Study on One-Dimensional Incommensurate Charge-Density-Wave in the Weak Pinning Regime.” Solid State Commun. pp.283-286 (Collaboration) 1984/04
82.	Article	“Numerical Study on One-Dimensional Incommensurete Charge Density Waves in the Weak Pinning Regime.” Busseikenkyu pp.24-31 (Collaboration) 1984/01
83.	Article	“Monte Carlo Study on the 2D + or-J Ising Spin Glass-Dynamical Aspects of Spin Clusters.” J.Magn.and Magn.Mater. 31-34,pp.1303-1304 (Collaboration) 1983/02
84.	Article	“Monte Carlo Study on Dynamical Aspects of the 2D Gaussian Ising Spin Glass.” J.Phys.Soc.Jpn. 52,pp.109-112 (Collaboration) 1983
85.	Article	“Monte Carlo Study on Dynamical Behaviour of Spins and Spin Clusters in the 2D + or-J Ising Spin Glass.” Solid State Commun. pp.1281-1284 (Collaboration) 1982/11
86.	Article	“Monte Carlo Study on the 2D + or-J Ising Glass-Dynamical Behavior of Individual Spins and Spin Clusters.” J.Phys.Soc.Jpn. pp.3126-3135 (Collaboration) 1982/10
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