Masahiro Goto
- Affiliation:
- Nano-Electronics Materials Unit, Semiconductor Device Materials Group
- Specialty:
- Chemical physics, Energy conversion devices
- Academic degree:
- Ph.D., Nagoya University (1994)
- Recent publications
- See NIMS Researchers DB
Educational & Research History
2011 | - | Present | Principal Researcher, Advanced Device Materials Group, Nano-Electronics Materials Unit, MANA, NIMS |
2009 | - | 2011 | Principal Researcher, Advanced Photovoltaics Center, NIMS |
2007 | - | 2009 | Principal Researcher, Micro-Nano Materials Engineering Group, Materials Reliability Center, NIMS |
2006 | - | 2008 | ICYS Researcher, NIMS |
2006 | - | 2007 | Senior Researcher, Micro-Nano Materials Engineering Group, Materials Reliability Center, NIMS |
2003 | - | 2006 | Senior Researcher, Micro-Nano Component Materials Group, Materials Engineering Laboratory, NIMS |
2002 | - | 2003 | Researcher, Nano-Fabrication Group, Nanomaterials Laboratory, NIMS |
2001 | - | 2002 | Researcher, Nano-Function Group, Nanomaterials Laboratory, NIMS |
2000 | - | 2001 | Researcher, Extremely-High Vacuum Station, National Research Institute for Metal (NRIM) |
1997 | - | 2000 | Advanced Science Research Center, JAERI, Postdoctoral Fellow |
1995 | - | 1997 | JST Postdoctoral Fellow |
1994 | - | 1995 | Collaboration Researcher, Institute for Molecular Science |
1994 | Ph.D. Nagoya University |
Research Interests
Advanced laser technology
He has discovered a molecular nanojet in liquid, which can make molecular nanodots on substrates. It may be used to fabricate organic devises in future.
He is developing a new technique for fabrication of polymer nanowires by pulsed laser irradiation.
Combinatorial sputter coating system (COSCOS)
He has developed the combinatorial sputter coating system called "COSCOS". It can synthesize various kinds of coatings under precisely controlled conditions such as sputter-gas, gas pressure, gas partial pressure, r.f. power, substrate temperature, distance between the substrate and the target, etc. With this system we successfully synthesized coating films with different crystal preferred orientations.
Energy conversion devices
Using above advanced laser and coating technologies, he is investigating in the following three fields of energy conversion: (1)thermoelectric, (2)piezoelectric and (3)photoelectric conversion.
Selected Papers
- Synthesis of Polymer Nanowires by Pulsed Laser Irradiation
- Masahiro Goto, Akira Kasahara and Masahiro Tosa
- Appl. Phys. Exp., 2 (2009) 065503.
- Molecular Nanojet in Water
- Masahiro Goto, Akira Kasahara and Masahiro Tosa
- Appl. Phys. Exp., 2 (2009) 035007.
- Reduction in Frictional Force of ZnO Coatings in a Vacuum
- Masahiro Goto, Akira Kasahara and Masahiro Tosa
- Jpn. J. Appl. Phys., 47 (2008) 8914-8916.
- Implantation of Perylene Molecules into Glass Plates through a Water Layer Using a Laser Induced Molecular Micro-Jet
- M.Goto, Y. Pihosh, A.Kasahara and M.Tosa
- Jpn. J. Appl. Phys. Exp. Lett., 45, (36) L966-L969, (2006)
- Low frictional coating of copper oxide with preferred crystal orientation
- M.Goto, A.Kasahara, T.Oishi and M.Tosa
- Tribology Letters, 17, (1) 51-54, (2004)
- Laser Implantation of Dicyanoanthracene in Poly (Methyl Methacrylate)
from a 100 nm-Aperture Micropipette
- M.Goto, S.Kawanishi and H.Fukumura
- Applied Surface Science, 154-155, 701-705, (2000)
- Implantation of Organic Molecules into Biotissue using a Pulsed Laser
- M.Goto, N.Ichinose, S.Kawanishi and H.Fukumura
- Jpn. J. Appl. Phys. Lett., 38, L87-L88, (1999)
- Generation of Novel Aluminum Nano Ball
- M.Goto, J.Murakami, Y.Tai, K.Igarashi, S.Tanemura and M.Kusunoki
- Jpn. J. Appl. Phys. Lett., 37, L1537-L1539, (1998)
- Laboratory Measurement of the J=1-0 Transition of AlH Near 387 GHz
- M.Goto and S.Saito
- Astrophys. J., 452, L147-L148, (1995)
- Submillimeter-Wave Spectra of the PH and PD Radicals in the 3Σ- State
- M.Goto and S.Saito
- Chem.Phys.Lett., 211, 443-448, (1993)