Spin transport through a single molecule by means of spin-polarized STM
Research Aim
With fluctuations, information transmission system construction will be the most important issue in device miniaturization. We will precisely measure fluctuation conductivity through a single molecule, elucidate principles from these measurements, and control stochastic resonance with external noise to perform research fundamental to the practical application of molecular calculation elements (molecular architectures) using multiple single molecules.
Role and Need in the Group
A03-3 research on the ‘elucidation of the magnetic conduction properties of single molecules by spin-polarized STM’ explores the nature of single-molecule conductivity fluctuation and aims to express and control stochastic resonance using external noise. We will develop multiple molecular magnetic information modules that handle information transmission by current fluctuation.
Research Content
Using STM single-molecule measurements and spin-polarized STM single-molecule electron spin transport measurements, we aim to (1) precisely measure electron spin ‘fluctuation’ and (2) search for external noise factors that express stochastic resonance and elucidate the stochastic resonance expression process.
Others
Members
Research representative: Toyokazu Yamada Associate Professor / Chiba University Graduate School of Advanced Integaration Science
[3] 単一ナノ分子・磁気抵抗素子～スピン偏極ＳＴＭによる単一分子電子スピン伝導測定～(Single Molecular Magnetoresistance : Spin Conductance through a Single Molecule by means of Spin-Polarized STM)
TKYamada Journal of The Surface Science Society of Japan, 34, 8, 443 - 448, 2013 DOI: 10.1380/jsssj.34.443
[2] Recovery of nanomolecular electronic states from tunneling spectroscopy: LDOS of low-dimensional phthalocyanine molecular structures on Cu(111)
Y. Yamagishi; S. Nakashima; K. Oiso; T. K. Yamada Nanotechnology, 24, 39, 5704, 2013 DOI: 10.1088/0957-4484/24/39/395704
[1] How contacting electrodes affect single π-conjugated molecular electronic states: LDOS of phthalocyanine nano molecules on MgO(001), Cu(111), Ag(001), Fe(001) and Mn(001)
S. Nakashima; Y. Yamagishi; K. Oiso; T. K. Yamada Japanese Journal of Applied Physics (Selected Topics in Applied Physics: Nano Electronics and Devices: Characterization and Control of Nano Surfaces and Interfaces), 52, 11, 0115, 2013 DOI: 10.7567/JJAP.52.110115
Spin transport through a single molecule by means of spin-polarized STM
Research Aim
With fluctuations, information transmission system construction will be the most important issue in device miniaturization. We will precisely measure fluctuation conductivity through a single molecule, elucidate principles from these measurements, and control stochastic resonance with external noise to perform research fundamental to the practical application of molecular calculation elements (molecular architectures) using multiple single molecules.
Role and Need in the Group
A03-3 research on the ‘elucidation of the magnetic conduction properties of single molecules by spin-polarized STM’ explores the nature of single-molecule conductivity fluctuation and aims to express and control stochastic resonance using external noise. We will develop multiple molecular magnetic information modules that handle information transmission by current fluctuation.
Research Content
Using STM single-molecule measurements and spin-polarized STM single-molecule electron spin transport measurements, we aim to (1) precisely measure electron spin ‘fluctuation’ and (2) search for external noise factors that express stochastic resonance and elucidate the stochastic resonance expression process.
Others
Members
Papers List
2015
Hirofumi Tanaka; Ryo Arima; Minoru Fukumori; Daisuke Tanaka; Ryota Negishi; Yoshihiro Kobayashi; Seiya Kasai; T. K. Yamada; Takuji Ogawa
Scientific Reports, 5, 12341 - 12341, 2015/7/24
DOI: 10.1038/srep12341
2013
TKYamada
Journal of The Surface Science Society of Japan, 34, 8, 443 - 448, 2013
DOI: 10.1380/jsssj.34.443
Y. Yamagishi; S. Nakashima; K. Oiso; T. K. Yamada
Nanotechnology, 24, 39, 5704, 2013
DOI: 10.1088/0957-4484/24/39/395704
S. Nakashima; Y. Yamagishi; K. Oiso; T. K. Yamada
Japanese Journal of Applied Physics (Selected Topics in Applied Physics: Nano Electronics and Devices: Characterization and Control of Nano Surfaces and Interfaces), 52, 11, 0115, 2013
DOI: 10.7567/JJAP.52.110115