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- Koichi Fukuda, Yuui Shimizu, Katsuki Amemiya, Masahiro Kamoshida, Chenming Calvin Hu
- IEEE International Electron Devices Meeting
- 2007

This paper presents the first statistical model of Vt fluctuation (ΔVt<sub>cell</sub>) in a floating-gate flash memory due to random telegraph noise. It considers current-path percolation, which… (More)

Formulation of the transmission and reflection of light in terms of vector cylindrical waves is given for two-dimensional photonic crystals having complex unit cells which contain two or more rods in… (More)

For a periodic array of dielectric rods of circular cross section, the formulation is given for the band structure of a photon and the reflectivity or transmittivity of light, using the vector… (More)

- Katsuki Amemiya
- 2003

Photon emission induced by a scanning tunneling microscope is studied theoretically when a substrate is covered with a layer of finite thickness. We formulate the calculation method of the radiated… (More)

- Takashi Yamamoto, Katsuki Amemiya, Takashi Yamaguchi
- IEEE International Symposium on Circuits and…
- 2005

We study a learning and recalling model of phase patterns in a coupled oscillators system. The model used is BVP oscillators coupled from the excitatory unit to both the excitatory and the inhibitory… (More)

- Hitoshi Nejo, Daisuke Fujita, +10 authors Yasushi Sozu
- 1998

Since it was suggested that individual atoms can be manipulated using scanning tunneling microscope (STM), many attempts have been done to control atoms individually, but they were not successful so… (More)

- Katsuki Amemiya
- 2003

The interference phenomenon of tunneling electrons in a magnetic field is studied by calculating the conductance in a structure which is similar to an Aharonov–Bohm (AB) ring, that is, a… (More)

Abstract We study the properties of gluons in QCD in the maximally abelian (MA) gauge. In the MA gauge, the off-diagonal gluon behaves as the massive vector boson with the mass M off ≅ 1.2 GeV, and… (More)

The Hall resistance is studied by solving the Schrodinger equation for electrons in the presence of a magnetic field. The boundary element method (BEM) has been employed to solve the Schrodinger… (More)

We study the Hall effect in a quantum dot to which four leads are attached by solving the Schrodinger equation for electrons in this system. We find that the Hall resistance shows wide dips in the… (More)