The Challenge of Quantum Devices
(H. J. QUEISSER)

Intrinsic Josephson Effect in High Tc Single Crystals and Its Applications for Electron Devices
(T. YAMASHITA)

Optical Imaging of Electrical Activity in the Living Mammalian Cortex
(A. GRINVALD, T. BONHOEFFER, D. MALONEK, D. SHOHAM, R. HILDESHEIM, R. MALACH and A. ARIELI)

Technology of X-ray Optics and Its Applications

(1) New Developments in X-ray Optics
(M. YAMAMOTO)

(2) X-ray Mirror Technology
(H. NAGATA)

(3) Multilayered Coatings for Soft X-ray Optics
(I. KATAOKA)

(4) Extreme Ultra Violet Lithography
(T. WATANABE and H. KINOSHITA)

Laboratories(1)-Hitachi Europe Ltd.
Quantum Devices in Collaboration with Cambrige University
(K. NAKAZATO)

Laboratories(2)-ULVAC JAPAN, Ltd.
Unique R&D Activity with Comprehensive Engineering Support for Customers
(K. NAKAMURA)

Accomplishments of Bioelectronic Devices Project
M. AIZAWA

Single Electron Devices and the Perspective for Their Application
J. E. MOOIJ

R&D of Bioelectronic Devices

Implications and Future Prospects of the Bioelectronic Devices Project

1. Elucidation and Modeling Technology of Central Neural Systems
   (G.MATSUMOTO)
2. Molecular Assembles for Neurodevices
   (M. AIZAWA)

Main Results from the Bioelectronic Devices Project

1. Molecular and Cellular Elucidation of Electrical Activities in the Brain and Analysis of Information Processing
   (G. MATSUMOTO)
2. Modeling of Visual Information Processing in the Brain
   (K. OKAJIMA)
3. Development of Molecular Assembly Technology Based on the Langmuir-Blodgett Technique and Its Applications
   (H. YOKOYAMA etc.)
4. Information-Processing Using Photoisomerization in Langmuir-Blodgett Films
   (M. MATSUMOTO)
5. Molecular Electronic Devices Based on Biological Electron Transfer System
   (S. UEYAMA)
6. Research and Development of Microchemical Devices
   (H. YOKOYAMA)
7. Toward Bio-functional Devices Simulating Synaptic Plasticity and Biological
   Oscillation
   (M. IKEMATSU)
8. Development of Organic Thin Film Devices with Synaptic Plasticity and Biogical Oscillation
   (K. NICHOGI)
9. Development of Olfactory Sensory Processing Devices Using Organic Films
   (A. MIYATA etc.)
10. Development of Optical Information Processing Devices Using Organic Molecular Films
    (M. YONEYAMA)

Laboratories(1)-Sumitomo Electric Industries,Ltd.
The Challenfe of Innovative and Advanced Meterial Technologies
(T.KOTANI)

Laboratories(2)-Nikon Corp.
Pursuit of Light and Microtechnologies
(Y.TAKAHASHI)

Salon
Deliberation on Future Electron Devices and Resent Results FED Projects
(S.MAEDA)