Top > Profile > NTT Atsugi R&D Center Exhibition Hall
Exhibition Hall Floor Map
Theme Zone
Preform for optical fiber
using the VAD method
Exhibitons: Ubiquitous technology, Science, Futuristic Communication / Network, Photonic Technology & Environment . Energy
Ubiquitous Technology
- 2
- Millimeter-Wave and Terahertz-Wave Technology Supporting Broadband Ubiquitas Service
- 3
- Surface Plasmon Resonance Sensor
Futuristic Communication / Network
- 8
- Future Phone t-Room
- 9
- Visualizing large-scale relational data
- 10
- Multi-modal Communication Scene Analysys
- 11
- Robust Media Search Technology
- 12
- Research on Technology For Recognizing the Real World by Sensor Nodes
- 13
- Promoting new service creation through secure data market
- 14
- Elastic Optical Network
- 15
- 5GHz band wireless LAN system with multi-user MIMO technique
- 16
- InP HEMT Millimeter-Wave Analog MMIC Technology
- 17
- Post-100-Gbit/s photonic network IC technology
- 18
- Ultra-High Speed Digital Coherent Optical Transmission Technology
- 19
- Optical and Integrated Circuit Technologies for Next-generation PON Systems
- 20
- LSI Technologies for Next-generation of PON Systems
Photonic Technology
- 21
- Silicon Photonics
- 22
- A Semiconductor Mach-Zehnder Modulator Module
- 23
- Ultra Wide Tunable laser Array
- 24
- Uni-Traveling-Carrier Photodiode (UTC-PD)
- 25
- Highly integrated 100‚fbit/s Tx/Rx module technology
- 26
- Planar Lightwave Circuit Devices for Access Networks
- 27
- Planar Lightwave Circuit Multi/Demultiplexer for DWDM Systems
- 28
- Planar Lightwave Circuit Optical Switch (PLC Switch)
- 29
- Demonstration of projection of dynamic image using an RGB laser and a KTN optical beam steering device
Science
- 4
- Brain computation mechanisms for visuomotor control
- 5
- Visual mechanisms of material perception
- 6
- Illusion Forum
- 7
- Buru-Navi
- 30
- Constructing semantic lexicon database based on word familiarity
- 31
- Sensor and Logic Devices using Nanomechanical Structures
- 32
- Semiconductor Spintronics
- 33
- Diamond Transistors
- 34
- Silicon Single-Electron Devices
- 35
- Graphene -material for future electronics-
- 36
- Nano-Bio Science
- 37
- Photonic Crystals
- 38
- Quantum Cryptography
- 39
- Quantum Information Processing
- 40
- Quantum Memory:Storing Superconducting Quibit Information
- 41
- Semiconductor Quantum Bits
- 42
- Quantum Computer
