R&D of pioneering electronics technologies that support future communications.       Silicon Nanophotonics     - Fusing light and electronics to create high-performance telecom devices only 1/100,000th size of conventional devices -   MEMS Devices     - Integrated microstructures fabricated with seamless integration technology -   LSI Design Technology for Communications     - Groundbreaking next-generation communications with LSI design technology -   Generation and Detection of Terahertz Electromagnetic Waves     - Controlling the electromagnetic waves that lie in the region between light waves and millimeter waves -     R&D of devices and sub-systems for large-capacity and high-performance communications to support a future information infrastructure.       3D-MEMS Optical Switch     - Using micro-mirrors for optical path switching -   Wireless Multiplexed Transmission System for 6-CH Uncompressed HDTV Signals     - 120-GHz-band millimeter-wave wireless link system supporting 10-Gbps transmission -   RedTacton: New Mode of Communication   This is Neither Wireless Nor Wire Communication     - A human area network using the surface of the body as a transmission path -     R&D of miniature integrated sensors and appliances.       VoiceUbique: The World's Smallest Lightweight Voice Transmission System     - Ultra low-power voice transmission device based on 1-bit quantization transmission technology -   SPR Biosensor     - Simple biomolecular sensor for medical applications -   Wearable Laser Blood Flowmeter     - World's smallest laser blood flowmeter for non-invasive blood flow monitoring -     Examples of technologies developed by Microsystem Integration Laboratories that are now commercially available.       Single-Chip Fingerprint Identification Technology   - Implementing "easy-to-use and secure" systems -   Mirror Interface     - Seamless communication between real and virtual worlds -   Portable BTX Gas Sensor     - Better awareness of the environment around us -   Photorealistic 3D Capture System     - Realistic reproduction of gloss and transparency -     The past research theme is listed.