- （2011.10.13）
- Experimental demonstration of quantum memory in diamond
- （2009.05.05）
- Success in time-lapse imaging of conformational changes in a single receptor protein
- （2006.12.21）
- Trapping and Delaying Light for Over One Nanosecond Using Photonic Crystals
- （2006.06.15）
- Single-Electron Ammeter based on Bidirectional Counting of Single-Electrons
- （2006.05.17）
- Aluminum Nitride Light Emitting Diodes with the Shortest Wavelength
- （2005.06.14）
- Success in distributing single photons for quantum cryptography via an optical switch
- （2005.04.20）
- Success in high precision control of nuclear spins for quantum computation
- （2005.01.01）
- -Superconducting tunnel junctions working without using liquid helium-
- （2004.02.01）
- Three-Dimensional Nanofabrication Using Electron Beam Lithography
- （2004.01.01）
- Success in controlling multi-photon transitions of a superconducting flux qubit
- （2001.10.31）
- Semiconductor ferromgnet in a quantum-dot artificial crystal
- （2001.03.29）
- Manipuration of elementary charge in a Si CCD
- （2000.01.01）
- Photon-spin controlled lasers
- （1998.10.29）
- Quantum dot molecule
- （1998.10.26）
- Novel single crystal silicon
- （1998.08.13）
- Laser action driven by electrochemiluminescence
- HOME > Achievement > Latest Topics
- >2011.10.13
- Experimental demonstration of quantum memory in diamond
- >2009.05.05
- Success in time-lapse imaging of conformational changes in a single receptor protein
- >2006.12.21
- Trapping and Delaying Light for Over One Nanosecond Using Photonic Crystals
- >2006.06.15
- Single-Electron Ammeter based on Bidirectional Counting of Single-Electrons
- >2006.05.17
- Aluminum Nitride Light Emitting Diodes with the Shortest Wavelength
- >2005.06.14
- Success in distributing single photons for quantum cryptography via an optical switch
- >2005.04.20
- Success in high precision control of nuclear spins for quantum computation
- >2005.01.01
- -Superconducting tunnel junctions working without using liquid helium-
- >2004.02.01
- Three-Dimensional Nanofabrication Using Electron Beam Lithography
- >2004.01.01
- Success in controlling multi-photon transitions of a superconducting flux qubit
Copyright © 2008 Nippon Telegraph and Telephone Corporation