04/08/2024
【Research】Realization of Silicon Nanostructure with Anisotropy Reversal of Thermal Conductivity Inverted with Temperature --New Development in Thermal Management Technology for Semiconductor Devices with Japanese Kimono Pattern Structure--
03/15/2024
【Research】Resistance changes by as much as 25,000% when a magnetic field is applied!　Realization of "Colossal Magnetoresistive Switching Effect" -- New Principle Developed for Realization of Functional Devices--
03/11/2024
【Research】Crossed Moving Optical Lattices Change the Direction of Atomic Motion and Transport Atoms -- Development of a Continuous Atomic Source Essential for High Precision in Optical Lattice Clocks--
02/15/2024
【Research】Success in Strong Coupling between Electrons in Semiconductor Quantum Dots and Terahertz Electromagnetic Waves - -Expectations for Application to Quantum Information Processing Technology--
02/08/2024
【Research】Success in Extracting Vibration Information Hidden in Magnets -- A Path to the Development of New Magnetic Information Devices--
01/22/2024
【Research】First to Generate Logical Qubits of Propagating Light 　　ーーToward the Realization of Large-Scale Fault-Tolerant Quantum Computersーー
01/18/2024
【Research】Large Spin Splitting Observed in Nonmagnetic Semiconductors 　　ーーDemonstration of Spintronics Devices Controllable by Voltageーー 　　Toward the realization of next-generation semiconductor spintronics devices
12/04/2023
【Research】First Successful Evaluation and Control of Electrical Conduction with Single Colloidal Quantum Dots - Advances in the Application of "Artificial Atom" Devices
11/08/2023
【Research】Successful High-Sensitivity Electrical Detection of hyper-Coupled States of Terahertz Electromagnetic Waves and Electrons in Nanostructuresーー Expectations for Application of Quantum Control Technologyーー
10/13/2023
【Research】Development of Non-volatile Optical Phase Shifter by Ferroelectric Transistor---Expectations for Application to Deep Learning Processor with Photonic Integrated Circuits---
09/25/2023
【Research】Discovery of Enhanced Magneto-Optical Effects in ENG Materials --- Potential for New Magneto-Optical Materials---
09/19/2023
【Research】An optical-based multipoint 3-axis pressure sensor with a flexible thin-film form
08/03/2023
【Research】Demonstration of Ultrafast Subpicosecond Magnetization by Electron Wave Function Engineering 　　　--Results Leading to Ultra-Low Power Spin Devices Operating in the Terahertz Frequency Band--
07/28/2023
【Research】Development of a Unique Optical Quantum Computer Capable of Performing Various Calculations with Three Optical Pulses - Realization of a Prototype of the "Ultimate Large-Scale Optical Quantum Computer" from Japan-
07/14/2023
【Research】Toward an Optical Quantum Computer Capable of "Multiplication” --Flexible and Fast Nonlinear Computation for Nonlinear Measurement of Photoelectric Fields--
07/03/2023
【Research】Invention and Demonstration of a Novel Two-Qubit Gate Scheme in Superconducting Quantum Computers --High Tolerance to Manufacturing Variations Accelerates Integration of Superconducting Quantum Bits--
06/23/2023
【Research】Super-Resolution Vibrational Imaging Based On Photoswitchable Raman Probe ＝Pioneering a method for observing complex and minute structures in living organisms=
06/12/2023
【Research】Development of Nanosheet Oxide Semiconductor Transistor Using Atomic Layer Deposition Method--Expectations for Higher Integration and Functionality of Semiconductors
06/05/2023
【Research】--Spin Transistor to be Realized-- Giant Magnetoresistance and Current Modulation Successfully Realized in Oxide Devices
04/24/2023
【Research】Improving the Performance of Heat-Transporting Materials by Understanding the Flow of Heat-Carrying "Phonons" 　　　　 　　　　　　ーHopes for a Solution to the Heat Removal Problem from Semiconductorsー
03/08/2023
【Research】Successful Measurement of the Fastest 43GHz Quantum Signal for Ultrafast Quantum Computing - Realization of Super Quantum Computers by Fusion of Optical Communication Technology and Optical Quantum Technology in the 5G Era
12/23/2022
【Research】Successful RGB Pixel Patterning with Cd-free Quantum Dots for Next-generation High-efficiency Displays - Realization of Displays with Low Environmental Impact, High Brightness, High Contrast and High Color Gamut-
12/14/2022
【Research】Prof. Takenaka and his research group succeeded in developing an ultra-sensitive phototransistor that can be integrated into Si photonic circuits
12/12/2022
【Research】Prof. Takenaka and his colleagues develop low-loss, nonvolatile optical phase shifter with excellent integration using a new phase-shift material - -Expectations for applications such as quantum computation in silicon optical circuits
11/14/2022
【Research】Prof. Tanaka, Takahashi, and colleagues discover giant magnetoresistance effect that changes sign when the direction of the magnetic field is changed
10/31/2022
【Research】Prof. Furusawa and others control the pulse waveform of quantum light at will Realization of the Ultimate Versatile Quantum Light Source
10/12/2022
【Research】Associate Professor Ohya, Professor Tanaka, and others achieve the world's highest efficiencies of spin-to-charge current conversion in metallic state oxides
10/05/2022
【Research】Associate Professor Noguchi and others invent a method for observing and controlling levitated electrons at the quantum level
08/24/2022
【Research】Prof. Sekino and his team at the University of Tokyo and Tokyo Institute of Technology succeeded in visualizing the magnetic field produced by the heart on the millimeter scale using quantum sensor based on nitrogen-vacancy centres in diamond
07/27/2022
【Research】Prof. Takenaka and his colleagues have successfully developed and demonstrated a deep learning accelerator that can perform training as well as inference at high speed using a new silicon optical neural network
07/20/2022
【Research】Prof. Sekino, in collaboration with Toyohashi University of Technology, proposes a diamond NV magnetometer with even higher sensitivity and smaller size by using nanostructures
07/04/2022
【Research】Prof. Machida and his research group succeeded in direct observation of the electronic structure of two-dimensional materials
06/13/2022
【Research】Professor Saito and his team succeeded in deciphering "quantum fingerprints" using AI
05/09/2022
【Research】Prof. Iwamoto, Visiting Associate Prof. Ota, and colleagues discover a method for realizing topological photonic crystal waveguides with a bandwidth more than 1,000 times wider than conventional ones through numerical analysis.
02/02/2022
【Research】Prof. Iwamoto and Specially Appointed Associate Prof. Ota demonstrate synthetic dimensions with Si photonics in collaboration with Yokohama National University and Tohoku University
01/12/2022
【Research】Professor Hirakawa and his colleagues succeeded for the first time in detecting the rotational motion of a single water molecule using an ultra-fine transistor structure
12/27/2021
【Research】Prof. Someya and his colleagues at RIKEN and Waseda University have succeeded in connecting gold deposited on thin films without using adhesives
12/27/2021
【Research】Prof. Furusawa and his colleagues, in collaboration with NTT and RIKEN, have developed the core technology that will lead to large-scale rack-sized optical quantum computers
11/22/2021
【Research】Prof. Takeda and colleagues develop a universal photonic quantum circuit - Advances in the realization of large-scale photnic quantum computers
10/27/2021
【Research】Prof. Tanaka's Collaborative Research Group Realizes Highest Quality Topological Dirac Semimetal of a Single Element
09/22/2021
【Research】Prof. Someya and his team succeeded in measuring electrocardiograms for one week developing the lightest and thinnest skin-applied electrodes
07/28/2021
【Research】Prof. Ozeki's research group has succeeded in speeding up super multiplex imaging by stimulated Raman and fluorescence
07/26/2021
【Research】Prof. Saito's research group is the first in the world to successfully generate heat using nuclear rotation
07/09/2021
【Research】Professor Tanaka's joint research group has created a ferromagnetic superlattice and achieved the world's first giant magnetoresistance effect
04/16/2021
【Research】Prof. Someya and his colleagues have developed solar-powered optical pulse wave sensor that attaches to the skin
12/16/2020
【Research】Prof. Tanaka and colleagues at JAEA and others elucidate the mechanism of ferromagnetism at the atomic level
12/16/2020
【Research】Professor Hiramoto and colleagues succeed in reducing switching losses by 62% in double-sided gate IGBTs
12/07/2020
【Research】Prof. Tanaka and colleagues succeeded in magnetization reversal with the smallest current density
12/07/2020
【Research】Professor Someya and colleagues develop ultra-thin pressure sensor to accurately measure finger contact pressure
11/05/2020
【Research】Prof. Tanaka and co-workers at NTT and others succeed in observing quantum electrical conduction in quasiparticles
11/05/2020
【Research】Associate Professor Nomura and his colleagues have discovered a fourth heat-dissipation mechanism
11/05/2020
【Research】Professor Someya and colleagues develop ultra-thin organic light-emitting diode to stimulate nerves and other organs
11/05/2020
【Research】Professor Someya and his colleagues succeed in accurately measuring the fine movements of the face with an ultra-flexible sensor
09/07/2020
【Research】Professor Someya and his team collaborate with DNP to develop a skin display with full colour display
09/07/2020
【Research】Associate Professor Kobayashi and colleagues develop 3D integrated devices, including the use of IGZO
05/13/2020
【Research】Prof. Furusawa and colleagues develop light source for optical quantum computer chips with NTT
05/13/2020
【Research】Professor Machida, Project Lecturer Masubuchi and their colleagues develop AI image recognition optical microscope to develop atomic layered materials
05/13/2020
【Research】Professor Someya and colleagues succeed in developing the world's most sensitive nanomesh acoustic sensor
05/13/2020
【Research】Professor Someya and colleagues develop ultra-thin organic solar cells with high conversion efficiency and long-term stability
05/13/2020
【Research】Professor Nakamura, Associate Professor Noguchi and colleagues control sound waves by radiation pressure of microwave single photons
05/13/2020
【Research】Professor Tanaka and colleagues achieve high mobility 2D hole conduction on oxide semiconductors
03/11/2020
【Research】Professor Nakamura and colleagues develop new quantum sensor based on superconducting qubits
03/11/2020
【Research】Prof. Nakamura and his colleagues succeed in developing a new technique to prevent the short lifetime of qubits
03/11/2020
【Research】Professor Someya and colleagues work with JDI to develop high-resolution, high-speed readout sheet sensors
11/14/2019
【Research】Prof. Furusawa and colleagues generate quantum entanglement capable of performing large-scale, general-purpose quantum computation
11/14/2019
【Research】Prof. Hirakawa and his team succeeded in developing a device cooling element based on a new principle
09/13/2019
【Research】Professor Oiwa, Professor Emeritus Tarucha and colleagues convert information from single photon to single electron spin
07/10/2019
【Research】Prof. Furusawa and colleagues succeed in developing the heart leading to large-scale optical quantum computers
07/10/2019
【Research】Professor Hirakawa and colleagues develop MEMS-based room-temperature terahertz wave detector
02/08/2019
【Research】Professor Someya and colleagues develop nanosensor to measure surface potential of cell sheets
09/27/2018
【Research】Prof. Someya and his team developed a solar cell-driven, skin-applied electrocardiograph
09/04/2018
【Research】Professor Hirakawa and colleagues successfully observed single-molecule operation using terahertz electromagnetic waves
04/12/2018
【Research】Project Lecturer Masubuchi, Professor Machida and Others Develop Atomic Layer Sheet Stacking Robot
03/18/2018
【Research】Prof. Nakamura and colleagues succeed in non-destructive measurement of microwave single photons
12/20/2017
【Research】Professor Someya and colleagues develop technology to form molecularly oriented films on various substrates
12/18/2017
【Research】Prof. Tarucha and colleagues realize ultra-high-precision electron spin qubits in Si
12/05/2017
【Research】Professor Tarucha and colleagues generate correlated photon-electron pairs from entangled photon pairs
11/22/2017
【Research】Professor Tarucha and colleagues demonstrate that electron wave phase changes reflect the internal structure of artificial atoms
08/04/2017
【Research】Associate Professor Nomura and colleagues demonstrate heat conduction control by wave property for the first time
07/18/2017
【Research】Professor Someya and colleagues develop skin-breathable stick-on reticular sensor
07/06/2017
【Research】Prof. Nakamura and colleagues succeed in quantitative evaluation of quantum behavior
12/19/2016
【Research】Prof. Tanaka and his colleagues have developed the first n-type ferromagnetic semiconductor in the III-V group
10/14/2016
【Research】Professor Takeuchi and colleagues demonstrate the first "quantum shutter"
05/30/2016
【Research】Professor Furusawa and colleagues succeed in freely synchronising two photons
09/25/2015
【Research】Professor Arakawa and colleagues, Fujitsu Labs and NEC transmit quantum cryptographic keys up to 120km using a single photon source
07/09/2015
【Research】Professor Nakamura and colleagues succeed in quantum entanglement of magnons and superconducting qubits
07/01/2015
【Research】Professor Tarucha and colleagues demonstrate non-local quantum entanglement in solids for the first time
06/29/2015
【Research】Professor Arakawa and colleagues succeed in room temperature operation of the world's smallest quantum dot laser
03/31/2015
【Research】Professor Furusawa and colleagues succeed in creating a single chip for the heart of quantum teleportation
03/24/2015
【Research】Professor Furusawa and colleagues rigorously verify quantum non-locality
03/02/2015
【Research】QD Laser and NanoQuine Develop Laser Eyewear for Low Vision Care
11/25/2014
【Research】Prof. Arakawa and colleagues collaborate with Associate Prof. Kato and colleagues to combine CNT luminescence into PhC with high efficiency
07/25/2014
【Research】Professor Yasunobu Nakamura and colleagues develop superconducting parametron and succeed in high-precision readout
06/05/2014
【Research】QD Laser and NanoQuine collaborate to develop retinal scanning wearable information device
02/12/2014
【Research】Professor Arakawa and colleagues succeed in generating single photons at room temperature in GaN-based quantum dots