News

—Technique Is Capable of Selecting “Quasi-Primary Odors” Out of a Dozen Odors—

—Device May Be Used in the First-Aid Treatment of Acute Respiratory Failure Caused by Pulmonary Hypertension, Infection and Wounds—

—High-Performance Module Containing Only Small Amounts of Scarce Elements Can Be Useful in Converting Waste Heat into Electricity—

—Superposition of One-Dimensional Electronic Motion Revealed by Compton Scattering—

—Rotation of Electron Spins in Superconductors of Atomic-Scale Thickness May Be Used to Make Qubits for Quantum Computing—

—Technique Efficiently Optimizes Complex Manufacturing Processes and May Reduce Aircraft Engine Component Production Costs—

—Technique May Be Used to Reduce Materials Development Cost by Greatly Shortening the Trial-and-Error Process without Relying on External Data—

—A Step Forward for Enabling Efficient Hydrogen Liquefaction, Vital to the Development of a Hydrogen Society—

—Technology May Allow Optimal Transportation and Storage of Fruits and Vegetables, Reducing Food Waste—

—Technique Enabling High-Precision Graphene Modification May Facilitate the Development of New Electronic Devices—

—Discovery of Bacteria’s Ability to Extract Electrons without a Special Enzyme May Promote the Development of New Anti-Corrosion Materials—

—Controlled Release Technology Will Facilitate Medical Use of Physiologically Active Gases—

—Topology Induces Wave Confinement, Shining Light to the Development of Groundbreaking Microlaser Technologies—

—Deformable and Dynamic Scaffolds Can Offer an Alternative Approach in Regenerative Medicine to Regulate Stem Cell Differentiation without Expensive Reagents—

—Unique Hydrogen-Boron Structure Capable of Adsorbing Organic Molecules May Be Applicable to the Development of Molecular Sensors and Catalysts—

—Emerging Fluctuation-based functionalities are Expected to Open a Way to Novel Memory Device Technology—

—Towards Healthcare-Applicable Heartbeat and Pulse Sensors—

—Realizing 50nm Resolution and ±1° Sensing Angle Towards the Development of Advanced Temperature and Position Sensors—

— Honeycomb structure is the key, may open a new door towards miniaturization of microwave devices, including mobile phones—

—Technique May Enable Easy, Bottom-Up Synthesis of Various Two-Dimensional Materials—

—New Technology May Increase the Performance of Flexible Electronics—

—Observation Using a Graphene Superlattice Device with High Carrier Mobility May Advance the Development of Quantum Electronics—

—Breakthrough in Alternating Nanosheet Stacking—

—The Technology May Be Applicable to the Development of Continuous Formaldehyde Monitoring Systems to Prevent Sick Building Syndrome—

—Putting the "Standard Scent and Odor Measurement Tool" into Practice—

—Overcoming Difficulties in Precisely Controlling the Conformation and Movement of Soft Molecular Vehicles—

—A step forward in the development of non-voltage-driven electrochemical devices—

—Potential Medical Applications for Cubes Capable of Permitting the Entry of Specific Particles into Their Pores, Such as Targeted Delivery and Controlled Release of Drugs—

—Compatible with the Existing Microfabrication Processes, the New Technology May Enable the Development of a Novel Transistor Superior to Silicon Transistors in Performance—

—The Technique May Facilitate Industrial Production of Various Nanosheet-based Devices—

—Combination of a Sensitive / Compact Sensor and Machine Learning Enables Quantification of Various Odor Information—

—Technique Combines the Unconventional Use of Secondary Electrons as an Electron Probe with Astronomical Methods—

—Technology for Precisely Designing Porous Particles May Lead to More Effective Use of Rare Metals—

—Technology May Contribute to the Realization of Highly Efficient Solid Alkaline Fuel Cells—

—The Key Is the Manipulation of “Hidden Degrees of Freedom” in Molecules—

— Potential Application as a Sheet Product Capable of Treating Numbness and Pain in Hands and Feet —

—Technology May Be Applicable to Fabrication of Logical Operation Devices That Can Be Controlled by Light and Voltage—

— Aero-Thermo-Dynamic Mass Analysis (AMA) Operates Based on an Entirely New Principle —

—Prints Made on Flexible Substrates. Technique May Be Applicable to the Development of Wearable Devices—

—Conductivity of a Single Molecule Successfully Manipulated by the Spin of Electrons. Technique May Be Applicable to Next-Generation Spintronic Materials—

—Success May Promote Solar Heat Utilization Based on Plasmon Resonance of Ceramic Materials—

—The Material May be Applicable to the Development of New Optical Elements and Photonic Integrated Circuits—

—Significant Step Toward the Realization of Three-Dimensional Transistors Capable of High Integration Faster Than Conventional Transistors—

Impact to the Realization of Quantum Computers and Other Innovations

—Aiming to establish basic elements of MSS technology towards practical use—

Toward the realization of electron interferometer devices which utilize the wave nature of electrons

Achievable Even by Silicone Alone; Developments of New Functions through Integration with Semiconductor Electronics

Pioneering Mass Production of Versatile Nanomachines

Interface Technology Capable of Manipulating Molecules by Hand Movement

Technology May Contribute to Medical Cost Reduction Making Expensive Growth Factors-Free

A new phenomenon in which flow of electricity completely changes with odd and even numbers of junctions

Surface Modification by Carboxyl Groups Suppressing Osteogenic Differentiation. Nanomaterials Paving the Way for Regenerative Medicine

Method Developed to Freely Adjust Pore Size in Nanoporous Gold Material

The new material withstands vertical loads applied in the direction perpendicular to its layers while distorting in the horizontal direction. It is promising as a vibration-damping material

The finding may pave the way to create atomic-scale superconducting elements

Lateral crystal growth using oxide nanosheets as seed crystals

Anticipated for applications in the development of "superplants" for radiocesium decontamination

A new approach toward a nonprecious metal oxygen reduction catalyst for fuel cells

Establishing Room-Temperature-Printed Electronics Without Raising the Temperature by Even 1°C

Development of "Chemical Blowing Method," Inspired by the Blown-Sugar Art

Open a Door to Developing High-Performance Nanoscale Devices Using New Carbon Materials

Oxide Film with New Elemental Composition that Enables Stable Production of High-definition Flat Panels

Discovery of Novel Topological Phenomenon and Quantum Functions

Leading the way in Computational Materials Design for Lithium-Ion Battery with Higher Performance and Better Safety

High Potential as a Simple Technique for Ensuring Safety in Synthesis of Pharmaceuticals

Success in Inducing Natural Death of Epithelial Cancer Cells by Simultaneously Realizing Thermotherapy and Chemotherapy

Aiming at Reducing the Burden of Orthodontic Subperiosteal Devices on Dental Patients

Potential to Open the Road to Elucidation of the Behavior of Water in Nanosheet Manufacturing Technology and Biological Phenomena

Towards a Future-type Drug Administration Method Not Requiring Electricity, Water, or Special Devices

Enabling High Accuracy Monitoring and Early Discovery of Mercury Contamination in Lacustrine Environments

Expected to Accelerate Technologies for Producing Hydrogen from Water using Solar Light

Opens the Way to Realization of High Efficiency Organic Molecular Devices

Realizes Approximately 4 Order Current OFF/ON Ratio

Potential for volume reduction of radioactively contaminated components, and Clarification of diffusion processes and accumulation behavior of Cesium

Realizes Diverse Functions of Diode, Switch, Capacitor, Brain-Type Memory Device, Etc. in One Device

Announcement of “WPI High School Outreach Program: Inspiring Insights into Pioneering Scientific Research”

Realizes a Room Temperature Operation Switching Transistor by Helium Ion Irradiation

Next-generation Device Enabling Improved Smartphone Battery Life and High Definition in Televisions

Contribution to Key Technology of Topological Quantum Computation

Potential Application to Cell Therapy for Hemophilia, Diabetes, and Other Hereditary Diseases and Intractable Diseases

A New Idea in the Development of Next-generation Memory Devices

Enhanced Osteoinductivity through Mimicking the in vivo Nano- and Micro-environment

Guidelines for Simultaneously Realizing Reduced Use of Platinum and High Efficiency in Fuel Cells

Elucidation of New Physical Properties in Multi-Band Superconductivity with 3 or More Components

Enables Free Control of Release Duration of Anticancer Drugs, Etc.

Toward Elucidation of the Mechanism of High Temperature Superconductivity

Potential for Dramatic Progress in the Development of Molecular Devices

Improvement of Cesium Adsorption Performance by Increasing Surface Area

Contribution to Elucidation of the Induction Mechanism of Stem Cells into Specific Organs in Regenerative Medicine

Contribution to High Performance in Superconducting Devices

3-Dimensional Wiring in Next-Generation Multi-Layered Devices Possible at Low Cost

Tailor-Made Nanocrystals via controlled nanoscale doping

The High Quality Nanoparticles Having High Functions Make a Significant Step Toward the Development of Artificial Photosynthesis and Alternative Materials to Precious Metals

Realizes Complex Synaptic Behaviors with a Single Device for the First Time

Advancing the Realization of Single Molecule Devices

Expected Applications in Fields Including Medicine, Biotechnology, Environment, and Security

Toward Realization of Next-Generation Type Transistors and Nanowire Photovoltaic Cell Materials

Road to the Development of an Instant-on PC

Fabrication of the World’s Highest Mobility Organic Crystal Transistor by Simple Process of Solution Dripping and Exposure to Vapor

Regenerative Medicine Using Stem Cells and Biocompatible Tissue Scaffold Materials

One step forward for commercialization of SOFC

Success in Actualization of Missing Gap and Elucidation of Indeterminacy Factors

High-k Dielectric Nanosheets Realizes the Smallest, Highest Capacitance Device

Establishment of New Characterization Technology for Next-generation Vertical Transistor Materials

Road to the Development of Artificial Eyes and Learning-type Image Recognition Systems

A Logic Inverter with Graphene Atomic Layer

Key Technology for Next-generation Information Devices Created from Ultimate Nanotechnology

Opening the Way to Development of Integrated Nano Quantum Devices Using New Carbon Material

A New Challenge to Metal Nanostructures

Innovation in 3-Dimensional Atom Probe using Ultra-violet (UV) laser pulses

A New Development in Mesoporous Metals, A New Proposal for Metallic Nanostructures

New Development of Mesoporous Materials from Silica to Metals