Compact Sensor Capable of Repeatedly Detecting Formaldehyde

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

"MSS Forum" Launched to Promote the Establishment of a De Facto Standard for Olfactory IoT Sensing Systems

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

Development of Methods for Manipulating Flexible Nanocars

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

Innovative Transistors Operated by Magnetically Induced Movement of Ions

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

Nanocarbon Microcubes with Closeable Pores

- 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 -

Development of a Vertical Resonant Tunneling Transistor that Employs Molecules

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

Development of a Technique to Synthesize Monolayer Films Composed of Neatly Tiled Two-Dimensional Materials in One Minute

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

Successful Prediction of Alcohol Contents through Smells of Liquors

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

Development of Novel Electron Microscopy Techniques to Extract Obscured Information on Material Properties

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

Novel Porous Rhodium Catalysts

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

Discovery of Nanosheets with the Highest Ever Hydroxyl Ion Conductivity

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

Precision Control of Superconductivity in Atomic Layers Using Magnetic Molecules

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

Activation of Catalytically Inert Material by Formation of Junction with Corrugated 2D Carbon Nitride

- Nanostructurization of Interfaces is the Key. This Strategy May Lead to Understanding of Complex Electrode Processes and Development of Highly Efficient Electrocatalysts -

Nerve Wrapping Nanofiber Mesh Promoting Regeneration

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