Materials Science and Engineering News
Exploring Ternary Metal Sulfides as Electrocatalyst for Carbon Dioxide Reduction Reactions
Turning Glycerol into Gold: A New Process Makes Biodiesel More Profitable
Breakthrough in Semiconductor Patterning: New Block Copolymer Achieves 7.6 nm Line Width
Enhancing Electron Transfer for Highly Efficient Upconversion OLEDs
Novel Machine Learning-based Cluster Analysis Method that Leverages Target Material Property
Sustainable Catalysts: Crystal Phase-controlled Cobalt Nanoparticles for Hydrogenation
Improving the Design of mRNA-loaded Nanocarriers for Targeted Therapies
Aluminum Scandium Nitride Films: Enabling Next-Gen Ferroelectric Memory Devices
Understanding Why Carbon Nanotube Bundles Become Mechanically Weak When Twisted
Novel Au-BiFeO₃ Nanostructures for Efficient and Sustainable Degradation of Pollutants
Revolutionizing Memory Technology: Multiferroic Nanodots for Low-Power Magnetic Storage
Exploring Interface Phenomena for More Durable and Effective Nickel–Tungsten Alloys
From Defects to Order: Spontaneously Emerging Crystal Arrangements in Perovskite Halides
A Novel Machine Learning Model for the Characterization of Material Surfaces
Development of a Ferroelectric Dimeric Liquid Crystal with Huge Spontaneous Polarization and Dielectric Constant at Low Temperatures
Developing a Superbase-Comparable BaTiO₃-xNy Oxynitride Catalyst
Honorary Professor Hideo Hosono and Professor Toshio Kamiya received the Karl Ferdinand Braun Prize
Record Ammonia Production Achieved with Inexpensive Cobalt Catalyst at Low Temperatures
Breaking the Barrier: Low-Temp Ammonia Synthesis with Iron Catalysts and Barium Hydride
Opening a New Frontier: PdMo Intermetallic Catalyst for Promoting CO₂ Utilization
Towards Polymer Informatics: Open-source Library for Creating Polymer Property Databases
Mitigating corrosion by liquid tin could lead to better cooling in fusion reactors
High-Power Electrostatic Actuators to Realize Artificial Muscles
Novel Nanowire Fabrication Technique Paves Way for Next Generation Spintronics
Durable, Inexpensive Catalyst Reduces Carbon Footprint of Ammonia Production
Inexpensive, Reusable Mn Catalysts Make for Efficient Alkylation of Ketones With Alcohols
Yolk-Shell Nanocrystals with Movable Gold Yolk: Next Generation of Photocatalysts
Scientists Develop Indoor-active Photocatalyst for Antiviral Coating Against Various Variant Types of Novel Coronavirus SARS-CoV-2
Making Metal–Halide Perovskites Useful in Planar Devices Through a New Hybrid Structure
Reusable Catalyst Makes C–H Bond Oxidation Using Oxygen Easier and More Efficient
Development of mass production for a non-precious metal catalyst to be used in large-scale ammonia plants has begun
Scientists Observe Record High Hydride Ion Conductivity Using Modified Lanthanum Trihydride
Fabricating Stable, High-mobility Transistors for Next-generation Display Technologies
Boosting Thermopower of Oxides via Artificially laminated Metal/Insulator Heterostructure
Breaking Trade-Off Problem That Limits Thermoelectric Conversion Efficiency of Waste Heat
Study Explores Remarkable Negative Thermal Expansion Seen in Layered Ruthenates
Ruling Electrons and Vibrations in a Crystal with Polarized Light
Breaking Ammonia: A New Catalyst to Generate Hydrogen from Ammonia at Low Temperatures
ASUNARO Grant established, 5 researchers including Assist. Prof. Chiu Wan-Ting awarded in first call
One "Ring" to Rule Them All: Curious Interlocked Molecules Show Dual Response
Mind the Nanogap: Fast and Sensitive Oxygen Gas Sensors
Standing Out: Unusual Magnetic Transition in Perovskite Oxide Can Help Boost Spintronics
Giant Electronic Conductivity Change Driven by Artificial Switch of Crystal Dimensionality
FY2020 STAR grant recipients selected
A materials science approach to combating coronavirus
Dethroning Electrocatalysts for Hydrogen Production with Inexpensive Alternative Material
Novel Crystalline Oxide May Solve the Problem of Overheating in Composite Materials
Turning the Heat Down: Catalyzing Ammonia Formation at Lower Temperatures with Ruthenium
Multiple Semiconductor Type Switching To Boost Thermoelectric Conversion of Waste Heat
Having it Both Ways: A Combined Strategy in Catalyst Design for Suzuki Cross-Couplings
An enhanced ruthenium-based catalyst for primary amine synthesis
Four teams receive first DLab Challenge research grant
Shedding Light on the Development of Efficient Blue-Emitting Semiconductors
Squaring the Circle—Breaking the Symmetry of a Sphere to Control the Polarization of Light
A leap forward for biomaterials design using AI
Filling the Void in Ammonia Synthesis: The Role of Nitrogen Vacancies in Catalysts
Way, Shape and Form: Synthesis Conditions Define the Nanostructure of Manganese Dioxide
Running on Empty: New Affordable Catalyst Relies on Nitrogen Vacancies to Produce Ammonia
Fuelling the World Sustainably: Synthesizing Ammonia using Less Energy
An 'exceptionally stable' single-atom catalyst: Single platinum atoms stabilized in C12A7 crystals
A nanoscale lattice of palladium and yttrium makes for a superlative carbon-linking catalyst
Efficient bottom-up synthesis of new perovskite material for the production of ammonia
Hydrogen boride nanosheets: A promising material for hydrogen carrier
Single-particle spectroscopy of CsPbBr3 perovskite nanocrystals reveals the origin low electroluminescence efficiency
A low-voltage high-luminance perovskite LED realized — press event held
New design strategy brightens up the future of perovskite-based light-emitting diodes
New synthesis method opens up possibilities for organic electronics
Could the heat of the Earth’s crust become the ultimate energy source?
A light matter: understanding the Raman dance of solids
Organic electronics: Scientists develop a high-performance unipolar n-type thin-film transistor
Electronics of the future: A new energy-efficient mechanism using the Rashba effect
Hideo Hosono wins Von Hippel Award from Materials Research Society
Professor Mori won Japan Society for Molecular Science Award.
Lighting it up: A new non-toxic, cheap, and stable blue photoluminescent material
All wired up: New molecular wires for single-molecule electronic devices
Barium ruthenate: A high-yield, easy-to-handle perovskite catalyst for the oxidation of sulfides
A micro-thermometer to record tiny temperature changes
New semiconducting polymers with record-setting electron mobility for future devices
New antiferromagnetic phase: Clue to design of iron-based superconductor with higher critical temperature
New material with ferroelectricity and ferromagnetism may lead to better computer memory
New protein bridges chemical divide for 'seamless' bioelectronics devices
Development of highly active and stable ammonia synthesis catalyst under low temperatures
Ultra-thin ferroelectric material for next-generation electronics
Finding new controlling method for properties of glass
Computational materials screening and high-pressure synthesis reveal a promising nitride semiconductor for optoelectronics
Professor Hosono receives 2016 Japan Prize, gives commemorative lecture
Thin iron-based insulator-like film found capable of superconductivity at a high temperature
Professor Hideo Hosono receives 2016 Japan Prize