Sodium-cooled Fast Reactor (SFR) - Identifying the "essential difficulties" in safety engineering

Orchestral "A" and Oboe — The Physics and History of 440 Hz Tuning

Physics of wildfires: Nonlinear amplification of fire intensity by combustion and transport pheno...

Network Switch Design Concepts - L2/L3, VLAN, and STP Concepts Used in Research

Thermal power generation in the decarbonized era: Supporting renewable energy through high effici...

Why do nuclear fusion reactors (magnetic plasma confinement type) continue to choose two difficul...

Frozen Fireworks in Space - Why the 1181 Supernova Remnant "Pa 30" Has Remained in Shape for 850 ...

3D Printers (AM: Additive Manufacturing) as a Research Tool - Understanding Methods, Materials, R...

Deep-sea drilling vessel Chikyu: Approaching the mystery of Nankai Trough earthquakes and scienti...

Can wind power become a major power source? - Understanding practical issues from the perspective...

The solar grid puzzle: Why home solar panels and mega-solar power plants are making the power gri...

The Great Hanshin-Awaji Earthquake (January 17, 1995) - Lessons from an Invisible Economic Impact...

Hydropower and AI: From power generation forecasts to dam operation optimization | Next-generatio...

Biomass power generation and BECCS: Possibilities and challenges for decarbonization | Can negati...

Digital Defense: Learning from NIST about Password Recovery and Authentication Design Bottlenecks

Ethernet: Cable Selection Guide - Cat6A? Fiber Optic? Network Cabling Considered from the Physica...

Geopolitics of rare earths: Understanding China dependence, national stockpiles, and strengthenin...

Thinking about drones as research devices - Autonomous flight from the perspective of UAV (unmann...

Collective neutrino oscillations as a superradiant collective effect - the physics of particle sw...

Dicke Superradiance - The Physics of Collective Coherence Hidden in Spontaneous Radiation

Why is Wi-Fi so unstable? Wi-Fi 7 and machine learning tackle wireless LAN complexity

Platinum in Japan: A Mysterious Resource or a Vein of the Future? - Understanding Platinum Placer...

What are platinum group metals (PGMs)? - The science, resources, and future of the six elements t...

Where does platinum come from and how is it mined? - Platinum Group Elements (PGM) from a Geologi...

Where did the heavy elements gold, platinum, and uranium come from? Exploring neutron star merger...

How HDMI Works - Are Standards and Cables Different? Understanding Projector Connection Problems

Understanding USB Type-C: Power Supply, Video Output, and Why It's Confusing

The Light and Dark Side of Copper, the Support for Japan's Modernization: The Ashio Copper Mine P...

Thorium (Th) Fuel Cycle Nuclear Power Generation: Expectations and Contradictions - Why Next-Gene...

Have Japan's gold deposits really been depleted? - Considering the news reports surrounding Kagos...

Simplified Chinese characters used in NotebookLM despite Japanese instructions? Multilingual AI d...

Japan was once a gold and silver powerhouse - Why is gold and silver not being mined even though ...

What is MicroLED? - The "ideal display" made up of a large number of inorganic LED chips, and the...

What is QD-OLED? - "Physics of next-generation displays" that use quantum dot color conversion to...

What is IGZO? - An oxide semiconductor that combines high-speed electron transport with mass prod...

How far has fusion energy come? NIF ignition and Japan's Blue Laser Fusion pave the way to commer...

Impossible Blue Light - The Science of GaN, the Crystal that Changed the World, and Blue LEDs

Can mineral deposits form on Mars? - The reality of resources as seen through rover observations ...

Iridium (Ir): A rare element sourced from space that will support a hydrogen energy society

Why is helium running out? - The true nature of the irreplaceable resource that supports modern s...

Phosphorus (P): The silent bottleneck that limits civilization and food

The atomic heart of the Earth: Where uranium and thorium come from and why they provide energy

The Staples of Civilization: Why Steel and Aluminum are the True Basic Metals

The real bottleneck in the semiconductor shortage was the "element" - Japan's supply chain from t...

The new key trio supporting the EV era: Cobalt (Co), Nickel (Ni), and Manganese (Mn) from a resou...

Beryllium (Be) - From scarcity to strategic necessity | Advanced physics supported by geoscience

Rapidus Takes on 2nm Semiconductors | Understanding the Reality of Next-Generation Logic from EUV...

CGLA Architecture and IMAX: Design Concept and Performance of a Low-Power AI Accelerator from Japan

Lithium: From a cosmic element to an important and valuable resource | Scientific analysis of why...

Why do gold, silver, and copper accumulate in different places? Physics and geology of the "conce...

Treasures of the Earth: The Earth's history of platinum group elements (PGMs) as seen through pla...

The Future of Nuclear Fusion: Prospects, Technical Challenges, and the Frontline of International...

How has science changed nuclear safety since the Fukushima accident (2011)? - Considering the Kas...

Converging Realities: Scientific AI and the Common Representation of Matter, as Seen in MIT Research

The Importance of Rare Earth Recycling - Resource Security and a Recycling-Based Society Supporte...

What are Japan's offshore oil fields? Cost and environmental constraints and the energy reality u...

Why are the world's largest oil fields concentrated in the Middle East? Earth science reveals the...

Understanding Neural Network Pruning as a "Game" - The Principle of Sparsity Generated by Equilib...

Does space-time not exist? - "Space and time" thought to emerge from quantum entanglement

Does not observing cause cooling? Zero-photon detection opens up new principles of laser cooling