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

Testing Unentangled Bell: New Quantum Correlations Generated by Indistinguishability

Even a quantum computer can't tell the difference? Computational difficulty hidden in quantum pha...

A new chapter in gravity: Entropy origin theory - The cutting edge of gravity theory explained fr...

Does quantum gravity limit the "maximum power" of the universe? - Theoretical implications of Pla...

How far have we come with rare earth-free magnets? - The gap between the dream and reality of alt...

Rare Earths, Uranium, and Thorium: What's Going on Behind the Scenes in Clean Technology?

Strategic Minerals: Why the World Runs on Rare Earths

Why is recycling rare earths difficult? The real reason why "urban mines" do not become resources

Why is the supply of rare earths so tight? - A geological, environmental, and technological deadl...

The Future of Computing as Seen from LightGen - The Potential and Challenges of Photonic AI and A...

Metasurfaces: Nanoscale Light Manipulation Technology - Overview of Principles, Design, and Resea...

Understanding the "Declaration for the Future" (November 2025, Japan-German Physical Society) - T...

Deep-sea sediment rare earths: Treasures nurtured by time - Science of REY resources produced in ...

Why are rare earths concentrated in southern China? - A scientific explanation from the perspecti...

The Quadrantids - Deciphering the Mysteries of This Ephemeral Celestial Show with Physics: Best T...

Cobalt-rich crust: Treasures cemented to the bedrock of the seafloor - Frontiers and challenges i...

The deep-sea metal dilemma: manganese nodules: "resource of the future" or "lost time"?

Is methane hydrate really the energy of the future? - Understanding the current situation and cha...

Deep-sea factories: mineral deposits and life science created by hydrothermal vents

How were deep-sea rare earths discovered? From scientific discovery to testing off the coast of M...

Does antigravity exist? - Antimatter, neutrons, and precision measurements explore gravity and th...

Earth simultaneously greening and browning (satellite observations) - CO₂ fertilization effects a...

Uncovering the engine of chaos: Blender structure inherent in the three-body problem

Warp Drive: Science Fiction and Reality - Star Trek and the Alcubierre Drive

The science behind competitive eating contests: gastrointestinal adaptation and weight dynamics

Space Battleship Yamato's Warp and Alcubierre Warp Theory

Where does mass come from? - A new perspective revealed by the Higgs mechanism and higher-dimensi...

Detecting Earthquakes with Your Smartphone: Earthquake Early Warning with a Global Distributed Se...

Hollow-core optical fiber: how to overcome the physical limitations of optical transmission that ...

What is Proton Arc Therapy? - Explaining the world's first clinical application and its physical ...

Can Santa deliver presents to every child in the world in one night? ― An impossible journey test...