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Why Brain’s Clocks Don’t Always Tick Together
How heart failure reshapes bone marrow to create inflammation-related immune memory
Novel ultrafast solid oxide-ion conductors for low-temperature fuel cells
Atomic motion could help push solar cells beyond conventional limits
Toward organs for patients: uncovering an immune barrier to organ generation
Wireless communications breakthrough: a deployable phased-array transceiver for small satellites
Grinding materials unlocks their ability to trap viruses
Science Tokyo Hosts Delegation from the Ministry of Agriculture and the Agricultural Technology Research Institute in Taiwan
High-entropy lanthanoid oxide catalyst enables low-temperature oxidative coupling of methane
Molecular arrangement controls crystal polarity and reverses photocurrent direction
How can museums increase engagement through digital experiences?
VI-Health hosts event on the future of medicine through research-industry collaboration
Peering into Earth’s hidden center – Tracking how matter changes under extreme heat and pressure with X-rays
Host immune status is significantly associated with herpesvirus retinitis phenotypes and clinical outcomes
Demonstrating the molecular mechanism that regulates TMEM63B lipid scrambling
InterPet4D: capturing human-dog interactions to generate AI-based pet motion generation
Growing, Moving, And Stretching DNA To Build Networks
Mining without Digging: Liquid metal tin turns desalination brine into a magnesium resource
Uncovering Assembly Mechanism Of Extensible R-bodies
Project Researcher Sakura Kirino receives the 21st L’Oréal-UNESCO For Women in Science Japan Fellowship in Life Sciences (2026)
Motion Style Slider: novel framework enabling fine control of nuances in character motion
Controlling gold nanoparticle growth through peptide localization
Drawing 3D Structures With Living Bacteria In Liquid
Tracing the evolution of dazzling courtship dances leads back to fruit
Making ammonia at lower temperatures: the world’s first air-stable surface electrene
AI and computer simulation open new paths in drug discovery – Masahito Ohue
How Kidneys Help Body Retain Water And Salt
Ten minutes at a time: OrigamiSat-2 tests an origami-inspired antenna in space
Science Tokyo And MIT Launch New Collaboration
Sp. App. Assistant Professor Trevor Zhiqing YEOW Receives the 48th Annual Paper Encouragement Award at the Japan Concrete Institute Annual Convention
Bringing classical LDPC code design theory to quantum computers
Light triggers a new material state in just 30 femtoseconds
A crystalline sponge for revealing structures of large “beyond rule of 5” molecules
Elucidating the underlying mechanism of Atg2-mediated lipid transfer in autophagy
Making Polymers Fluoresce With Stress
Finding Invisible: New Way To Detect Nanoplastics
Can Less CO₂ Help Bacteria Make More Plastic?
In Memory Of Honorary Professor Hideki Shirakawa
Nanoscale multiferroic materials open the path to efficient magnetic memory technology
Metabolic networks provide clues about the earliest stages of enzyme evolution
Why do some proteins accumulate even on protein-resistant surfaces?
Exploring Aggregation-Induced Emission Luminogens Using a Computation-Guided Molecular Design Framework
Improving identity-tracking across multiple cameras with geometry and appearance
How changing environments can preserve an ancient microbial survival strategy
Iron and its support material team up to accelerate CO₂ conversion
Science Without Vision Won’t Change Future
A spatially programmable microfluidic chip for multi-stage particle and cell separation
2026 CLS Seminar No.12

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