Researchers reveal how electronic patterns emerge and can be controlled in the graphene-like quantum material CeTe₃.

By remembering past client interactions, servers can protect against malicious input while keeping communication efficient, opening a new, privacy-oriented frontier in AI.

Classic McEliece has been selected by the International Organization of Standardization (ISO) as a cryptographic algorithm capable of securing data in the age of quantum computing.

Near atomic resolution structures give insights into the attachment mechanisms of gum disease-related bacterium P. gingivalis, informing future drug development.

Capturing water vapor inflows into Kyushu to improve forecast accuracy for linear rainbands

With transformative potential for data center power reduction and next-gen electronic devices, simulations reveal simpler design that could overcome long-standing optical challenges and enable cheaper...

A new study reveals that horizontal gene transfer contributed to the repeated evolution of fungi-like, absorption-feeding life across eukaryotes.

Cryo-electron microscopy unveils the unique sheathed filament structure that supports survival and mobility in salty seas.

The newly found, step-by-step process ensures that a key protein needed to kickstart spindle formation only switches on at the right place and time.

Giant dataset of electricity generation and weather conditions informs new physics-based framework that helps mitigate grid fluctuations and inform wind farm placements.

Seven years of refining black crystals have led to an experimentally confirmed definition of spin glass and set a new baseline for studying exotic materials.

First structural characterization of a double ring-slipped intermediate brings new possibilities for stimuli-responsive materials design

Large-scale computational study describes limiting factors for protein evolution, highlighting unexplored protein design possibilities and origin of life insights.

Researchers have uncovered the ancient and vital role of a gene in the development of clear patterns, providing key clues toward solving the mystery of biological organization.

New evolutionary mapping suggests deep sea origins and mass extinction triggered diversification of modern squid and cuttlefish.

Fluid simulation at an unprecedented scale provides a new scientific toolkit for fundamental physics and applied fluid engineering.

New study identifies 80 proteins involved in plasma membrane repair in budding yeast, laying the foundation for membrane repair studies and future therapeutic applications.

Antscan provides open access to high-resolution micro-CT scans of 800 different ant species and a revolutionary blueprint for large-scale digitization of small organisms.

Researchers investigate how and why fish color patterns form and change, revealing insights into the evolutionary origins of this environmental adaptability

For the first time, researchers describe the properties of one-dimensional anyons and provide the recipe for observing these particles with present-day setups.

A new quantum-battery‑powered architecture could make future quantum computers faster, more efficient and easier to scale.

Inner speech combined with working memory helps AI to learn and generalize across tasks

Researchers demonstrate a powerful new approach to Floquet engineering, which for decades has sought to imbue ‘trivial’ materials with exotic quantum properties.

New fossil database gives unique insights into the earliest vertebrate ecosystems, revealing how mass extinction events are key drivers of evolutionary diversification.

Powerful self-driven microwave signals open new possibilities in quantum sensing and communication.

Building prolific ant legions takes tons of resources—but a new study finds that certain species cut corners by skimping out on protective armor.

Mouse study shows the importance of acetylcholine in behavioral flexibility, shedding light on addiction and OCD brain mechanisms.