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Too round and it bends, too flat and it snaps: The physics behind a rose thorn

Too round and it bends, too flat and it snaps: The physics behind a rose thorn

AAdmin
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Too round and it bends, too flat and it snaps: The physics behind a rose thorn

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By embedding tiny dielectric structures inside the semiconductor, researchers created a laser that can control light in a new way.

The system could keep unmanned vessels on station longer.

Electronic chips use electrons. Photonic chips use light. Here’s why it matters.

What if the material inside a wearable could carry electricity and ions at the same time?

Scientists switched off superconductivity in magic-angle graphene, showing strong electron interactions.

Quantum X Labs has developed a novel approach to tackle this challenge using quantum computers.

Topological insulators (TI) are materials that have insulating properties in their interiors but can conduct electrons on their edges or outer surfaces.

A newly measured surface state could help explain why partially oxidized copper behaves differently as a catalyst.

The gains rely on a two-step method using two organic molecules of different sizes and shapes.

Researchers used a Quantum Galileo Interferometer to split the quantum waves into two paths and then merged them to study the path difference.

This technology could prevent track deformation and avoid heat-related train delays.

The injected gas restores reservoir pressure to push hydrocarbons to extraction wells.

LZ’s underground detector spotted a puzzling particle event that could be dark matter.

Dark matter makes up most of the mass in the universe and forms the scaffolding that galaxies grow on.

C. praecursor spent its life straddling two worlds.

Attempts to generate gluon-quark plasma through proton collisions has shown collective behaviour of the particles but not jet quenching.

The study advances efforts to integrate satellite InSAR, laser scanning (L/S), and GPR into a staged framework linking wide-area monitoring.

International trials suggest targeting the immune response could reverse extensive hair loss caused by alopecia areata.

A trapped ion revealed that tightly focused light behaves in unexpected ways, exposing a subtle hidden quantum effect.

What if a 3D-printed object could reshape itself when its environment changed?