Edition 2026-07-27 · NewsPhysics

· Astrophysics · 27 · 07 · 2026

Period Increase and Amplitude Modification in EUV Loop Oscillations

A recent study has documented for the first time an increase in the period and a modification in the amplitude of kink oscillations in a small-scale coronal loop, observed in extreme ultraviolet (EUV). This phenomenon, occurring in the solar atmosphere, is crucial for understanding the dynamics of coronal plasma and the propagation of energy within these magnetic structures.…

Newsroom NewsPhysics·Nature·Edition 08:00 CETRead the full piece →

§ Today’s briefing

5 dispatches · 27 · 07 · 2026

· Applied Physics

Graphene-based Reconfigurable Surface for 6G Wave Control

Researchers have developed an intelligent reconfigurable reflective surface (IRS) based on graphene, capable of scanning circularly polarized wave beams.… more →

NatureCol. 1

· Applied Physics

Adaptive Control of Robotic Fish in Karman Vortex Street Flows

Researchers have developed an adaptive control system for a biomimetic robotic fish, enabling it to navigate efficiently in complex flow fields characterized by Karman vortex stree… more →

NatureCol. 2

· Applied Physics

Phase Reconstruction in nano-FTIR Using Finite Dipole Model

Researchers have developed a new method to reconstruct the phase of signals obtained through nano-Fourier Transform Infrared (nano-FTIR) atomic force microscopy.… more →

NatureCol. 3

· Applied Physics

Gate-Tunable Mid-Infrared Electroluminescence from Te/MoS₂ Heterostructures

Researchers have achieved gate-tunable mid-infrared electroluminescence in p-n heterojunctions formed by tellurium (Te) and molybdenum disulfide (MoS₂).… more →

NatureCol. 4

· Applied Physics

Improving Atomic Force Microscopy With Style Translation for Structures

Researchers have developed a new technique to enhance the resolution and interpretation of images obtained through atomic force microscopy (AFM).… more →

NatureCol. 5

§ In depth

Author Correction: Practical limits on integrated squeezers

This is an author correction notice. The original article was published in Nature Photonics 17, 331-336 (2023). The HTML and PDF versions of the article have been corrected. The correction refers to an error in the presentation of data and does not affect the scientific conclusions of the study.

The original article addressed the practical limits on integrated squeezers, devices crucial for generating squeezed light quantum states, which are fundamental in quantum technologies such as quantum computing and precision metrology. The correction ensures the accuracy of the technical information presented.

“The correction refers to an error in the presentation of data and does not affect the scientific conclusions of the study.”

§ Technical sheet

Source: Nature
Category: Quantum Physics
Edition: Nº 68
Date: 2026-07-27
Reading: 1 min
Origin: Source ↗

§ arXiv briefing

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