NewsLayer

Install NewsLayer

Get the app experience — one tap from your home screen, instant loads and breaking-news alerts.

NewsLayer.com
LatestDaily BriefMarkets
NewsLayer PulseLIVE₿BTC$82,854+1.50%ΞETH$2,444+1.87%◎SOL$106.24+1.53%✕XRP$1.33+2.78%ÐDOGE$0.0816+3.02%₳ADA$0.2238+3.05%Total Cap$2.90T+1.43%24H Vol$131.0BLayer Index49 Neutral
BreakingNowSecure Finds No Detectable PQC Code in 97% of Mobile Appshace 11 horas
Markets
HomeQuantumResearch

Quantum|Research

Científicos redeterminan una frecuencia clave del estroncio con una precisión 50 veces mayor para tecnologías cuánticas

El Korea Research Institute of Standards and Science (KRISS) ha vuelto a medir una frecuencia de transición clave del átomo de estroncio (Sr) por primera vez en 88 años, desde 1938, utilizando un chip de rejilla fotónica. Ha establecido un nuevo valor de frecuencia absoluta con una incertidumbre de medición reducida en más de 50 veces. Al proporcionar un valor de referencia preciso para las tecnologías cuánticas de próxima generación, se espera que este logro contribuya al control preciso y la miniaturización de dispositivos cuánticos, incluidos los relojes atómicos y las computadoras cuánticas de átomos neutros. El trabajo se publica en la revista

Phys.org Quantum Physics

Publisher

Oct 19, 2026 at 5:20 PM UTC · 1 min de lectura

Científicos redeterminan una frecuencia clave del estroncio con una precisión 50 veces mayor para tecnologías cuánticas
NewsLayer editorial artwork

El Korea Research Institute of Standards and Science (KRISS) ha vuelto a medir una frecuencia de transición clave del átomo de estroncio (Sr) por primera vez en 88 años, desde 1938, utilizando un chip de rejilla fotónica. Ha establecido un nuevo valor de frecuencia absoluta con una incertidumbre de medición reducida en más de 50 veces. Al proporcionar un valor de referencia preciso para las tecnologías cuánticas de próxima generación, se espera que este logro contribuya al control preciso y la miniaturización de dispositivos cuánticos, incluidos los relojes atómicos y las computadoras cuánticas de átomos neutros. El trabajo se publica en la revista

#quantum#research#regulation

Sourced by

Originally reported by Phys.org Quantum Physics

NewsLayer coverage based on externally reported material.

The Daily Brief

The onchain economy, before your day starts.

Curated markets, onchain insights, and key headlines — delivered every weekday morning.

Weekdays · Free · ~5 minute read

0

Applause

Was this article helpful?

Article Intelligence

Topics

quantumresearchregulation

Related Coverage

ResearchVietnam Quantum Expert Urges Closer EU Ties to Build National Capabilitieshace 10 horas · 2 min readQuantumPostquant Labs Launches Quip Virtual Machine for Quantum and Classical Computinghace 6 horas · 5 min readQuantumQuantum probability can't be derived without assuming it firsthace 8 horas · 1 min read
View all related

Sponsored

Ad
House — Advertise on NewsLayer
NewsLayerLearn more

NewsLayer Premium

Unlock deeper intelligence.

Ad-free reading, exclusive research, and real-time onchain insights.

Go Premium

Previous Story

Google Makes a Stunning Leap in the Quantum Computing Race

Next Story

Quantinuum Says Its New Quantum Computing Record Beats Google’s Result by More Than 100x

Keep Reading

Noticias Relacionadas

Steering electrons with extreme ultraviolet light—team achieves quantum coherent controlPOLICY DESK

Steering electrons with extreme ultraviolet light—team achieves quantum coherent control

Light is one of the most powerful tools scientists have for probing matter. By interacting with electrons, light reveals how atoms, molecules and materials are structured and how they evolve in time. Highly energetic ultraviolet and X-ray photons are particularly attractive because they can access electrons located close to atomic nuclei, where each chemical element carries its own distinctive electronic fingerprint.

hace 6 horas

1 min de lectura
A quantum pathway to entropy-free energy transferCHAIN WATCH

A quantum pathway to entropy-free energy transfer

For scientists, breakthroughs often stem from unexpected turns. A research team led by Oscar Dahlsten, an associate professor in the Department of Physics at City University of Hong Kong (CityUHK), set out to prove a theoretical limitation, only to discover a quantum solution. The finding breaks traditional physical constraints and introduces a strategy for harvesting energy from fluctuating sources.

hace 9 horas

1 min de lectura
NowSecure Finds No Detectable PQC Code in 97% of Mobile Apps
Última Hora
SECURITY BREACH

NowSecure Finds No Detectable PQC Code in 97% of Mobile Apps

Insider Brief PRESS RELEASE — NowSecure today released an analysis, conducted with NowSecure Platform, of 136,711 iOS and Android apps. It found that 97% contain no detectable post-quantum cryptography (PQC), the new generation of encryption standards designed to withstand attacks from quantum computers. Even among the most popular U.S. apps, fewer than 1 in 10 […]

hace 11 horas

5 min de lectura
NewsLayer.com

The front page of the onchain economy. Crypto, Web3 and regulation intelligence — live prices, original research and policy tracking in one layer.

Follow on XTelegram

News

  • Latest News
  • The Daily Brief
  • Crypto
  • DeFi
  • Policy
  • Web3
  • Blockchain
  • Explainers

Markets

  • Market News
  • Layer Index
  • Live Charts
  • DeFi Protocols
  • Regulation Tracker
  • Regulation Radar

Company

  • About NewsLayer
  • Advertise
  • PR Publication
  • Become an Author
  • Our Authors
  • Create Account
  • Sign in

Resources

  • Research
  • NewsLayer Originals
  • My Feed
  • Search
  • AI Sector
  • Quantum Sector

NewsLayer Premium

Read the full layer.

Unlock premium intelligence, original research and an ad-free reading experience.

  • Premium Intelligence briefings
  • Ad-free reading experience
  • Members-only research & data
Go Premium

© 2026 NewsLayer.com — The front page of the onchain economy

Privacy Policy·Terms of Service
NewsLayer

Get the signal, not the noise.

Markets, regulation and onchain intelligence in a 5-minute morning read — plus breaking alerts and Layer Index flips as they happen.

The Daily Brief

Breaking alerts

Index flips

Free · No spam · Unsubscribe anytime