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$81,516+0.13%ΞETH$2,406-0.43%◎SOL$103.71-0.42%✕XRP$1.3-0.40%ÐDOGE$0.0794-0.68%₳ADA$0.2203-1.50%Total Cap$2.89T+0.00%24H Vol$497.3BLayer Index38 Fear
BreakingCrypto Firms Launch Quantum Alliance as 6 Million Bitcoin Sit Exposed9 小时前
Markets
HomeQuantumWeb3

Quantum|Web3

“地毯式”生长法研制出期待已久的二维量子材料

几十年来,物理学家一直寻求一种实用的二维拓扑绝缘体:一种其内部阻碍电流通过但边缘可导电的超薄材料。在普通导线中,电子会不断碰撞缺陷,从而损失能量。但在二维拓扑绝缘体的边缘,自旋相反的电子沿相反方向运动,就像单向车道上的汽车一样,因此它们极少发生散射并损失能量。

Phys.org Quantum Physics

Publisher

Oct 13, 2026 at 9:30 PM UTC · 1 分钟阅读

“地毯式”生长法研制出期待已久的二维量子材料
NewsLayer editorial artwork

几十年来,物理学家一直寻求一种实用的二维拓扑绝缘体:一种其内部阻碍电流通过但边缘可导电的超薄材料。在普通导线中,电子会不断碰撞缺陷,从而损失能量。但在二维拓扑绝缘体的边缘,自旋相反的电子沿相反方向运动,就像单向车道上的汽车一样,因此它们极少发生散射并损失能量。

#quantum#web3

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

quantumweb3

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

Faster molecular simulations identify promising diamond defects for quantum computers and sensors

Next Story

Sui Devnet Adds Post-Quantum Signature Support as Q1 2027

Keep Reading

相关报道

加密公司成立量子联盟,6 Million Bitcoin 暴露风险
突发新闻
安全漏洞

加密公司成立量子联盟,6 Million Bitcoin 暴露风险

这个由九个成员组成的团体效仿 Internet Engineering Task Force,旨在为测试抗量子主张设定开放标准,因为预测认为首次实际攻击将发生在 2020s 后期。

9 小时前

3 分钟阅读
D-Wave 展示利用 728 个量子比特实现高阶拓扑绝缘体的 3D 模拟-数字量子模拟D-WAVE 728 量子比特壮举

D-Wave 展示利用 728 个量子比特实现高阶拓扑绝缘体的 3D 模拟-数字量子模拟

D-Wave 展示了利用 728 个量子比特进行高阶拓扑绝缘体的 3D 模拟-数字量子模拟——量子计算报告

15 小时前

1 分钟阅读
MIT 物理学家利用第一性原理 AI 解决强朗道能级混合下的非阿贝尔任意子序任意子序已解决

MIT 物理学家利用第一性原理 AI 解决强朗道能级混合下的非阿贝尔任意子序

MIT 物理学家利用第一性原理 AI 解决强朗道能级混合下的非阿贝尔任意子序 Quantum Computing Report

15 小时前

1 分钟阅读
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