Quantum Networkpowered by

searchSubscribe

Quantum Network

News, research, careers and the quantum industry, in one place.

Explore

Editorial
Research Hub
Events
Opportunities
About Us

Community

Join the Community
Learning Resources
Contact Us

Contact

A-307, Kailash Business Park,
Vikhroli (W), Mumbai – 400079

[email protected]

Newsletter
India Quantum Pulse

Interface transparency of 0.88 measured in germanium quantum device | Quantum Network

Quantum Networkpowered by

searchSubscribe

ECOSYSTEM·Sep 3, 2026·1 MIN READ

Interface transparency of 0.88 measured in germanium quantum device

Researchers measured interface transparency of 0.88 in a novel germanium-based device, demonstrating enhanced conductance via Andreev reflection.

Source

Quantum Zeitgeist

Author: Dr. Donovan

Published Sep 3, 2026

Summarised/rewritten with AI from Quantum Zeitgeist

Read original articlearrow_forward

Researchers measured interface transparency of 0.88 in a novel germanium-based device, demonstrating enhanced conductance via Andreev reflection.

QUANTUM PHYSICSGERMANIUMHETEROSTRUCTURESQUANTUM DEVICESSUPERCONDUCTIVITYRESEARCH

Report a problem / takedown

ABOUT THIS STORY

Source: Quantum Zeitgeist
Published: Sep 3, 2026
Category: ECOSYSTEM

Read original articlearrow_forward

More from Quantum Network

PtBi2’s surface superconductivity holds quantum device promise

PtBi2’s surface superconductivity holds quantum device promise

Researchers observed robust two-dimensional superconductivity on the surface of γ-PtBi2, a Weyl semimetal, revealing a distinct vortex lattice.

Sep 1, 2026

Quantum simulations find peak superconductivity isn’t at expected point

Quantum simulations find peak superconductivity isn’t at expected point

Using determinant quantum Monte Carlo, researchers computed superconductivity’s transition temperature, finding peak T_c shifts away from expected Van Hove points.

Oct 20, 2026

Quantum electron-doped cuprates link heat to 10% resistance

Quantum electron-doped cuprates link heat to 10% resistance

In electron-doped cuprates, such as La 2− x Ce x CuO 4, a link has been identified between critical temperature and electron scattering off commensurate antiferromagnetic spin fluctuations. This correlation highlights low-energy spin fluctuations as the primary pairing mechanism, contrasting with hole-doped cuprates and suggesting the need to extend the Bardeen–Cooper–Schrieffer theory.

Oct 19, 2026

Simulator finds proof of higher-order quantum topology

Simulator finds proof of higher-order quantum topology

Researchers used a programmable quantum simulator to verify bulk topology, revealing proof of localized states in systems exhibiting features of higher-order topological insulators.

Oct 17, 2026

Quantum Network

News, research, careers and the quantum industry, in one place.

Explore

Editorial
Research Hub
Events
Opportunities
About Us

Community

Join the Community
Learning Resources
Contact Us

Contact

A-307, Kailash Business Park,
Vikhroli (W), Mumbai – 400079

[email protected]

Newsletter
India Quantum Pulse