QNS_white_logo_b43f62932c48316b599018aeba7e5c8eQNS_white_logo_b43f62932c48316b599018aeba7e5c8eQNS_white_logo_b43f62932c48316b599018aeba7e5c8eQNS_white_logo_b43f62932c48316b599018aeba7e5c8e
  • About us
    • About QNS
      • Director’s Message
    • News
      • Press Releases
      • Honors and Awards
    • Women in Science
    • 5-Year Rating
    • VR Tour
  • Our Team
    • Meet Our Team
    • Advisory Board
    • Alumni
  • Research
    • Research Areas
    • Publications
    • Highlights
    • Facility and Equipment
  • Events
    • Talks and Events
    • Visitors
    • Colloquium Series
      • Colloquium Schedule
      • Registration
      • Guide
    • Workshops and Conferences
    • Ewha Physics Colloquium
  • Outreach
    • Overview
    • Nanokomik
      • Nanokomik Gallery
      • Nanokomik – Upload Form
    • Art Contest
      • 2023 Qubit Art Contest
        • Talk registration
        • Apply – Qubit Art
        • Resource request
      • 2021 Spin Art
        • Apply
        • Spin Streamer YouTube
        • Resource Request
        • Comic “Our Friendly Neighbor, Spin World”
      • 2019 The World of Quantum
    • QNS Ambassador
    • Building STM with QNS (Lego project)
  • Tutorial
  • Career
  • Contact
    • How to reach QNS
✕

Research Areas

Quantum-coherent Control of Individual Spins on Surfaces

Quantum-coherent Control of Individual Spins on Surfaces

Read More
Quantum Coherence of Spins on Insulators

Quantum Coherence of Spins on Insulators

Read More

Rare-Earth Spins on Surfaces

Rare-Earth Spins on Surfaces

Read More
Molecular qubits on surfaces

Molecular qubits on surfaces

Read More

Theory of Quantum Systems at Surfaces

Theory of Quantum Systems at Surfaces

Read More
 
 
  • Publications
  • Highlights
  • Facility and Equipment
  • Background
    • Background: Scanning Tunneling Microscopy
    • Background: Atomic Force Microscopy
    • Background: Electron Spin Resonance
    • Background: X-ray Magnetic Circular Dichroism
  • Research Areas
    • Quantum-coherent Control of Individual Spins on Surfaces
    • Quantum Coherence of Spins on Insulators
    • Rare-Earth Spins on Surfaces
    • Molecular qubits on surfaces
    • Theory of Quantum Systems at Surfaces

Social Media


Facebook


Instagram


LinkedIn


Twitter


YouTube

Address

Research Cooperation Building,
52 Ewhayeodae-gil,
Daehyeon-dong,
03760 Seoul, South Korea

Meet Our Partners

Ewha Womans University
Institute for Basic Science

Search

✕
© 양자나노과학 연구단 (QNS)
    X