Tomorrow
Academia

Delft, Netherlands

TU Delft & QuTech

Delft did the experiments that turned quantum networking from thought experiment into hardware — and keeps setting the fidelity bar.

QuantumRoboticsOfficial site
2 key findings0 timeline milestones1 sources to follow

Key findings

  1. 2015

    Loophole-free Bell test

    Hensen, Hanson et al.

    Violated Bell's inequality with entangled electron spins 1.3 km apart, closing detection and locality loopholes simultaneously.

    Why it matters here · The experimental foundation for device-independent quantum cryptography claims.

    1.3 km separation
  2. 2021

    First multi-node quantum network

    Pompili, Hermans, Hanson et al.

    Entanglement distributed and swapped across three physically separated nodes with real-time control.

    Why it matters here · The reference architecture for the quantum-networking companies now entering the tracker.

    3 nodes

What to follow

QuTech

Research lab · Continuous

Quantum internet, spin qubits and fault tolerance, with Intel and Microsoft partnerships.

How to cite this page

Free to cite and reuse under CC BY 4.0. Permalink: https://tomorrow.aliensquad.ai/academia/delft

APA
Tomorrow. (2026). TU Delft & QuTech — key findings and research feeds [Research tracker entry]. AlienSquad. Retrieved 2026-09-13, from https://tomorrow.aliensquad.ai/academia/delft
BibTeX
@misc{tomorrow-academia-delft,
  author       = {{Tomorrow}},
  title        = {TU Delft & QuTech — key findings and research feeds},
  year         = {2026},
  publisher    = {AlienSquad},
  howpublished = {\url{https://tomorrow.aliensquad.ai/academia/delft}},
  note         = {Accessed: 2026-09-13}
}