Quantum Networkpowered by
searchSubscribe
Quantum Network

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

  • alternate_email
  • search

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

022 49646504

[email protected]

  • Newsletter
  • India Quantum Pulse
Quantum Networkpowered by
searchSubscribe
Meet NAKO, A Benchmarking Framework for Evaluating and Diagnosing Neutral-Atom Quantum Compilers
RESEARCH·Nov 1, 2026·1 MIN READ

Meet NAKO, A Benchmarking Framework for Evaluating and Diagnosing Neutral-Atom Quantum Compilers

Can a quantum compilation process simultaneously minimise entanglement operations *and* atom transport? Diagnosis-guided interventions utilising the Enola compiler reduced average atomic movement by 78. 9% across standard benchmark circuits.

Source

Quantum Zeitgeist

Author: Ivy Delaney

Published Nov 1, 2026

Summarised/rewritten with AI from Quantum Zeitgeist

Read original articlearrow_forward

Can a quantum compilation process simultaneously minimise entanglement operations and atom transport? Diagnosis-guided interventions utilising the Enola compiler reduced average atomic movement by 78. 9% across standard benchmark circuits.

QUANTUM HARDWAREBENCHMARK FRAMEWORKENOLAGATE SCHEDULINGOLSQ-DPQARYDBERG STAGES

Report a problem / takedown

ABOUT THIS STORY

Source
Quantum Zeitgeist
Published
Nov 1, 2026
Category
RESEARCH
Read original articlearrow_forward

More from Quantum Network

Researchers Bound Memory Error to Gamma Raised to R Plus One
RESEARCH

Researchers Bound Memory Error to Gamma Raised to R Plus One

For a (2r + 2)-packet code, quantum memory fidelity now scales to O(γ^(r+1)), simultaneously sensing external forces without disturbing the encoded qubit, a feat previously thought impossible. Encodings using six or more packets eliminate first-order errors from photon-number dephasing, achieving both protection *and* measurement within a single mode. This resolves a fundamental conflict in continuous variable systems where sensors accumulate displacement while codes suppress it.

Nov 1, 2026

arrow_forward
Pavia Team Detects Non-Gaussian Noise Using EPs
RESEARCH

Pavia Team Detects Non-Gaussian Noise Using EPs

Can two noisy quantum systems appear indistinguishable despite experiencing fundamentally different environments? Exceptional points, singularities arising within their responses, now reveal subtle differences even when mean values, power spectra *and* all third-order correlations are identical. This advance offers a new diagnostic tool for optimising performance across sensitive technologies like computation and sensing by accessing information beyond traditional spectral analysis.

Nov 1, 2026

arrow_forward
Researchers Prepare Bell States with Extremely Low Error Rates Approaching One in Ten Thousand
RESEARCH

Researchers Prepare Bell States with Extremely Low Error Rates Approaching One in Ten Thousand

An infidelity rate as low as one in ten thousand represents a marked improvement in generating entangled quantum states using superconducting circuits. Previously, digitally preparing such Bell pairs typically resulted in error rates around one in a thousand, demanding approximately 80 to 130 nanoseconds for completion. This new analogue protocol achieves comparable fidelity within similar timescales, offering an alternative route beyond standard digital methods.

Oct 6, 2026

arrow_forward
Tokyo Team Bounds Fermionic Non-Gaussianity at Ln(4/3)
RESEARCH

Tokyo Team Bounds Fermionic Non-Gaussianity at Ln(4/3)

A distinct phase transition emerges during quantum interactions, revealed by changes in fermionic non-Gaussianity undetectable through standard thermodynamic calculations. Calculations demonstrate typical states achieve a maximal magic Rényi entropy (MRE) density of ln(4/3) per Majorana, a quantifiable upper bound previously unknown. This shift signifies an unexpected complexity within many-body systems as they evolve under specific Hamiltonian dynamics.

Oct 4, 2026

arrow_forward
Quantum Network

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

  • alternate_email
  • search

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

022 49646504

[email protected]

  • Newsletter
  • India Quantum Pulse