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Natural Computing

  • h-index: 55
  • Total citations: 23,346
  • Total papers: 2,502
  • Impact factor: 1.8068181818181819

Homepage: https://www.springer.com/journal/11047

Natural Computing

Journal
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H-Index = 55
Citations = 23.35K+

Papers

Evidence

Recent papers in Natural Computing

  1. Multiset reaction systems with saturation and permanenceNatural Computing · Thu,
  2. Cellular automata can really solve the parity problemNatural Computing · Sat,
  3. Distributed multiset reaction systemsNatural Computing · Fri,
  4. Self-contained relaxation-based dynamical Ising machinesNatural Computing · Fri,
  5. Two-stage fine-tuning of HuBERT for multi-label bird species recognition in overlapping acoustic environmentsNatural Computing · Mon,
  6. A theoretical biology framework for exploring the behavioral extensibility of reaction systemsNatural Computing · Sat,
  7. Immersing reaction system specifications in evaluating environmentsNatural Computing · Fri,
  8. Exploration of number-conserving non-uniform cellular automata with a neighborhood of size four: barriers and blocksNatural Computing · Sat,
  9. On the surjunctivity and the Garden of Eden theorem for non-uniform cellular automataNatural Computing · Sat,
  10. Encoding reaction systems in Petri netsNatural Computing · Sat,

About Natural Computing

Natural Computing carries 2,502 indexed papers, 23,346 citations, h-index 55 in Synapse's enriched corpus. Each paper indexed here includes structured clinical evidence extraction (PICO), methodology classification with level of evidence, and links to related guideline recommendations where applicable.

On Synapse's credibility score (derived from SJR ranking and cross-citation patterns), Natural Computing sits among the highest-credibility cardiovascular journals.

The journal's official homepage is at https://www.springer.com/journal/11047.

Use the feed below to follow new Natural Computing publications with AI-enriched analysis — each paper is decomposed into study design, population, intervention, comparator, primary outcome, and key finding, with the underlying evidence traceable to the primary source.

Deterministic synthesis from Synapse's enriched records — 102 words.