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#diffusion — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #diffusion, aggregated by home.social.

  1. Charo del Genio @[email protected] ·

    New paper!

    Localized oscillatory patterns, observed in many complex systems (neural networks, ecosystems, chemical reactors) have always been thought to need at least 3 species and to arise from Turing instabilities. We show that there is at least one more possible origin, namely Hopf instabilities on subcritical Turing branches, which can occur even with just 2 components.

    academic.oup.com/nsr/advance-a

    #mathematics #maths #reaction #diffusion #networks #patterns #Turing #Hopf #instability #bifurcations

    #bifurcations #instability #hopf #turing #patterns #networks
  2. Charo del Genio @[email protected] ·

    New paper!

    Localized oscillatory patterns, observed in many complex systems (neural networks, ecosystems, chemical reactors) have always been thought to need at least 3 species and to arise from Turing instabilities. We show that there is at least one more possible origin, namely Hopf instabilities on subcritical Turing branches, which can occur even with just 2 components.

    academic.oup.com/nsr/advance-a

    #mathematics #maths #reaction #diffusion #networks #patterns #Turing #Hopf #instability #bifurcations

    #bifurcations #instability #hopf #turing #patterns #networks
  3. Charo del Genio @[email protected] ·

    New paper!

    Localized oscillatory patterns, observed in many complex systems (neural networks, ecosystems, chemical reactors) have always been thought to need at least 3 species and to arise from Turing instabilities. We show that there is at least one more possible origin, namely Hopf instabilities on subcritical Turing branches, which can occur even with just 2 components.

    academic.oup.com/nsr/advance-a

    #mathematics #maths #reaction #diffusion #networks #patterns #Turing #Hopf #instability #bifurcations

    #bifurcations #instability #hopf #turing #patterns #networks
  4. Charo del Genio @[email protected] ·

    New paper!

    Localized oscillatory patterns, observed in many complex systems (neural networks, ecosystems, chemical reactors) have always been thought to need at least 3 species and to arise from Turing instabilities. We show that there is at least one more possible origin, namely Hopf instabilities on subcritical Turing branches, which can occur even with just 2 components.

    academic.oup.com/nsr/advance-a

    #mathematics #maths #reaction #diffusion #networks #patterns #Turing #Hopf #instability #bifurcations

    #mathematics #maths #reaction #diffusion #networks #patterns
  5. Charo del Genio @[email protected] ·

    New paper!

    Localized oscillatory patterns, observed in many complex systems (neural networks, ecosystems, chemical reactors) have always been thought to need at least 3 species and to arise from Turing instabilities. We show that there is at least one more possible origin, namely Hopf instabilities on subcritical Turing branches, which can occur even with just 2 components.

    academic.oup.com/nsr/advance-a

    #mathematics #maths #reaction #diffusion #networks #patterns #Turing #Hopf #instability #bifurcations

    #bifurcations #instability #hopf #turing #patterns #networks