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1,526 search results for “complex systems in” in the Public website

• Biological, Soft and Complex Systems Leiden Institute of Physics (LION)

  The research groups within the biological, soft and complex systems research area study the physics of a broad range of biological and soft materials. This spans both experimental and theoretical research.

• Biological, Soft and Complex Systems

  We study the physics of a broad range of biological and soft materials

• Mining Sensor Data from Complex Systems Research output

  Promotor: J.N. Kok, Co-Promotor: A.J. Knobbe

• The international tax system as a complex system Research project

  Complex systems can be characterized as systems in which multiple components interact with each other, often in non-linear ways. The main goal of this research will be to investigate if and how the international tax system can be defined and modelled as a complex system. Approaching the international…

• Parallel Worlds Research project

  Addressing the core novel objective of scalably assessing the impact of possible interventions through counterfactual prediction based on spatio-temporal data.

• On metrics and models for multiplex networks Research output

  In this thesis, we extend the concept of null models as canonical ensembles of multi-graphs with given constraints and present new metrics able to characterize real-world layered systems based on their correlation patterns.

• DSE 2.0: Towards Optimal Design of Complex, Distributed Cyber Physical Systems Research project

  DSE 2.0 concerns research on DSE techniques for complex dCPS

• The role and analysis of molecular systems in electrocatalysis Research output

  Molecular complexes can be used as electrocatalysts for oxygen reduction, water oxidation, and/or hydrogen peroxide production.

• Complexity Models to Prevent Financial Crashes News - 19 February 2016

  The financial system needs complexity theory to predict economic crises like the 2008 meltdown. An international team of scientists, including Leiden physicist Diego Garlaschelli, state this in a paper published in Science on February 19th.

• Gamal Adel Elgamal

  My research centers around analyzing complex system dynamics in social networks. I aim to use computational methods to identify emergent patterns and self-organization in temporal (population-scale) networks. Additionally, I advocate for open knowledge initiatives and decentralized technologies.

• Casper van Dijk

  Casper van Dijk is a PhD candidate researching the transformation of military as complex adaptive systems. His dissertation, Military Metamorphosis: Warfare in the Northern Netherlands, 1425–1560, reinterprets late medieval warfare through the lens of emergence and complex systems theory, offering an…

• Intelligence for a complex environment: transforming traditional intelligence with insights from complexity science and field research on NATO Research output

  How can complexity science advance intelligence transformation?

• 
  Priyanshi Kalra Guest - PhD

  Faculty of Science

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  Samadarshi Maity PhD candidate / Guest

  Faculty of Science

• 
  Louise Jawerth Assistant professor

  Faculty of Science

• Jacco Ton

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  Mengshi Wei Postdoc

  Faculty of Science

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  Max Huisman Postdoc

  Faculty of Science

• Huib Blok

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  Stefan Semrau Associate professor

  Faculty of Science

• Luca Giomi

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  Mazene Hochane Researcher

  Faculty of Science

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  Rachel Doherty Education and Research Technician

  Faculty of Science

• Lionel Ndamba

• 
  Esmée Adegeest PhD candidate/guest

  Faculty of Science

• Thomas Schmidt

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  Solenn Riedel
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  Julio Melio
• Statistical physics and information theory for systems with local constraints Research output

  Systems with local constraints is a new finding in recent researches on complex systems. The heterogeneous spatial interactions and the temporal dependencies among those numerous units make it difficult to describe by traditional statistical physics.

• Molecular inheritance from cloud to disk: a story of complex organics and accretion shocks Research output

  Stars like the sun are born in large molecular clouds existing from gas and dust. During the formation process, the chemical composition of the material can be altered drastically by the changing physical conditions.

• Sourav Roy

• Guiju Duan

• Silvana Caipa Cure

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  Tuo Maidina Technician O&O

  Faculty of Science

• 
  Jingjing Wang PhD candidate / contract

  Faculty of Science

• 
  Alexandre Morin Assistant professor

  Faculty of Science

• Paul Baconnier

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  Colin Meulblok PhD candidate

  Faculty of Science

• 
  Sander Kammeraat PhD candidate

  Faculty of Science

• Gert-Jan Kuijntjes

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  Tommaso Gili Guest researcher

  Faculty of Science

• Jeremy Ernst

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  Donny de Bruin Researcher

  Faculty of Science

• Martina Huber

• Yvonne Kerkhof

• 
  Edgar Groenen Professor emeritus

  Faculty of Science

• Wim van Saarloos

• 
  John van Noort Professor

  Faculty of Science

• 
  Margot Teunisse PhD candidate / guest

  Faculty of Science

• Peter Gast