Complex Systems Studies
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What's up in Complexity Science?!
Check out here:

@ComplexSys

#complexity #complex_systems #networks #network_science

📨 Contact us: @carimi
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The #PhD Program in Neuroscience of AMU #NeuroSchool_mrs offers 3 PhD scholarships to students who have validated a outside of France

https://t.co/q7jnDpu7de

I propose a PhD project on "Higher-order interactions in human brain networks supporting causal learning"
Two new #PHD calls! Deadline April 1st.

Topics: Science of Science / Algorithmic fairness, and Predictability of Social Systems
https://nerds.itu.dk/2023/03/08/two-new-phd-calls-application-deadline-april-1st/
There are #PhD and #PostDoc positions available in my group. If you are interested, please get in contact.

https://michaelschaub.github.io/

Michael Schaub - RWTH Aachen University
Computational Network Science
Dynamical Foundations of Many-Body Quantum Chaos
March 13, 2023 to April 14, 2023
Institut Pascal

https://indico.ijclab.in2p3.fr/event/8880/

Chaotic dynamics poses rather vexing conundrums for quantum mechanics, as was already presciently noted by Einstein in 1917. The first actual description of a quantum chaotic system may well have been Bohr's compound nucleus in 1936. However, Quantum Chaos really came into being with Wigner's introduction of random matrix theory (RMT), aimed at understanding physics related to nuclear reactor design. RMT, with its focus on statistical properties of the system's Hamiltonian, represented a major paradigm shift. Quantized chaotic systems were recognized to behave in many universal ways, completely independently of their detailed description. Since its origin, RMT has seen applications in an extraordinarily broad range of fields, well beyond the boundaries of physics.

However, this origin of quantum chaos in the context of strongly interacting nuclear many-body (MB) systems did not straightforwardly lend itself to a concrete association with classically chaotic dynamics. After a considerable period focusing on single-particle systems, the field is now returning to strongly interacting MB systems. The past decade has witnessed an accelerating resurgence of “many-body quantum chaos”, which has seeped into a vast array of forefront physics research.
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If you are interested in joining the SISSA Cognitive Neuroscience #PhD program, please contact any of the professors listed on the faculty members page for further discussion about our research and admission process.

The program will accept new students through two rounds of admission:
- Spring deadline: 31 March 2023.
- Fall deadline: 31 August 2023.

https://phdcns.sissa.it/admission-procedure
Controlling complex networks with complex nodes

Real-world networks often consist of millions of heterogenous elements that interact at multiple timescales and length scales. The fields of statistical physics and control theory both contribute different perspectives for understanding, modelling and controlling these systems. To address real-world systems, more interaction between these fields and integration of new paradigms such as heterogeneity and multiple levels of representation will be necessary. It may be possible to expand models from statistical physics to integrate the notion of feedback (both positive and negative) and to extend control theory formulations to more mesoscopic analysis over averages of collections of degrees of freedom. There is also the need to integrate theoretical models, machine learning and data-driven control methods. We review recent progress and identify opportunities to help advance understanding and control of real-world systems from oscillator networks and social networks to biological and technological networks.

https://www.nature.com/articles/s42254-023-00566-3
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Does GPT-4 Really Understand What We’re Saying?
One question for David Krakauer, an evolutionary theorist and president of the Santa Fe Institute for complexity science.

https://nautil.us/does-gpt-4-really-understand-what-were-saying-291034/
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#PhD position on data-driven personalized nutrition.

Come work with us on the intersection of digital cohorts, nutrition, microbiome, and behavior.

Apply to the EPFL doctoral school of computational biology, EDCB, by April 15.
https://t.co/JodCFfnmmG
This is a #PhD position at #tu_wien & #CSHVienna to work with Fariba Karimi on a topic of your preference aligned to our core interests
#ComplexSystems4Good #NetworkScience #Inequalities #AlgorithmicBias


jobs.tuwien.ac.at/Job/206059
The Department of Statistics has 1–2 open doctoral studentships in Statistics beginning 1 September 2023. The Department is one of the largest statistical departments in Sweden. We conduct research and education in Bayesian Statistics, Computational Statistics, Design of Experiments, Linear Models, Official statistics, Sampling Theory, Survival Analysis and Time Series Analysis.

As a #PhD student you get full employment benefits and are free to decide your own project - maybe something to do with network statistics?
Stockholms universitet | PhD student i Statistics, Closing date: 25 April 2023.

https://t.co/JD17RG4nfB
Summer School:
Statistical Physics of Complex Systems 🤓

Barcelona, 2 weeks
July 17-28 (2023!)

Prev. editons:
https://www.gefenol.es/escuelas.php?lang=esp
A #PhD position "ML for the Physical Sciences" is available in our group. Students with a Master's degree in CS, physics, or engineering please apply. We are associated with IMPRS-IS, ELLIS, and a cluster of excellence in the simulation sciences.

https://t.co/y8eyYBHY6d
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