Saddles and stable nodes in a nonlinear #DynamicalSystem. From example 6.3.1 in Steven Strogatz's textbook on #NonlinearDynamics and #Chaos. Simulated with #BrainDynamicsToolbox.

Sürekliliğin ötesinde – ekolojide ve uluslararası ilişkilerde geleceği ve mevcut varsayımları çizgisel olmayan, üstel, değişimler ve yapısal kopuşlar üzerinden tekrar düşünmeye davet eden bir araştırma

Beyond continuationism: climate change, economic growth, and the future of world (dis)order

Michael J. Albert. Cambridge Review of International Affairs 2022;35(6):868–887.

https://www.tandfonline.com/doi/full/10.1080/09557571.2020.1825334

#internationalrelations #nonlineardynamics #climateemergency #climatejustice #socialmovements

Rogue waves — rare waves much larger than any surrounding waves — have long been a part of sailors’ tales, but their existence has only been confirmed relatively recently. The exact mechanisms behind them are still a matter of debate. Laboratory experiments with mechanically-produced waves have created miniature rogue waves, but we still lack real-world observations of their formation.

To that end, researchers sailed the Southern Ocean, known for its rough waves, during austral winter and observed the state of the wind and waves nearby using stereo cameras. They found that young wind-driven waves tend to be steeper, and they move slower than the wind, as they’re still drawing energy from it. Older waves, in contrast, were shorter, less steep, and less likely have white caps from breaking. Overall, they found that strong winds could more easily drive young waves into the nonlinear growth that leads to rogue waves. (Image credit: S. Baisch; research credit: A. Toffoli et al.; via APS Physics)

https://fyfluiddynamics.com/2024/04/seeking-rogue-wave-origins/

#fluidDynamics #nonlinearDynamics #oceanWaves #physics #rogueWaves #science #wind

New on 'Stuff': Book Review - Thinking in Systems #⭐️⭐️⭐️ #book-review #english #systems-thinking #systems-theory #non-linear-dynamics https://stuff.graves.cl/posts/2024-03-10_22_04-book-review-thinking-in-systems.html

Predicting the effect of micro-stimulation on macaque #prefrontal activity based on spontaneous #CircuitDynamics – exciting new research by Nejatbakhsh et al. (2023) sheds light on neural ensemble interactions.

🌍 https://journals.aps.org/prresearch/abstract/10.1103/PhysRevResearch.5.043211

#Neuroscience #CompNeuro #NonlinearDynamics #BiologicalPhysics

Exploring the dynamics of the linearly #DampedPendulum. From example 6.7 in Steven Strogatz's textbook on #NonlinearDynamics and Chaos. Simulated with the #BrainDynamicsToolbox.

Hello! #introductions
I'm a #ComputationalBiologist (1st #biochemist, then #ComputerScientist). I'm faculty at UConn Health. I'm interested in many scientific areas such as #SystemsBiology, #ComputationalModeling and #Simulation, #IronMetabolism, #NonlinearDynamics, #SoftwareDevelopment. I'm one of the authors of the @copasi simulation software and its predecessor Gepasi (thus my handle). I care about #OpenAccess & #OpenSource. I am also interested in #photography, #Linux, and #EVs.

youtube.com/@ComplexityExplorer
#chaostheory #chao #non-lineardynamics

The next time I have 25 hours -

Nonlinear Dynamics and Chaos - Steven Strogatz, Cornell University

#nonlineardynamics #chaos #studying
https://www.youtube.com/playlist?list=PLbN57C5Zdl6j_qJA-pARJnKsmROzPnO9V

Are you working on #Stochastic #Dynamics, #Uncertainty #Quantification or #Probabilistic #MachineLearning in the #EarthSciences ?

Consider submitting an abstract to our #EGU23 session:
https://meetingorganizer.copernicus.org/EGU23/session/45658

#atmosphere #ocean #cryosphere #solidearth
#hydrologicalcycle #biogeochemicalcycles #climate #nonlineardynamics

#EGU

here are hashtags about science topics I care about:
#ScienceMastodon #SystemsBiology #ComputationalBiology #NonlinearDynamics
#ComputationalModeling #MathematicalBiology #OpenScience #Bioinformatics #ChemicalKinetics #Metabolism #Biochemistry #CellBiology #GeneRegulation

I just wrote a #nonlineardynamics term paper in #julia and #pluto using #plutoreport_jl.

Check it out at https://dhruvasambrani.github.io/idc402/termpaper/termpaper.html

Hi! I'm new here on scholar.social but been on mastodon @dhruvasambrani@fosstodon.org. I wanted to have a more academic presence, so I made an account here too!
#introduction
I'm doing my masters thesis in #quantuminformation #quantumcomputing and #quantumphysics
I'm also interested in #modelling, #nonlineardynamics, #computationalscience and code in #julia, #python and want to learn #golang
Over at fosstodon is the computational side of me, and I have a blog you can check out on my profile.

#stalingrad #complexity #cas #nonlineardynamics