Harrison Hartle

complex systems/network science & nonlinear dynamics/fluid turbulence

[Gabriel Peyré @gabrielpeyre]

A Brownian motion is approximation by a discrete random walk with Gaussian increments. https://t.co/P4IkzAnNEe

[New papers in Network Science @networkspapers]

Chaos: Identifying edges that facilitate the generation of extreme events in networked dynamical systems
https://t.co/nbCaAWghew

[Gabriel Peyré @gabrielpeyre]

The heat equation can be applied to diffuse probability densities (in particular, maintains positivity and unit mass). Its solution is obtained as the convolution of the initial condition with a Gaussian. https://t.co/MD3FiWtUid

[Kevin Parker @kevin_parker_ai]

Role of the forcing dimensionality in thin-layer turbulent energy cascades https://t.co/WWFIB5aHXI via @PhysRevFluids

[Petter Holme @pholme]

Node percolation for networks: A C-implementation + Python wrapper of Newman & Ziff's algorithm
https://t.co/p3gVwtUQK4

[NetScience @net_science]

The shape of memory in temporal networks. (arXiv:2004.12784v1 [physics.soc-ph]) https://t.co/hvpI0AU5FV

[International Arctic Research Center @IARC_Alaska]

Wind data can be challenging to access and analyze. With the new ACCAP & SNAP Community Wind Tool you can see historical and projected wind data across the state with accessible visualizations and graphs. Take a look! https://t.co/nnObQ2pfMF

[Ginestra Bianconi @gin_bianconi]

"Epidemics with containment measures" in collaboration with P. L. Krapivsky is now in the arxiv. Check it out to have a theoretical understanding of the role of containment measures!
https://t.co/Kyg9Kftpse

[New papers in Network Science @networkspapers]

Phys. Rev. Research: Small worlds and clustering in spatial networks
https://t.co/d3lCZOMeRq

[Physical Review Research @PhysRevResearch]

Long-term prediction of chaotic systems with machine learning, Huawei Fan, Junjie Jiang, Chun Zhang, Xingang Wang, and Ying-Cheng Lai #machinelearning #complexsystems #nonlineardynamics https://t.co/zR5NAxjdTz

[TroyArcomano @TroyArcomano]

I’m excited to announce that the preprint of my first paper on the application of machine learning for global weather prediction is now available online! (https://t.co/Fe6SiTb3Am)

[Adrian Jackson @adrianjhpc]

If anyone has large memory requirements for COVID-19 simulation work, get in touch. We have 3TB nodes that could be made available. @nextgenio #hpc #COVID19

[Jean-Gabriel Young @_jgyou]

Our work on the similarities between interacting contagions and socially driven contagion, @LHDnets @svscarpino . Featuring a @mcmc_stan model of interacting contagions!

[NetScience @net_science]

The origin of life as a planetary phenomenon https://t.co/Si9sLilkRk

[Massimo @Rainmaker1973]

This is Internet in 1973. 45 computers connected to 40 nodes: the entire Internet https://t.co/bxJd7RCh1Y

[Physical Review Research @PhysRevResearch]

Global scaling of the heat transport in fusion plasmas, Sara Moradi et al. #plasma #fusion https://t.co/hAdiPidfZn

[Miguel A.F. Sanjuán @MAF_Sanjuan]

The second edition of our book "Predictability of Chaotic Dynamics. A Finite-time Lyapunov Exponents Approach" by Juan C. Vallejo and Miguel A.F. Sanjuan has appeared. https://t.co/e9N0WY17yn

[Mason Porter @masonporter]

My new paper: "Nonlinearity + Networks: A 2020 Vision": https://t.co/d5iB7Ar2H5

"I highlight a few methods and ideas, including several of personal interest, that I anticipate to be especially important during the next several years."

Can you find all of the easter eggs in it?

[C. Bettstetter @bettstetter]

We are getting closer and closer to our goal of realizing #swarmalators in drones. First demo will be on Dec 10. Work by Agata Barciś with help of her fellow students in our Popper PhD school under my supervision. Swarmalators were proposed by @kevsational, Hong, @stevenstrogatz.

[Steven Strogatz @stevenstrogatz]

Students taking a first course in nonlinear dynamics and chaos: My videotaped lectures are freely available on @YouTube here. Hope you find them useful. Prerequisites are elementary calculus and physics, and a little linear algebra. https://t.co/jcDF9H6S0F via @YouTube