Tootfinder

#NowPlaying - in which animal collective's geologist deconstructs/reanimates a bunch of doug shaw's solo acoustic guitar videos. works much better as a full album than standalone tracks, moving (but not necessarily flowing) through jagged, jeweled terrains.

Flowing Loops
Great Australian Pods Podcast Directory: #GreatAusPods

Flowing Loops | Great Australian Pods Podcast Directory
Podcast: Flowing Loops Host: Dan Koop Category: Arts Sub-Category: Crafts & Creativity, Local News & Stories, Places & Travel First Episode: 2024 Dan Koop and six artists have been walking and talking…

Working on some #artwork for an upcoming keynote, can't wait to share it

Bennett Vorticity: Analytic solutions to a flowing, nonlinear, Shear-Flow Stabilized Z-pinch equilibrium
Matt Russell
https://arxiv.org/abs/2506.05727 http…

Bennett Vorticity: Analytic solutions to a flowing, nonlinear, Shear-Flow Stabilized Z-pinch equilibrium
The Bennett profile is a classic form for the plasma number density of an equilibrium Z pinch that has been studied for almost a century by plasma physicists interested in nonlinear plasma pinch science, and fusion energy. By transferring the nonlinearity entirely from the number density to the plasma flow velocity the magnetic structure of the resulting flowing Z-pinch equilibrium remains unchanged whilst now being defined by a vortical flow which previously did not exist in the classic case. …

"Ocean currents can generate electricity, and our study shows Africa's seas have some of the strongest"
#Africa #Oceans #Energy

Ocean currents can generate electricity, and our study shows Africa's seas have some of the strongest
The world's oceans cover more than 70% of Earth's surface. They're filled with currents, some much stronger than the fastest flowing large rivers. These currents can be harnessed as clean, marine renewable energy. Marine energy is much more predictable and reliable than many other forms of renewable energy because unlike the sun and wind, which regularly do not produce electricity, ocean currents never stop moving around the planet. New research has found that the eastern and south-eastern coas…

Modelling of Counter-Current Gas-Liquid Annular Flow in a Vertical Annulus
Mahshid Firouzi
https://arxiv.org/abs/2506.10270 https://a…

Modelling of Counter-Current Gas-Liquid Annular Flow in a Vertical Annulus
Annular two-phase flow involving upward-moving gas and downward-flowing liquid within a vertical annular geometry is a common configuration in various engineering systems. In such systems, accurately predicting the pressure gradient is essential for understanding flow stability, equipment performance, and system design under counter-current conditions. This paper presents a general mechanistic model to predict the pressure gradient in counter-current annular flow within a vertical annular space…

WHY DO YOU PEOPLE STILL GOTTA BE PUTTING QUALITY CONTENT OVER ON THE HELLSCAPE

Aktueller Titel: Flowing Tears – Merlin
#KleineEchos – jetzt live bei https://www.mixcloud.com/live/thopan

THOPAN on Mixcloud Live
Broadcast live to your community of fans and tune in direct to creators from every genre

#WaterfallWednesday, pretty much a year ago...
(Coincidentally there on the same day as @…... but didn't know)
#LandscapePhotography

Around the turn of this century, a composer named Camille Saint-Saens wrote
a satirical zoological-fantasy called "Le Carnaval des Animaux." Aside from
one movement of this piece, "The Swan", Saint-Saens didn't allow this work
to be published or even performed until a year had elapsed after his death.
(He died in 1921.)
Most of us know the "Swan" movement rather well, with its smooth,
flowing cello melody against a calm backgr…

Interlinking internal and external magnetic fields of relativistically rotating neutron stars
D. Ntotsikas, K. N. Gourgouliatos
https://arxiv.org/abs/2506.04198

Interlinking internal and external magnetic fields of relativistically rotating neutron stars
This work presents a global solution for the internal and the external field of an axisymmetric rotating neutron star. It is shown that the twist of the internal field affects the external field, by increasing the number of open field lines and eventually the spin-down rate of the star. This effect is far more drastic if the toroidal field, and consequently the poloidal current flowing within the star, is allowed to populate the closed field lines of the magnetosphere, rather than if it remains…

Nothing I’m trying to write is "flowing"...it's all laborious.
I'm encouraged by "Your labor isn’t a sign of defeat" from @… wherein she quotes Verlyn Klinkenborg:
"if you accept that writing is hard work, And that’s what it feels like when you’re writing, Then everything is as it should be. Your labor is…

Feedbackless Feed
A (non)social feedbackless feed to nowhere

This https://arxiv.org/abs/2505.07655 has been replaced.
initial toot: https://mastoxiv.page/@arXiv_hept…

Flowing from the Ising Model on the Fuzzy Sphere to the 3D Lee-Yang CFT
We employ the Fuzzy Sphere regulator to study the 3D Lee-Yang CFT. The model is defined by deforming the Ising model on the Fuzzy Sphere via a purely imaginary longitudinal magnetic field. This model undergoes a quantum phase transition, whose critical point we determine and identify with the 3D Lee-Yang CFT. We show how to tune the model and find that the lowest-lying states of the Hamiltonian align well with the expected CFT spectrum. We discuss the Fuzzy Sphere estimates for the scaling dime…

To cross or not to cross, that's the question...
(One of the more intense streams — the outflow of a glacier — I had to cross in my life, that bridge looks a lot safer that it was IRL...)
#FootpathFriday #Hiking

Dynamics of thin film flows on a vertical fibre with vapor absorption
Souradip Chattopadhyay, Zihao Yu, Y. Sungtaek Ju, Hangjie Ji
https://arxiv.org/abs/2505.22379

Dynamics of thin film flows on a vertical fibre with vapor absorption
Water vapor capture through free surface flows plays a crucial role in various industrial applications, such as liquid desiccant air conditioning systems, water harvesting, and dewatering. This paper studies the dynamics of a silicone liquid sorbent (also known as water-absorbing silicone oil) flowing down a vertical cylindrical fibre while absorbing water vapor. We propose a one-sided thin-film-type model for these dynamics, where the governing equations form a coupled system of nonlinear four…