RE: https://en.osm.town/@mdione/117121468376435361
Interesting new pedestrian routing comparisons! The one close to the buildings could make sense if shade/temperature is accounted for (or interest in shop windows?), but I doubt this is part of the routing? Lik…
Typhoon Dolphin,
the most powerful tropical cyclone to hit China this year,
has made landfall on the country’s east coast,
bringing torrential rain and strong winds
and triggering warnings of flooding and landslides.
The storm has already swept through Japan’s southern Okinawa prefecture,
injuring six people and cutting power to more than 50,000 buildings.
Dolphin made landfall near Yuhuan in Zhejiang province at about 5:30pm (0930 GMT) on Sunday
Es ist nicht nur ein Wahlsieg, es ist die Bestätigung einer historischen Diagnose.
Die Menschen vertrauten der AfD nunmehr mehr Kompetenz in Wirtschaft, Sozialem und Bildung zu als den etablierten Parteien.
Eine Entscheidung, die Schumacher wahrscheinlich als den Gipfel der „Mobilisierung der menschlichen Dummheit" bezeichnen würde.
Eine bittere Ironie der Geschichte: Die Warnung von gestern ist die Realität von heute.
Bluffside visioning and Healing Circle
Saturday, August 29
2 – 4pm PDT
1 more day
Pacific Palisades Park
Montana Avenue & Ocean Avenue
Santa Monica, CA 90402
Bring yourself, bring a friend, and give yourself the gift of two hours to reset and realign.
https://www.mobilize.us/…
@…
Die Unsichtbaren werden sichtbar, wenn sie bluten.
Ende Juni geschlagen, Ende Juli bekannt. Wie lange dauert es, bis menschliches Leid in #osnabruck ankommt und angemessen darauf reagiert wird? Polizeimeldungen nur wenn es um weiße Menschen geht.
Surface Waves Alter Air Entrainment During Water Entry
Chase T. Gabbard, Mario Ibrahim, Joseph Quinton, Eli Silver, Jesse Belden, Daniel M. Harris
https://arxiv.org/abs/2607.20067 https://arxiv.org/pdf/2607.20067 https://arxiv.org/html/2607.20067
arXiv:2607.20067v1 Announce Type: new
Abstract: When a sphere crosses an air-water interface it can entrain a significant volume of air, a process relevant to numerous naval, industrial, and environmental settings. While air entrainment through sphere impact onto quiescent baths has been extensively studied, real-world interfaces are inherently unsteady, and the influence of surface waves is less understood. In this Letter, we systematically investigate the effect of interfacial geometry on the air entrained by impacting hydrophobic spheres onto an axisymmetric wavefield. By analyzing the resulting cavity across a wide parameter space, including wave phase, driving amplitude, and frequency, we reveal that local interface deformation dramatically alters air entrainment. This effect is driven by a geometric modulation of the splash curtain, which shifts the transition between cavity closure modes. We demonstrate that the influence of the waves is fully described by the local wave slope at the radius of the sphere, which alongside the Weber number We and Bond number Bo, establishes a foundational parametric framework for predicting air entrainment and cavity metrics across highly dynamic, real-world surfaces like the open ocean.
toXiv_bot_toot