New version of my book websites:

☑️ The #lowcode #handbook: https://lowcode-book.com/

☑️ The How to #survive in the #research world https://research-rants.com/

Both were previously on #WordPress but that was overkilling for such simple sites so I switched them to #Astro

Hope you liked and let me know if you see any issues

Watch: CORTIS Takes 8th Win For “REDRED” On “Music Core”; Performances By I.O.I, Taeyang, And More

https://fed.brid.gy/r/https://www.soompi.com/article/1843232wpp/watch-cortis-takes-8th-win-for-redred-on-music-core-performances-by-i-o-i-taeyang-and-more

Alleine schon wegen dem #Mond hat es sich gelohnt. #Beobachten im Astronomiemuseum mit dem 60cm Spiegel. #Beobachtungsabend

#Astronomiemuseum #Sternwarte #Sonneberg #100jahre #Astro #Museum

Rediseñando mi web personal con OpenDesigner + Astro. Probé Codex (OpenAI) y se fundió en 2 iteraciones. Cambié a OpenCode Go con MiMo (Xiaomi) y va brutal. A veces no necesitas el modelo más caro.

#webdev #astro #opensource

Ask Ethan: What do surveys of physicists actually reveal? A recent survey of physicists was conducted by the American Physical Society. We learned a lot about their arrogance and willingness to opine, but about nature? Not so much. bigthink.com/starts-with-... #space #astro #physics #survey

Ask Ethan: What do surveys of ...

Just experienced with Astro:

If you instantly dismiss issue reports or suggestions from your community—especially for bureaucratic reasons, not even considering merit—, you’re neither doing good engineering nor are you honoring your community.

Said in full empathy for open-source maintainers.

#foss #opensource #community #astro

Watch: NMIXX Takes 2nd Win For “Heavy Serenade” On “Music Bank”; Performances By LE SSERAFIM, ZEROBASEONE, And More

https://web.brid.gy/r/https://www.soompi.com/article/1843103wpp/watch-nmixx-takes-2nd-win-for-heavy-serenade-on-music-bank-performances-by-le-sserafim-zerobaseone-and-more

📰 "PIC simulations of nonrelativistic high-Mach-number oblique shocks propagating in a turbulent medium"
https://arxiv.org/abs/2605.21986 #Physics.Space-Ph #Physics.Plasm-Ph #Astro-Ph.He #Dynamics #Cell
PIC simulations of nonrelativistic high-Mach-number oblique shocks propagating in a turbulent medium

Collisionless shocks are common in astrophysical systems and stand as sites of particle acceleration. While particles at perpendicular shocks may not return to the upstream region, at oblique shocks a fraction of energetic electrons manage to escape the shock and travel upstream. An extended region known as the electron foreshock is formed, where these reflected particles drive various instabilities that may promote electron acceleration. Here we present the first 2D3V particle-in-cell (PIC) simulations of electron-ion non-relativistic oblique shocks that explore the interaction of the foreshock with pre-existing compressive turbulence with relative amplitude of 15% based on interstellar medium estimates. We find that pre-existing turbulence influences the emergence and behavior of the whistler-wave instability, as it enhances the amplitudes of the magnetic-field fluctuations and leads to larger nonlinear structures. This impacts the dynamics of the reflected electrons, resulting in a shorter and hotter electron foreshock. At the end of our simulations, with pre-existing upstream turbulence we observe non-thermal electrons that are more numerous, reach higher energies, and carry a larger portion of the total energy.

arXiv.org