GNU Octave 11.2.0 porta ottimizzazioni, miglioramenti alla GUI e numerose correzioni per il calcolo numerico avanzato. #GNUOctave #OpenSource #Linux #ScientificComputing #NumericalAnalysis #Software

https://www.linuxeasy.org/gnu-octave-11-2-0-migliora-prestazioni-stabilita/?utm_source=mastodon&utm_medium=jetpack_social

🎉We are delighted that JSC director Prof. Dr. Dr. Thomas Lippert is recognised as part of the inaugural SCW75 by Scientific Computing World – celebrating leaders shaping the future of scientific computing across HPC, AI, simulation and research infrastructure. 🏆 Congratulations, Thomas, on this well-deserved recognition! And thank you, Scientific Computing World, for the honour.

#SCW75 #ScientificComputing #HPC #AI #FZJ

I designed a nibble-oriented CPU in Verilog to build a scientific calculator

https://github.com/gdevic/FPGA-Calculator

#HackerNews #nibbleCPU #Verilog #FPGA #calculator #scientificcomputing #hardwaredesign

Standard‑Slope Integration (SSI) — Link to Post #7: Why SSI is general-purpose

A new, first-of-its-kind class of derivative-driven integration operators built solely from slope information.

SSI is real, not a trick — it’s a general-purpose integration operator built from first principles.

Link: https://mathstodon.xyz/@BlueNovaX/116516955308646107

#numericalanalysis #scientificcomputing #mathematics #integration #StandardSlopeIntegration #SSI

Oh so the new garbage collector (GC) introduced in Python 3.14.0 was indeed memory hungry! That could explain why a pytest run that was working fine on 3.13 went OOM as soon as I switched it to 3.14. I am glad there is an explanation!
From what I understand the old GC was swapped back on for 3.14.5 and later.

#Python #ScientificComputing

Start here: Standard-Slope Integration (SSI)

A new, first-of-its-kind class of derivative-driven integration operators built solely from slope information.

If you’re new to my work, this post links to the full SSI series—a structured overview of a first-of-its-kind, derivative-driven integration operator built on structural iteration invariants and slope-based reconstruction. The recap summarizes all seven posts in order and provides the conceptual foundation for understanding SSI.

Series recap:

https://mathstodon.xyz/@BlueNovaX/116523359117197532

Repository with details and examples:

https://github.com/BlueNovaX/standard-slope-integration

#numericalanalysis #scientificcomputing #mathematics #integration #StandardSlopeIntegration #SSI

Standard‑Slope Integration (SSI) — Post #7: Why SSI is general-purpose

A new, first-of-its-kind class of derivative-driven integration operators built solely from slope information.

Although SSI excels in difficult cases, it isn’t designed only for failures. Its derivative-driven structure and invariant-preserving iteration make it broadly applicable across smooth, irregular, and mixed-structure integrands. The same reconstruction principles that stabilize challenging cases also perform reliably in ordinary cases, giving SSI a uniquely wide operational range without unnecessary adjustments.

This general-purpose behavior follows directly from SSI’s underlying structure and nothing else.

#numericalanalysis #scientificcomputing #mathematics #integration #StandardSlopeIntegration #SSI

Been working on my Linux machine for 3 months now at work - comp. physics, hpc, etc.
Tried working on my MBP yesterday (after around 5 months of not using it for development) - while a superior machine h/w wise, I really couldn't stand macOS.
Linux just works - better even.

#linux #macos #development #hpc #scientificcomputing #computationalphysics #ux #ubuntu #SoftwareDevelopment