🔀 Native parallel execution: independent phases dispatched as concurrent subagent batches with non-overlapping file ownership — no waiting, no blocking
🛡️ Least-privilege 4-tier security model:
Read-Only − Architect, Code Reviewer
Read Shell − Debugger, Security Engineer
Read Write − Technical Writer, Product Manager
Full Access − Coder, Tester, DevOps
📋 Standalone commands without full orchestration:
/review /debug /security-audit
♿ First #opensource end-to-end PDF accessibility tool: layout analysis − auto-tagging − Tagged PDF (Apache 2.0, Q2 2026). Built with PDF Association & veraPDF devs
🔗 #LangChain integration, #Python
🗣️ Trigger with: /caveman, "caveman mode", "talk like caveman", or "less tokens please"
Stop with: "stop caveman" or "normal mode"
💀 Caveman kills all filler:
— "Sure, I'd be happy to help" − gone
— "The reason this is happening is because" − gone
— "I would recommend you consider" − gone
🧠 Technical precision stays 100% intact: code blocks, error messages, technical terms, git…
From that observer who was taken yesterday, shared here with permission, because we could all use a good laugh. (Note: Whipple is the fed bldg that’s ICE’s MSP HQ)
❝So here’s my story about returning to the world…
When they let you out of Whipple, they give you back your personal effects (minus your phone). And just send you out the front door with whatever you were wearing when you came in.
So I’m walking out the front door of Whipple, probably looking like an ice agent coming off shift, and pulling all of my random shit out of my bag/dropping it in the snowbank, etc.… And I can hear the protesters at the gate, taunting me… “oh did you drop your phone, you piece of shit?” “You’re TERRIBLE!” “Fucking Nazi!” And I was just loving it, actually. But when I got closer and used my big voice “You assholes are barking up the wrong tree…. These MF’ers just released me!” The crowd went absolutely crazy.❞
Good Morning #Canada
It's time for our first post in the #CanadaRivers series with #25 in our countdown. The Churchill River, in Atlantic Canada, flows for 856 km from Lake Melville into the Atlantic Ocean. It drains a watershed that covers 79,800 km/2 and has an average volume of 1,580 square metres per second.
The power development at Churchill Falls has backed up the river and created the enormous Smallwood Reservoir. Farther upstream, a hydroelectric plant at the outfall from Menihek Lakes provides power for the former iron-mining town of Schefferville, Québec. With a heavy flow and large drop from the Labrador Plateau, the river has probably the greatest hydroelectric potential of any in North America. The Churchill Falls Generating Station deserves it's own post as it is a massive 5,428 MW underground hydro power plant.
Don't get used to calling it the Churchill River as there are recent campaigns to return to its traditional native name.
#CanadaIsAwesome #Geography
https://www.cbc.ca/news/canada/newfoundland-labrador/churchill-river-innu-name-change-mishta-shipu-1.6444142
Following an official github documentation about integrating Claude with Github MCP ends up with github token in a plain text in ~/.claude.json. Other guides I found did the same, except revealing a different github secrets there.
That means I am really really really surprised that there are so few security incidents like axios. I'd guess the situation is much worse.
#claude
@… This is, in principle, what an academic discipline is about: a shared understanding of what legit research in this field means, and what the criteria for judging the quality of research are.
The root many of the current issues in academia is that many, if not most, disciplines have outsourced this responsibility to Big Pub cartels.
@… This is, in principle, what an academic discipline is about: a shared understanding of what legit research in this field means, and what the criteria for judging the quality of research are.
The root many of the current issues in academia is that many, if not most, disciplines have outsourced this responsibility to Big Pub cartels.
Development and characterization of hybrid MCP-PMT with embedded Timepix4 ASIC used as pixelated anode
Riccardo Bolzonella, Jerome Alozy, Rafael Ballabriga, Nicol\`o Vladi Biesuz, Michael Campbell, Viola Cavallini, Angelo Cotta Ramusino, Massimiliano Fiorini, Edoardo Franzoso, Marco Guarise, Xavi Llopart Cudie, Gabriele Romolini, Alessandro Saputi
https://arxiv.org/abs/2602.01886 https://arxiv.org/pdf/2602.01886 https://arxiv.org/html/2602.01886
arXiv:2602.01886v1 Announce Type: new
Abstract: We present a novel single-photon detector based on a vacuum tube incorporating a photocathode, a microchannel plate (MCP), and a Timepix4 CMOS ASIC functioning as a pixelated anode. Designed to handle photon rates up to 1 billion per second across a 7 cm$^2$ active area, the detector achieves outstanding spatial and temporal resolutions of 5-10 $\mu$m and below 50 ps r.m.s., respectively.
The Timepix4 ASIC comprises approximately 230,000 pixels, each integrating analog and digital front-end electronics. This enables data-driven acquisition and supports data transmission rates up to 160 Gb/s. External FPGA-based electronics manage both configuration and readout.
In order to test the timing performance of the Timepix4 ASIC we performed preliminary characterization of an assembly bonded to a 100 $\mu$m thick n-on-p silicon sensor using a pulsed infrared laser, which demonstrated a per-pixel timing resolution of 110 ps, with cluster-based averaging methods improving to below 50 ps.
Six prototype detectors incorporating different MCP stack configurations and end-spoiling depths were produced by Hamamatsu Photonics. We report on their characterization, including dark count rates, gain, and spatial and timing resolutions, assessed both in laboratory conditions and during a test-beam campaign at CERN's SPS facility.
toXiv_bot_toot