Blogging Isn't Dead. It Never Died. It's Never Going to Die. Neither Is Personal Blogging - Jeffrey Pillow
Remember blogging? That thing a blogger on the Internet declared dead twelve years ago not realizing they were, in fact, blogging at that very moment even
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I Just Wanted Emacs to Look Nice — Using 24-Bit Color in Terminals
Thanks to some coworkers and David Wilson’s Emacs from Scratch playlist, I’ve been getting back into Emacs. The community is more vibrant than the last time I looked, and LSP brings modern completion and inline type checking.
The Beacon Calculus: A formal method for the flexible and concise modelling of biological systems
Author summary Simulating a model of a biological system can suggest ideas for future experiments and help ensure that conclusions about a mechanism are consistent with data. The Beacon Calculus is a new language that makes modelling simple by allowing users to simulate a biological system in only a few lines of code. This simplicity is critical as it allows users the freedom to come up with new ideas and rapidly test them. Models written in the Beacon Calculus are also easy to modify and extend, allowing users to add new features to the model or incorporate it into a larger biological system. We demonstrate the breadth of applications in this paper by applying the Beacon Calculus to DNA replication and DNA damage repair, both of which have implications for genome stability and cancer. We also apply it to multisite phosphorylation, which is important for cellular signalling. To enable users to create their own models, we created the open-source Beacon Calculus simulator bcs (https://github.com/MBoemo/bcs.git) which is easy to install and is well-supported by documentation and examples.
Last time, I discussed the trade-offs between more traditional CRDTs, such as the State-based CRDT, Op-based CRDT, and Delta-based CRDT. There are another class of CRDTs: Merkle CRDTs. Most ink spilt on CRDTs focuses on consistently merging data from different replicas. That's just half the story. Without a way of
"I think that one of the biggest problems in information security is a lack of threat modeling. We encrypt things, we sign things, we institute rotation policies and elaborate useless rules for passwords, because we are looking for a “best practice” that is going to save us from having to think about what our actual security problems are." https://blog.glyph.im/2024/01/unsigned-commits.html by @glyph@mastodon.social