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computer programming
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- 1Needed 1+1, ended up building a functional programming languageβNeeded 1+1, built a functional programming language
A developer has recounted how a seemingly trivial need to compute 1+1 escalated into building an entire functional programming language. The write-up, shared on Hacker News, details the journey from a simple task to designing syntax, evaluation and tooling. Commenters are reacting with a mix of amusement and appreciation for the over-engineering, a familiar story among programmers who build compilers as learning exercises.
- 2Developer launches fast syntax-aware code diffing toolβShow HN: CodeDiff β Fast (<100ms), robust (99.95%) syntax-aware code diff
A developer has released CodeDiff, an open-source tool on GitHub that computes syntax-aware code diffs in under 100 milliseconds with a stated 99.95 percent reliability rate. It was shared on Hacker News as a Show HN post, where new tools and projects are presented to the community for feedback and discussion.
- 3
A 2011 historical account of programming the ENIAC, the first general-purpose electronic computer completed in 1945, is drawing renewed attention. The piece, hosted on Columbia University's computing history site, describes how the machine was programmed physically through cables and switches rather than stored software, a task carried out largely by a team of women mathematicians. Readers are revisiting how early computing demanded a fundamentally different approach from modern programming.
- 4Georgetown Bioinformatics Program Receives Historic International RecognitionβΌGU Bioinformatics Program Receives Historic Recognition by International Society
Georgetown University's bioinformatics program has received what is described as a historic recognition from an international scientific society. The honor highlights the program's standing in computational biology research and education. Details of which society conferred the award and what it entails have not yet been widely reported.
- 5Applications Open for Immuno-Informatics Postdoctoral FellowshipβCall for Immuno-Informatics Postdoctoral Fellowship Program
A call for applications to an Immuno-Informatics Postdoctoral Fellowship Program has been announced, inviting early-career researchers to apply. The program targets scientists working at the intersection of immunology and computational analysis. Further details on funding amounts, host institutions, eligibility criteria and deadlines were not included in the announcement, so interested candidates are advised to check the full program listing before applying.
- 6Working Code Isn't Understanding: Educators Question What Kids Learn From CodingβA child finishes a coding project, presses run, and everything works. That looks like success. Then someone asks, βCan y
A child completes a coding project and it runs perfectly, but struggles when asked to explain what the code actually does. Educators argue this gap between producing working programs and genuine comprehension is a real problem in computer science education. Completing a project, they say, does not guarantee a student understands the concepts behind it, and explanation should be part of how learning is assessed.
- 7
A hobbyist has written up a port of the Forth programming language to Sega's early SC-3000 home computer, documenting the work on a retrocomputing blog. The write-up covers implementation details of running Forth on the vintage hardware, and readers are trading jokes about the machine's name alongside discussion of the port itself.
- 8
Quantinuum has secured a $100 million award under the US CHIPS Act, according to Yahoo Finance. The quantum computing company becomes one of the beneficiaries of the federal program designed to boost domestic semiconductor manufacturing and technology. The news is drawing attention from investors and technology watchers following the funding announcement.
- 9Community colleges retool to fill local data center jobsβHow community colleges are evolving to fill local data center jobs https://www.npr.org/2026/10/03/nx-s1-5955691/how-comm
Community colleges are expanding programs to train students for jobs at local data centers, responding to rapid growth driven by cloud computing and artificial intelligence demand. The piece reports how institutions are adapting curricula and partnering with employers to prepare workers for technical roles that do not always require a four-year degree.
- 10Blogger argues tmux should be the operating systemβMake tmux the OS https://matduggan.com/what-does-my-dream-os-ui-look-like/ # Tech # OpenSource # Programming
Developer Mat Duggan has published an essay describing his dream operating system interface, arguing that a terminal multiplexer like tmux should form the core of the OS UI. The piece, shared in programming and open source circles, sparks debate over whether keyboard-driven terminal workflows could replace conventional desktop environments.
- 11
A Columbia University computing history page on programming the ENIAC has drawn renewed attention. The 2011 piece recounts how the machine, one of the earliest electronic general-purpose computers built at the University of Pennsylvania in the 1940s, was programmed by hand-switching cables and setting switches, work famously carried out by six women mathematicians. Readers are revisiting the story as an early milestone in computing and a notable moment in the history of women in technology.
- 12New tutorial explains how to profile and optimise kernelsβTable of Contents Where the last article left off The setup How I profile Round 0: profile the... # performance # progra
A technical article walks readers through profiling and optimising compute kernels, structured as a hands-on guide that begins where a previous piece left off. It covers the setup, profiling methodology, and a first profiling round, with sections tagged around performance, programming and Python. The write-up appears to target developers working on performance-critical code.
- 13Columbia retrospective revisits how the ENIAC was programmedβProgramming the ENIAC(2011) https://www.columbia.edu/cu/computinghistory/eniac.html # HackerNews # Tech # History
A 2011 essay from Columbia University's computing history archive on programming the ENIAC is circulating again among tech readers. The piece recounts how the pioneering electronic computer, completed in the 1940s, was programmed by physically rewiring and configuring its components rather than by stored software. Readers are sharing it as a reminder of how radically programming has changed since the earliest days of modern computing.