Wttr: Console-oriented weather forecast service
github.com
ESA's Moonlight programme: Pioneering the path for lunar exploration
esa.int
“Reading Rainbow” was created to combat summer reading slumps
smithsonianmag.com
Ex-Waymo engineers launch Bedrock Robotics to automate construction
techcrunch.com
Code Execution Through Email: How I Used Claude to Hack Itself
pynt.io
I want an iPhone Mini-sized Android phone (2022)
smallandroidphone.com
FOSS4G Europe 2025 Live Streaming
2025.europe.foss4g.org
Original Xbox Hacks: The A20 CPU Gate (2021)
connortumbleson.com
Altermagnets: The first new type of magnet in nearly a century
newscientist.com
I was wrong about robots.txt
evgeniipendragon.com
Inside the box: Everything I did with an Arduino starter kit
lopespm.com
Metaflow: Build, Manage and Deploy AI/ML Systems
github.com
A Tale of Two Red-Bearded Visionaries
nemanjatrifunovic.substack.com
Show HN: A 'Choose Your Own Adventure' written in Emacs Org Mode
tendollaradventure.com
New battery has life so long you may never have to recharge
neowin.net
Mistakes Microsoft made in the Xbox security system (2005)
xboxdevwiki.net
Pgactive: Postgres active-active replication extension
github.com
Intel's retreat is unlike anything it's done before in Oregon
oregonlive.com
Artisanal handcrafted Git repositories
drew.silcock.dev
NINA: Rebuilding the original AIM, AOL Desktop, Yahoo and ICQ platforms
nina.chat
A 1960s schools experiment that created a new alphabet
theguardian.com
A bionic knee integrated into tissue can restore natural movement
news.mit.edu
Open, free, and ignored: the afterlife of Symbian
theregister.com
Show HN: Improving search ranking with chess Elo scores
zeroentropy.dev
These starter kits are great. I'm a complete electronics newbie but was always interested, but found the sheer choice of equipment on offer, and the fear of buying a bunch of kit that wasn't compatible to be a barrier to getting started.
I came across a kit for the Micro:bit which I purchased as a Christmas gift for my young daughter. It's really captured that delight in working with technology for me again. Even starting with the LED "Hello World" examples, as described in the post here, led (haha, whata pun) me down a rabbit hole when I noticed blue lights were flickering, while red ones were fine. I thought it was a defective LED, but it turns out power requirements vary depending on wavelength of light being generated.
I never would have considered that in a million years, but then of course you get deeper into the physics of all this, and it's just fascinating. All thanks to a kids electronics starter kit.
I've purchased a few other bits and bobs now, and discovered simulators so you can build out your breadboard circuits without fear of frying components (luckily the kits include a few LEDs as I learnt the hard way!) I'm now onto trying to build out a magic wand for my daughter to control the house smart lights with gestures as she's just got into Harry Potter. I love how there's a whole hobby community around this stuff too, and the basic websites with datasheets and descriptions of the various gizmos and archaic "warnings". It reminds me of learning 3d graphics development back in the day, when openGL was the goto, and building things up from the math concepts without layer upon layer of abstractions and opinions getting in the way.