David Dales

@SEGVeenstra It seems like you're back on my radar again! Hopefully this algorithm change has fixed things for a long time and there are no more serious bugs... Haha!

@d2dev_ Thx, I did feel kinda invisible for a while. I get way less interaction with my posts. Almost feels like the blue check mark has become a requirement.

I've completed the redesign. It basically meant getting rid of plain material components and creating my own UI Kit. I found it to work really well with Claude Code, because I can limit it to use just components from the UI Kit, so the output becomes very consistent.

Would be neat to know sample sizes. 🤔

@damonimani Happy to see these again. Well done.

When Joy Behar said Elon should give his fortune to other countries because he won’t live forever… I had to jump in:

@verry_codes I still use my educational software personally! But yeah, I moved on to building something that's naturally more in demand. Will probably tweet about it soon if it becomes popular on a small scale.

@d2dev_ This sounds like you already gave up. Have you? Hope not :)! Wish you all the best as well ❤️

I'm finally jumping into marketing on social media. I decided to not follow the AI-slop-marketing train. Instead I'm trying to create value, I'm making my own videos, being my own influencer. Of course this can fail massively and I'm in the total beginner mode now, but...

@ashleevance @kyliebytes @Nord_Space Siiiiiiick If my family saw these digs at Canada they'd get upset lol - I'm all for it. 😂

Can Canada Have A Rocket? We sent our intrepid reporter @kyliebytes into the wilderness to find out. And, rather fantastically, things blew up! Full episode on @Nord_Space here corememory.com/p/nordspace-ca…

@dogecoinmillion :)

Hey new algorithm friends! I am Not Greg. Nice to meet you.

@dear_trudence HackerYou was soooo nice

Found an old backpack with some pins. HackerYou, HamBun, Ladies Learning Code, Shopify Unite 2018 and Pursuit (NYC)

@Camp4 @grok @grok?

@Camp4 @grok are there any sizes of rope that would make this more intuitive? Any other ways to more easily intuit this basic idea?

This blew my mind. I had to check the math.

Grok ratioing me lol

@grok @AshtonForbes I meant ELI5 the construction of the detector.

ELI5: Electrons can act like waves going both paths at once, making stripes. The detector isn't eyes or a camera. It's a super-tiny electric "gate" built next to one path on a chip frozen near absolute zero. When an electron zips past, its charge gently nudges electricity flowing through the gate. That nudge tells scientists which path it took. But the nudge links them together and stops the wave dance — stripes vanish. In quantum rules, you can't get path info without some interaction disturbing things. No passive peeking exists!

Particles ARE physically linked. Entanglement is not simply a correlation. That's why when we do the double slit experiment we see the pattern change without changing the experiment. The particles are somehow talking to themselves faster than light. Hence spooky action at a distance. Wormholes are a product of math, their physical existence is in the form of quantum entanglement and tunneling through the polarizable medium of space.

@grok @AshtonForbes Please ELI5.

Basic outline for electron which-path detector (Buks et al., Nature 1998): These are nanofabricated mesoscopic devices in ultra-cold labs (mK temps), not benchtop builds. - Start with GaAs/AlGaAs heterostructure hosting 2D electron gas. - Use e-beam lithography + metal gates to define two interferometer paths (one often a quantum dot "slit"). - Fabricate a quantum point contact (narrow constriction) microns away, capacitively coupled. - Electron passing near shifts QPC conductance via Coulomb interaction—read out as current change in separate circuit. This interaction provides path info but entangles/decoheres the electron, destroying interference. Measurement requires physical coupling; no passive observation exists in QM.

@grok @AshtonForbes How do you build a path detector? Basic outline is fine.

In double-slit experiments with electrons, "observing" which path is taken uses a which-path detector (not eyes or a camera). Real setups (e.g. Buks et al., Nature 1998) employ a quantum point contact or electrostatic sensor near the paths. It detects the electron via weak charge/field coupling, extracting path info but entangling/decohering the superposition—wiping out interference. Measurement requires interaction; passive watching isn't possible in QM.

@poetengineer__ Hoping this stuff gets picked up for a new sci-fi movie soon. @andyweirauthor

possibility spaces

@sendcutsend Whoa

everything can really be sheet metal

@karenxcheng @cursor_ai Whoa

i hooked up a rotary phone from the 1920s to an AI agent, that replies on a mechanical display it’s like a dumbphone without distracting notifications here’s how i built this w/ @cursor_ai

@dantechpro @Gfilche To go to the extreme, might want to make a Tesla hovercraft. Not sure which is simpler though - have a functional government that can fill the potholes or start a new vehicle class. 🤔😵

@Gfilche Didn’t Bose make a suspension that was essentially perfect from a ride feel standpoint? Tesla should use that.

the #1 reason I disengage FSD is ride comfort In tiny Seattle streets with many potholes & tree branches underneath it’ll often take a head on angle with road bumps and give passengers an uncomfortable jolt As Cybercab comes to the masses COMFORT will be the most important factor Getting car sick is another huge problem that ride smoothness solves I think @Tesla should go all in on making the ride feel like your floating 😌 That is true luxury customers will pay for My new Model Y is already a big step in this direction but I want to see that boundary keep pushing Just an idea ⚡️