@aethergradienti
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Manufacturing Process Engineer | Systems & ML Researcher | Robotics, AI, Biotech | Building scalable technology and instruments for scientific discovery
Terra
Joined October 2025
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Space exploration and making humanity multiplanetary is the ultimate counterbalance to an autocratic one-world government.
We created machinery to helps move heavier objects, similarly we are creating artificial inteligence to process more information.
Plans to move to SF or Dubai canceled. We about to cook in Canada.
We just announced Canada’s new Productivity Mega Deduction.
This cuts Canada’s marginal effective tax rate from 13% to 6.4% on new business investment — the lowest of any major economy in the world.
Canada is building big — and becoming the best place in the world to build.
More here: pm.gc.ca/en/news/news-releas…
study electronics.
especially if you already know software.
because electronics is where code starts touching reality.
start with the fundamentals:
• voltage + current → understand how electrical energy actually moves
• resistors + capacitors + inductors → the basic building blocks of circuits
• diodes + transistors → learn how we switch, amplify, and control signals
• digital logic → gates, registers, clocks, state machines
• microcontrollers → make sensors, motors, displays, and machines respond to code
• communication → uart, i2c, spi, can. learn how hardware talks
• power electronics → mosfets, converters, motor drivers, power supplies
• pcb design → turn breadboard experiments into actual hardware
then stop studying and build.
> read a sensor.
> drive a motor.
> design a power supply.
> build an esp32 board.
> burn a mosfet.
> figure out why.
> build it again.
electronics changes how you look at technology.
• a robot stops being a black box.
• a drone becomes motors + escs + sensors + compute.
• a battery system becomes cells + bms + power electronics.
• a computer becomes billions of tiny switches manipulating signals.
software teaches you how to control information.
electronics teaches you how to control electrons.
learn both and you can start building machines.
Aether - ?/acc retweeted
This is the reasonable course of action and the anti-regulatory capture stance where e/acc was originally coming from
The question around regulation remains, by whom. The current ideas are pretty dismal:
1) The AI labs themselves - Anti-competitive regulatory capture and bans on open source
2) Congressional committee - Results in out-of-touch knee jerk policies
3) State commitees - Same issues as congressional committees, but you get 50 different policies instead of 1
4) AI safetyists - Best positioned to hold influence. Want to ban everything
5) Unspecified third party - Brings us back to the question of whom
Again, regulation isn’t inherently bad, but the question of who would be regulator is concerning and I haven’t heard any good proposals on this yet
I hope the proposals by frontier labs to pace AI research stem from a genuine concern for safety and a recognition of the potential risks posed by future models, rather than a strategic effort to consolidate power and permanently solidify the market dominance of a few top players.
If these efforts are genuine, then oversight must take a more democratic and accountable form, with both national and international components, similar to the Nuclear Regulatory Commission in the US and the International Atomic Energy Agency internationally.
If there is only one organization responsible for safety monitoring, and it happens to be staffed by the same people as the frontier labs, and it is perfectly aligned with them both by incentives and by ideology, then it would be indistinguishable from letting frontier labs self-regulate and self-certify their own safety standards.
Two potential warning signs of regulatory capture to watch out for:
1. Calls to ban open-source AI. Open-source development currently serves as the only real counterweight to the dominance of frontier labs.
2. Attempts to hinder non-frontier research. Models that are one or two generations behind the frontier -- whose level of capability has already been deployed at scale -- are empirically known not to pose safety risks.
As long as we don't see 1 & 2, and we see real international coordination efforts, then I will optimistically believe that the proposals are benevolent.
Banning open-source software is how you take baby steps toward a surveillance state. Any attempt to undermine open source should be met with fierce legal, political, and public resistance.
Deep tech been on the rise ever since.
Replying to @paulg
Once prominent, they’re one of the few to have succeeded. Too much talent is chasing software, much like Hollywood has too much talent chasing acting.
It’s silly to have 10 talented entrepreneurs all chase same SaaS niche when they could be epically successful in heavy industry.
Next step we build a gigafab in Northern Ontario.
betakit.com/ottawa-plans-to-…
Should have spent that Money on a Canadian headquarter and manufacturing facility for Extropic.
Canada isn’t watching the quantum future take shape. We’re building it.
Today, I announced a $195M investment in Xanadu to advance quantum technology in Canada and create 275 good jobs.
Build in Canada. Believe in Canada.
The most degen win lined up for 2027.
Congrats to @srush_nlp for increasing the amount he's going to owe me when he loses this bet in 126 days 🤗🤗🤗