0 sats \ 0 replies \ @cascdr OP 1 Nov \ on: 🎉 Jamie V2 Release: Quickly Browse & Analyze Podcasts with RSS Search 🔍📊 🎙️ podcasts
Forgot the link:
https://cascdr.xyz/?tab=jamie
Darthcoin threw a tantrum when he first discovered that CHADBot could be interpreting data (that he publicly posts on a site that is totally open to scrapers of all kinds) lol
I don't think it'll create positive change as much as it would avoid disastrously negative change.
Kamala just seems like a puppet head for the WEF totalitarian agenda. Why wouldn't I vote against that?
One element that makes me nervous is the fact that Vance is indebted to Thiel who runs Palantir. We may get a police state either way but I'd rather roll these dice.
I just dont have much of a brain for the electrical stuff.
Probably some truth to that. But you probably also had bad teachers too. All the electrical stuff can be explained in terms of mechanics as well.
In fact one of the key analogies drawn on by the author is how: Heaviside used to make ripples/waves using cloths in these big wash bins. And he discovered that if you tie knots at particular intervals you could influence how the waves developed.
That later influenced his work on distortion free transmission line theory. Adding inductance at intervals mirrors this effect but in electrical circuits.
His work on calculus also has value/import in mechanical systems. My father taught me this:
- In mechanics there is this differential equation: F(net) = k*x + c * v + m * a = k * x + c * (dx/dt) + m * (d²x/dt²)
Where k is the spring constant, c is the damping constant, m is mass and x is position.
It describes forces acting upon a body and combines Newton's second law, hooks law and Stoke's Law for damping (dissipiatoin of energy in the system). The beauty of this type of notation (pioneered by Heaviside) is that it simplifies things into derivatives of x (poistion). The dt terms indicate the rate at which a term varies in time.
- In electrical systems there is this differential equation: V(total) = q/C + R * I + L * (di/dt) = (1/C)q + R*(dq/dt) + L*(d²q/dt²)
Where V is voltage at a given point in space, C is capacitance, R is resistance and L is inductance and q is. It is likewise a combination of multiple physical laws that can be derived from Maxwell's Equations (also pioneered and simplified by Mr. Heaviside). These equations together reveal how fractal and analogous nature is. You can actually apply each of these laws spatially and understand circuit theory, wave propagation, free body diagrams and more.
one of the most singular moments of my life was when my (amazing) high school physics teacher told us:
Physics is unlike any other topic you'll learn. Other topics there's a lot of studying for memorization. Physics is a lot more like kung fu. You need to interpret the meaning of these physical laws and develop an intuition.
How right he was. I think I had a genetic predisposition (dad is a rock star engineer). But that interaction positively influenced my life more than he probably realized.
Side note: that physics teacher was a maniac. He would play 80s music in class, make inapporpriate jokes. Let us do crazy impractical and messy experiments. He also had a weird OCD tick where no matter how far he was from a yellow light he'd try to make it.
I had professors that would have field days playing with that fear.
Eventually you learn to face it and rely on first principles rather than memorization/rote.
It's like anything else. You pour in enough rounds of practice and you become a wizard.
Speaking from personal experience it's remarkable how rudimentary my understanding was (I thought I knew a lot) from freshman year of EE school to where I got to a few years in the industry.
@BrantaOps has a lot to say about this
referencing this: https://x.com/k00bideh/status/1428953155216322566
I promise I took my meds.
THIS ISNT REAL NONE OF THIS IS REAL YOU ARENT REAL THE OWL ISNT REAL @k00b