83 karma · joined July 26, 2010
I'd go further and say that mathematical and physics notation is beautiful unto itself. The evolution of symbols used to transmit abstraction is incredible. They are way of exploring patterns which can then be refined and layered using proven notational magic. So cool.
Ask the same question about databases. Then consider these wrapper companies: Salesforce, LinkedIn, AirBnB, Workday, ...
The only database company worth more then Salesforce is Oracle. Other database companies are worth much less.
Why is the ARC challenge difficult but coding problems are easy? The two examples they give for ARC (border width and square filling) are much simpler than pattern awareness I see simple models find in code everyday.
What am I misunderstanding? Is it that one is a visual grid context which is unfamiliar?
And along those lines, why do coding best practices always encourage vertically stretched out logic? Its analogous to writing all literature as poetry. That's clearly suboptimal or at least limiting if you can read multiple ideas in a horizontal line.
So, I think, ideally, semantically-aware IDEs should allow for any formating and supply dynamic adjusters which can reformat code to the users preference, then save it in a presentation-agnostic encoding.
The fact that LLMs appear so intelligent to humans is really a reflection of our inability to imagine effects of scale. We can understand simple linear predictions as trivial calculations, but when language-based pattern discovery is many layers deep and those patterns are combined in nontrivial (but non-intelligent) ways, we project intelligence onto the result.
> Please compose some song lyrics about loving someone else's dog.
Verse 1: I never thought I'd fall in love again But then I met your furry friend With a wag of his tail and a bark of his voice He captured my heart and made me rejoice
Chorus: I love your dog, I love your dog He's the best thing that's happened to me in a while I love your dog, I love your dog He's the one thing that makes me smile
Verse 2: I never knew a dog could be so sweet But every time we meet, he's a treat With his soft fur and his big brown eyes He's my best buddy and I'm glad he's mine
Chorus: I love your dog, I love your dog He's the best thing that's happened to me in a while I love your dog, I love your dog He's the one thing that makes me smile
Bridge: I know he's not mine, he's yours to keep But whenever I'm with him, I feel so complete I'll love him like my own, and take care of him too Because to me, he's as precious as gold
Chorus: I love your dog, I love your dog He's the best thing that's happened to me in a while I love your dog, I love your dog He's the one thing that makes me smile
Outro: I love your dog, oh yes I do He's the one thing that makes my heart true I love your dog, and I'll always be Fore
One can ask, how can I compare field values at 2 distinct points a and b? They are in distinct vector spaces V_a vs V_b. Well, gauge theory says you must imagine the vector v_a being moved along a path between a and b, and see how the translated vector value compares to the vector v_b over b. This is called "parallel transport." A rule about how all vectors move along all paths during this translation is called a "connection." These connections encode distinct force-carrying particle types like photons and gluons. Sort of like how an object naturally rotates along a curvy surface. It's naively possible to describe this transport, this curvyness, but the natural notation is such that distinct descriptions are actually the same connection. Dealing with this ambiguity is key to properly computing probabilities using path integrals.
By the way, each gauge theory is required to have an underlying "gauge group," meaning a set of possible symmetries. In the standard model these groups are called U(1), SU(2) and SU(3). U(1) is 1-dimensional, so only 1 kind of electromagnetic force particle, the photon. SU(2) is 3-dimensional so 3 types of weak force particles (W-,W+, and Z) and SU(3) is 8 dimensional so 8 types of gluons.
Text reflow used to be standard. Does anyone know why Chrome and Firefox removed it?
Also, there are surely aspects of the world we miss which are probably clear to chimps or even insects.
http://blogs.discovermagazine.com/d-brief/2015/01/02/red-mea...
http://www.sciencedaily.com/releases/2014/12/141229152226.ht...
In my experience, programmers who emphasize that "offshore" programmers are bad seem insecure about their own skills and job stability. The same is true of sexist men who go out of their way to mention when a mistake was made by a woman but never explicitly highlight when it was a man.
Unnecessarily mentioning a characteristic of an individual is a sign of selfish, biased, and/or malicious thinking. Do you mention "American programmer" whenever recounting their bugs? It appears you have an agenda of promoting negative stereotypes, presumably in your favor. This is lame. In the future, you'll appear more credible if you omit this bigotry from your comments.
I am certain there are thousands of programmers, male, female, gay, straight, onshore and offshore who are much better than you (or me.)
Can't Google make certain (admittedly imperfect) inferences based on seeing the same IP address visit gmail.com, then AllThingsD.com, then CA.gov, etc? (All of which use Google Analytics) It doesn't take rocket science to place a high probability that the the IP address that visited gmail is also me across all those domains.