No only sat scores but specifically they ask for the percentile band of your high school maths and hard sciences scores.
Not even kidding. I’ve been in a staff level+ role at 3 of the 5 faang. Applied to canonical because their products are interesting. I’m ~30 years past high school and i get hit with ‘what are your high school maths scores’. I answered the online form honestly and got a rejection email immediately on send. Phew!
Not at all kidding on that and there’s screenshots of the literally insane questions they ask online.
lol I know, I applied for them around 4-5 years ago and thought it was a joke... I did the first part which was some gimmic IQ tests and then I had to write an essay (which I didn't) !
I think that's more about integrations/differentials not producing them (generally speaking). Physics likes to deal with integrals and differentiation as you calculate change over time or over spatial dimensions.
Eg. the integral of x^10 is x^11 / 11 + c. No hyper-operation appears and it's just another exponential (with a division).
The integral of log(x) is xlog(x) - x + c. So still basically just a logarithm
Even the integral of 2^x is just 2^x / log(2). Still basically the same thing.
There's no easy way to pull a hyper-operation out.
I'd say integrals or differentials are not as important on their own as the kinds of differential equations that come up in physics. Integrals and differentials don't produce hyperoperations from non-hyperoperations, but a solution to something as simple as y' - e^x y = 0 will have a double exponential.
However a lot of DEs in physics are linear second-order with coefficients that are most often constants or polynomials, and if they're not polynomial they are made to be so using series expansions, under reasonable assumptions. This already brings you a long way towards solving the problem. The resulting equations usually have trigonometric/exponential/special function solutions.
It's still possible that hyper-operations like a double exponential might come up in the study of some specific non-linear problems. As in the example above, if you have an exponential function as a coefficient in your differential equation you might get a double exponential in the solution somewhere. I'm not familiar with any specific physics examples though.
>The OP post is misinformation. The policy page has been unchanged since April 16 (including the words Updated this week) and has to do with verifying if you're an adult if they suspect the account is used by an under 18, which we all already know Anthropic is doing.
The other nice thing is that the batteries on cars can effectively act as grid energy storage even without v2g. Simple offpeak/low rate charging setups can take the most efficiently generated cheap power.
In Australia power prices are often negative in the day due to solar and there's various variable rate plans you can get to take advantage (Australia dwarfs all other nations in per capita solar; even China is nowhere close per capita). I know workplaces that will actively encourage you to charge your car at work.
For all the talk of 'solar can't replace fossil fuels' or 'electricity isn't green' Australia's gone and created a nation wide energy market that encourages rooftop solar and it's found itself with excess daytime energy at a time when the world has an energy crisis in Iran and the datacenters going up everywhere.
I don't disagree with you but every country is different. Australia gets a lot of sunshine and is sparsely populated, so plenty of room for solar anyway. This is not the case everywhere though.
It can be a good example though of how you overproduce during the day and use that to charge car batteries for example
Australia is at about 3,5 persons per square kilometre and as you say one of the most sparsely populated countries on earth.
Compare to for example Denmark at 149 persons per square kilometre. Denmark needs about 35 TWh per year in electricity, so about 1,7% of their land area would need to to covered with panels to supply that.
(This is obviously napkin math and just a thought exercise)
Denmark obviously has a lot of wind power and should not convert to a majority solar power for their grid, but I want to illustrate that the land area use may not necessarily be such a strong argument against significantly increasing solar power in more densely populated countries.
A private company based in Denmark is seeing a business opportunity on the open electricity market when neighbouring countries are deliberately slow.
Because Sweden and Germany and Netherlands all have very high electricity prices due to stalled investments in new energy generation. For example the right-wing government in Sweden. has denied the building of over 340 coastal wind turbines of average 11kW a piece and 40 inland at average 6kW over the past three years because Sweden instead wants to build nuclear reactors. The motivation stated is that this wind power is not needed when nuclear will be built. Meanwhile a location for these new reactors has yet to be chosen.
Just in general these questions are probes on curiosity and ability to show depth too. I’m astounded by suggestions of stating flat out refusal to even try out LLMs or suggestions to over praise the merits as if the interviewers want to hear binary answers. A well thought out pros and cons story wins over binary yes/no answers at pro and anti ai companies alike.
> A well thought out pros and cons story wins over binary yes/no answers at pro and anti ai companies alike.
The issue with this is, you need to know how to really program to be able to articulate the pros and cons, which a new grad would mostly likely not have.
For example, if you want to include how AI can onboard quickly, you really need to understand the pain points like, I tried asking people but really, everybody is busy. Or I've found coding agents help me speed up making code changes, but it some situations, they can help accelerate making mistakes.
I think the issue that a lot new grad are faced with is, you don't know, what you don't know.
No, they need the same arch, but you can distill them into a single model. And yes, if you use the API directly Claude will often say it’s an open weight model (likely the ones it was distilled from)
most merge improve a small subset of "feeling" benchmark (too small, too specific, or out of distribution) and tend to show degradation on actual benchmark, with especially punishing result on long chain benchmarks.
also only work on matching architectures (i.e. finetunes/loras of the same model)
that kinda worked in llama 1/2 era, not between different models but between finetunes of the same model. the briefly legendary Mythomax was IIRC a merge of 5+ tunes, some of which were merges themselves.
I feel like a very minor tweak to comply specifically with whatever the issue the directive stated and release it under a new name (since the directive specifically names Fable and Mythos, not Opus or Sonnet) while the courts sort it out is reasonable.
This is exactly like a much older Apple 2 game called Old Ironsides fwiw.
On the Apple 2 it was 2 player only but a lot of fun back in the day. With an added ability to ram ships (pointy front into flat side one if you landed it before they sunk you).
Not even kidding. I’ve been in a staff level+ role at 3 of the 5 faang. Applied to canonical because their products are interesting. I’m ~30 years past high school and i get hit with ‘what are your high school maths scores’. I answered the online form honestly and got a rejection email immediately on send. Phew!
Not at all kidding on that and there’s screenshots of the literally insane questions they ask online.
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