Well they are projected to spend $175 - $185B on capex in this year alone most of it for AI buildout. Lets say only 150B of that is for AI. If they can then somehow replace all their software engineers with AI that they then run for free and depreciate over 10 years then they just replaced 9B a year software expense with 15B a year depreciation expense for the next decade. Yes this is grossly oversimplified but it still illustrates how crazy high of a bet they're making on AI.
The Democrats had control of the presidency and the house in 2022 when this provision first went into effect but had 2 fewer senators (1 fewer if you count the tie-breaking VP). Why didn't they try to change it? Is there some reason a change in the tax code like this can't be modified or repealed once its in place?
> calls by Prime Minister Fumio Kishida for Japanese companies to pay workers more as inflation takes hold
So the prime minister wants to fight a phenomenon caused (in large part) by a wage price spiral by calling for accelerating the wage price spiral... we're in for a fascinating macro-economic/political landscape these next couple years...
Haha well I'm in full agreement with you (and u/shapefrog below) on your Chamath evaluation, but the sad reality is that his influence, by virtue of both the money and attention he can direct towards projects he deems worthy, is real and serious. Though hopefully statements like "the marginal cost of energy will approach 0 in the next decade" will help erode some of that influence...
Setting aside the article's mention of moderately intensive solutions like natural gas which has a very real and obvious cost per KWH, your panels will still need maintenance and eventual replacement (the current industry standard lifetime for a panel is 25-30 years), as will any peripheral systems required for the panels to work (batteries etc) and even the space they take up has an associated opportunity cost.
we are intently focused on what we anticipate will be the two biggest drivers of the next decade:
The first is the marginal cost of energy going to zero.
I anticipate that this is the dumbest thing I will read from a supposedly serious person in the next decade.
Predicting a 0 marginal cost of energy is basically predicting a post-scarcity society... in the next decade... thanks to solar and wind. Oh and a wee-bit of natural gas thats somehow going to be magically piped out of the ground and transported to power plants free of charge... I guess by the same good folks who will be manufacturing and maintaining all of the solar panels and wind turbines free of charge...
How is one even supposed to seriously discuss or critically examine an article when its conclusion is that we'll build a perpetual motion machine in the next 10 years?
Just wanted to highlight this because it is a fantastic piece of advice to keep in mind for interviews (and honestly for your career and even crafts or hobbies too). There's a reason doctors and lawyers (for whom the stakes of failure are sometimes measured in lives or years of freedom lost) call what they do "a practice".
Honest question I constantly think about and have never been able to answer about the future of cryptocurrency development: Why/when would a government ever want less control over the primary means used to transact within its borders?
This is one of the, if not the most, important levers it has to wield power. Governments have fought wars and enslaved entire continents to protect and increase the value of their means of account. Even recently, think of how hard the US works to maintain the dollar as the only currency that can be used international oil transactions aka the petrodollar.
Ultimately, cryptocurrency is a technological attempt to solve the problem of a fundamental lack of trust in our traditional institutions. After all, its powered by a set of de-centralized, trustless protocols. If you use crypto as an inflation hedge, that means you don't trust your government to not de-value your labor via printing tons of new currency. If you use it to carry out transactions, it means at least a small part of you has doubts that our that our current, centralized payment processing institutions won't unilaterally roll those transactions back or eliminate them outright in the future. Ditto for property rights and NFTs (and all the other use cases that guarantee a transaction is recorded by distributing it on chain).
Allowing crypto-currencies to supersede local currencies would not only put governments at the mercy of the mob (or perhaps a small number of whales and exchanges) for determining the value of their citizen's output, it would be an existential admission of their failure. Other than governments that have already failed at administering a currency like El Salvador, why would any self-respecting government with a functioning currency admit defeat like this?
I like the soap opera analogy -- hadn't thought of that. But keep in mind that actors (and other folks that work in long-running shows) will still take other jobs as at the same time as their main gig -- e.g taking a part in a movie in between seasons. That sometimes happens with programming contractors as well, but from what I've seen its far more rare.
Ultimately I agree with the other responder that Hollywood agents are better thought of as deal makers/negotiators than job finders so maybe what limits it from showing up in the software contracting world (and other parts of the film world) is that contract terms are much more standardized so not as much time is needed for negotiation and thus the programmers can do it themselves.
In my younger years I spent some time working in the film industry as a PA and reading everything I could to learn about the business side of things. Needless to say, after becoming a programmer, I have often asked myself the same question.
The main difference I can think of is that unlike films, which are discreet projects with hard beginning and end dates, software projects never really end. Maintenance can go on indefinitely and usually the most knowledgeable people to do that maintenance are the people that built the project in the first place. That makes some proportion of people likely to stay with a project for a longer time than it takes to just code up the requirements and generally makes turnover cycles less predictable than they are for people working on films. With less predictable turnover, agents (who generally make money at the time a transaction completes rather than continuously) would have less predictable income streams so they are less incentivized to do it. Also, even in movies, from what I saw, outside of top talent who command large contracts, all the other folks didn't seem to have agents. Thats probably because the transaction amounts for a given contract don't make sense for either party to participate. All the grips, electrical people, PAs, costuming, craft services etc workers were finding work just as a software contractor might -- through connections from friends, colleagues, and people they worked with on previous projects. Many are also part of unions for their respective part of the business so I would expect they get some assistance in finding projects from that as well (e.g. if there is a union production in town they are usually required to hire only people part of the various unions -- so if you're one of the only union members in a region you could get work that way).
I don't think agents are totally incompatible with the software industry, but I do think it would take a somewhat rare combination of highly paid project with a discreet, somewhat consistent term of employment (maybe coding up financial some kind of financial model or data pipeline for a hedge fund would fall under this?) to make it worthwhile for agents to specialize in.
It's tough to avoid this thinking because examples of employees being treated like cogs are often systemic and very public -- like stack ranking at big companies that everyone (even people that don't work there) either knows about or ends up knowing about. Meanwhile, examples of managers risking their own skin are more likely to be individual and private -- sometimes to the point that the affected employee doesn't even know it happened because it was behind the scenes -- like a manager defending a performance review of an employee in a calibration meeting with other managers.
Well they are projected to spend $175 - $185B on capex in this year alone most of it for AI buildout. Lets say only 150B of that is for AI. If they can then somehow replace all their software engineers with AI that they then run for free and depreciate over 10 years then they just replaced 9B a year software expense with 15B a year depreciation expense for the next decade. Yes this is grossly oversimplified but it still illustrates how crazy high of a bet they're making on AI.