Adding content to a PDF, such as a signature, falls under the PDF editor umbrella. Sumatra PDF is purely a PDF reader, so (sadly) does not implement any editing features.
"The later versions of M365 copilot (or whatever it is called today) are wildly better than the original ones."
I find AI agents work very poorly within the Microsoft ecosystem. They can generate great HTML documents (because it's an open source format maybe?) but for word documents, the formatting is so poor I'd had to turn it off and just do things manually.
"""Push Notifications must not be required for the app to function, and should not be used to send sensitive personal or confidential information. Push Notifications should not be used for promotions or direct marketing purposes unless customers have explicitly opted in to receive them via consent language displayed in your app’s UI, and you provide a method in your app for a user to opt out from receiving such messages. Abuse of these services may result in revocation of your privileges."""
Explicitly promotional push isn't allowed on iPhone to begin with. Only exception is if the user enables it via some setting inside your app, separate from the regular permission dialog, which is really unlikely.
Of course you can just pass off promotional stuff as not promotional, but same on Android, and you have to be sly about it.
I do not feel as optimistic about any uptick in cables as I do about solar and wind. Solar and wind can grow through a multitude of small, plug-and-play projects. Cable projects like HDVC are still giant, long-term punts.
This is literally the problem. Transmission is desperately needed, much more than generation right now. The issue is that it's hard to explain to people why this is, and even when they understand they react like you do.
RENEWABLES NEED TRANSMISSION!!! We need to be building unprecedented Manhattan project levels of transmission, yesterday! But instead we will put some solar panels on a car park and feel like we did our part. Solar is the easy part. Storage and/or transmission is the hard part.
And I'd still much rather pay a utility every month for electricity (and have them be responsible for maintaining and upgrading the infrastructure) than install and maintain my own solar plant on my roof, for the same reasons that I'd rather pay utilities to provide me with water and sewer service than have my own well and septic system.
The only real downside to batteries is the cost. The upsides are vast. Beyond adding feasibility to solar and wind, batteries stabilize the grid. The ability to instantly absorb and output power in response to demand or a lack of demand is incredibly valuable.
I was somewhat gobsmacked when I learned there are electric stoves with integrated batteries (the batteries serving to reduce the maximum current draw for homes wired for limited current.)
>With sufficiently cheap storage, no transmission is needed.
This logic eats its own tail. Yes, if battery storage was cheap a lot of things would be monumentally better. It isn't. We need today solutions, not hypothetical ones.
There have been articles like this for decades. Yes, batteries will get incrementally cheaper and incrementally better. They will get better slower than climate change gets worse.
The batteries are already cheap enough, per kWh deferred over their lifetimes, to make a huge difference. Like, "97% of the problem can be solved without requiring a single new invention" kind of difference.
The current limiting factor is the number of factories making batteries, not the cost per deferred kWh of the batteries they do make.
While true, with sufficiently cheap transmission, no storage is needed.
But only the Chinese have either the capability to, or interest in, building a one-square-meter-cross-section aluminium belt around the planet, and that means a geopolitical faff.
The "intercontinental distances" part is simpler, and potentially* cheaper at current aluminium prices, than the domestic grid upgrades and repairs much of the west needs anyway.
* The scale is such that it's more of an opportunity cost than a dollar cost, what else can be done with 5% of Chinese aluminium per year for the next 20-or-so years.
But also, much research needed before a true price tag can be attached, rather than just a bill of materials
Is this whole "new set of cables" factored into the CO2 emissions equation? We're undoubtedly going to use massive amounts of energy to mine the metal, melt it into wire, transport it to the site, build the towers, etc. Is that energy "green" ?
So why do it at all if there is no accounting to prove it's green? It's almost as if this movement is a scam. No CO2 equivalent publications on solar, or on recycling. It's just "do what we say or the climate will die". I reject that imperative.
Before you've built any green power plants, none of the energy you use to build green power plants can itself be green.
When all the power plants are green, all of the energy you use to build green power plants is necessarily green.
How green a new power plant is, during the process of construction, is a statement of how much progress you've already made before this step, not how much you make in the act of making this step.
They're also not escaping any such accounting, but that wasn't my point.
PV pays its own energy cost in a few months these days. But even then, the very first PV had to be made with mostly fossil fuels and some hydroelectric, now the new ones in China are made with 35% renewables.
Grids have the same question: how green it is to modify today is the current status of the power supply (etc.), not the status it will be when it's been modified.
> if there is no accounting to prove it's green? It's almost as if this movement is a scam. No CO2 equivalent publications on solar, or on recycling
You state this as if that's a fact - just because you haven't looked for them doesn't mean they don't exist. Here's two examples showing that wind [1] and solar [2] have good environmental payback times in my home country due to avoided emissions, a country which already has an ~80% renewable grid. Additionally, [3] is a good resource that puts the potential waste from solar farms into context with other sources (such as coal ash) and shows this is an unfounded fear. Do some research and challenge your biases before you spread misinformation.
Yeah, but that's ego. You wouldn't be able to pick out Jiro's sushi in a blind taste test of many Tokyo sushi restaurants. If other people can replicate what you do, then the 30 years doesn't serve any actual purpose.
Gases in the atmosphere separate by molecular weight only at very high altitude, above the "homopause". This is from 80 to 120 km. Below that altitude, turbulence remixes gases faster than they can separate.
First, there's Tether > We're the only option in town.
Then, there's Circle > We're more legit than Tether, we're based in the US.
Now, there's the banks > We're more legit than Circle, we're banks!
Eventually, the Fed itself will start issuing stablecoins and out-legitimize everyone else.
When Coinbase and Circle formed the CENTRE Consortium back in 2018, they were extremely clear, at least internally, that they were trying to build what would become FedCoin. They hoped that, because USDC is already designed such that it can be completely controlled by its issuers (they can freeze any wallet at any time), by the time the Fed realized that CBDCs were inevitable, they would just adopt the existing "legitimate" leader rather than trying to roll their own.
> Eventually, the Fed itself will start issuing stablecoins and out-legitimize everyone else.
That would be a CBDC (Central Bank Digital Currency), which the current administration doesn’t seem to want. One advantage of such a CBDC would be that central banks of other countries could be persuaded to use them (for cross border payments and transfers), whereas a stable coin issued and managed by a group of banks would likely not have this advantage (not saying never though).
I fail to see what a CBDC and/or Fed sanctioned stablecoins would achieve for entities outside the US that need to transact in USD. It would essentially work the same as today under a new name?
The point of a CBDC is government control over an increased share of the money supply. Pretty irrelevant to USD balances held by other central banks.
The point of a stablecoin for an entity with an American banking license is... nothing?
> the Fed itself will start issuing stablecoins and out-legitimize everyone else
That's doubtful everyone else will be out-legitimized ... because ultimately the Fed will issue coins they can fully control (freeze, delete, etc. whenever they wish so). That doesn't make holding such money very valuable. A lot of people understanding this concern will favor USDT or similar privacy oriented coins and thus these coins will keep flourishing (however USDC could disappear for this very reason).
Which was what got me stuck in this expensive hobby