Omniscience doesn’t imply that you have to store all the information, but that you can retrieve/reconstruct it, and reasoning allows it. In fact would be impossible for any physical intelligence to store all the information as plain as it is infinite.
Mouse and keyboard should be alternatives on equal footing as much as possible. The gutter for page up/down has the benefit that you don’t have to move the mouse all the way up and down to the arrow buttons when repeatedly switching between the same adjacent pages, or when you positioned the scroll button slightly off where you wanted the position to be, and adjust it a little by paging up or down — especially when the scroll range is so long that a small mouse move on the scroll bar corresponds to more than one page.
For scroll ranges that aren’t overly long, you can long-press so that the area ends up scrolling to that position. Only for long scroll ranges is it necessary to drag, use the context menu, or the Shift key, for absolute positioning.
There are certainly trade-offs, but it’s not like there aren’t justified reasons for the way it is.
The ubiquity of mouse wheels and two-finger scrolling on trackpads drastically weakens your case for prioritizing the page up and page down behaviors in the scroll gutter. The mouse already offers a low-effort way to adjust scroll position at small to medium scales, generally much easier that repositioning the cursor from above to below the scroll thumb unless you really need to scroll by precisely one page (usually not possible on the web anymore because of floating dickbars).
If you mean dragging, then that’s more than just a single click. And if you mean clicking in the gutter, then it
also doesn’t work with a single click; you have to make use of the auto-repeat functionality, which takes O(n) time, where n is the distance between positions in number of pages. Shift+Click does it instantly in O(1).
It’s about time that Raymond Chen starts ranting about the increasing amount of UI inconsistencies and loss of formerly ubiquitous features. (Or maybe I missed previous installments.)
Ah yes, Microsoft’s “we care…………to talk about problems we’ll never fix” poster boy. Dude might be a fantastic developer, but he’s being used as a sock puppet.
It doesn't work that way in Italy. A popular referendum can only abolish an existing law, partially or fully. The general public cannot vote to adopt new legislation.
> it should be a no brainer for a place like Europe without significant energy resources.
The uranium needs to be regularly replaced. Europe currently imports virtually all of the uranium used by its nuclear power plants. While Europe has some decommissioned uranium mines, they would have to be reopened, but the known deposits are estimated to cover less than the 50 years you cite, at current levels of nuclear production (much less when expanding production).
So if this is about energy independence rather than cost, I’m not sure that it would be such a great win.
Nuclear fuel rods get used for 1-2 years before they need to be replaced. This is much longer than it takes to burn a shipload of liquefied natural gas, though it's much shorter than it takes for solar panels or grid scale batteries to need replacement. Both nuclear energy and renewable energy are less sensitive to supply shocks than fossil energy, even if Europe doesn't reduce the percentage of its energy needs that depend on imports.
It would cost a bit more is the worst case if you had to build your own centerfuges, uranium is not all that rare. And a single ship could carry a decades worth of fuel (not that I recommend a decade of fuel on a single ship), so even if shipping was costly it would be cheap compared to the actual fuel refinement. You couldn't Hormuz a uranium fuel supply because it doesn't take thousands of ships or miles of pipeline to deliver.
So maybe not worry free, but if you are able to run nuclear reactors for power to start with, obtaining fuel for them in any scenario shouldn't be impossible. You got atleast a year or two lead time between refuelings, and it might be able to be stretched a little longer in an emergency. And even more time if you hold some in reserve.
Australia and Canada are top producers of uranium ore, and uranium ore is a small fraction of total lifecycle costs. Given a ~2 year refuelling cycle and the possibility of stockpiling uranium, this is very far from an interruption to oil and gas flows - which you need a continuous supply of. Security isn't just a function of autarkic raw material supplies.
One reason is prioritization. It’s enough to know what the effects of the failure were, the likely cost of what needs to change, and what areas and processes the changes will affect, to decide if and when this should happen.
Leadership still needs to understand these aspects on a conceptual, topical, and cost level to decide on the resource allocation (including time and schedule). They don’t need to understand the technical details, unless they are a technical leader with higher relevant technical competence than their reports.
I think you’re not sufficiently taking into account the demographic trajectory of age distribution [0], and the lag induced by the length of the human lifespan on health improvements. For the next few decades, more doctors will be needed.
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