I didn't provide a citation because its origins are unclear/unclaimed, so instead it was an opportunity for a chuckle. FWIW I first read it when this guy's tweet was retweeted by Andrej.
It’s another 24 carat gold Apple Watch. Makes sense in the design studio, if you have some insane blinkers on when it comes to how people associate with and interact with products in the real world.
Aero efficiency means going faster and going for longer without making the battery heavier. The cost and packaging aspects of bigger batteries doesn’t matter to Ferrari, but speed & handling absolutely does, and weight is a definite speed/handling penalty.
It looks exactly like a black economy compact wearing a differently coloured body kit. There’s a ton of lovely design moments and thoughtful touches, but it never resolves into a cohesive design aesthetic.
Specifically the SMD global palette had limitations around desaturated/pastel colours, with choice in saturated colours. And with no sprite blending, opportunities for subtle tones are further limited.
So what if they blow up literally 100 rockets, if they can eventually perfect it faster and more cheaply than the traditional approach, recently typified by SLS.
SpaceX have already proven that the iterative approach works with Falcon 9, literally the most successful rocket program ever. SpaceX have also proven that this specific Super Heavy/Starship rocket design isn’t a dead end. Criticising them for failing to succeed in the future is a valid but uninteresting opinion.
The point is that by the 100th test flight, your competitor has already proven the first version of their design to the point of being retired by the second version that has a 55% higher payload capacity and had a history of dozens of moon landings and is busy manufacturing solar panels on the lunar surface using lunar regolith, thanks to the orbital infrastructure for lunar transit that they've painstakingly built over several initial launches is paying off.
Meanwhile SpaceX having proven that the iterative development cycle works by first building a successful rocket and accepting customer payloads as soon as possible and then upgrading the rocket as they flew, fell behind because they decided to abandon their origin and instead try to delay success as much as possible which is antithetical to their origin and the success of the launch vehicle. In their hubris, they doubled down on failure, excusing it at every opportunity, while pretending that this is how Falcon 9 succeeded, which is simply not true. You cannot have a radically different development process and call it the same because you're the same company.
Public transit is a function of city design, less so much the presence of public transit. If you can’t walk to a stop, or if your destination isn’t reasonably accessible from that network, it won’t be used for that trip.
While it sucks for many other reasons, autonomous vehicles are actually a very good solution to public transit in most American cities. What I envisage is a dense grid of virtual bus stops in N square miles surrounding a rapid transit stop. You hail using an app, and a minibus (8-20 pax) adjusts its route to collect you and get you to that rapid transit station. The inverse happens for people arriving at that station, where routes are planned as the train approaches, so people heading to the same general area can be directed to the same minibus.
I wonder if anyone has taken the source of TextEdit [1] and added some minor niceties to just make it slightly more convenient for text editing (like adding line numbers).
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