A me Nolan piace, ma il problema degli artisti che arrivano a sentirsi stocazzo è che alla fine svaccano. La cosa positiva è che è un film fatto davvero, non al 80 % in post-produzione. Per il resto meh.
Sì, l'ho visto as Nolan intended.
La cosa più sicura infatti sarebbe non usare software, soprattutto se scritto demmerda.
Forse è il caso che i software engineer si preoccupino della monnezza che pubblicano invece di parlare di altro.
Since this has sort of taken off and there seems to be some confusion.
I would 100% agree it’s more secure than the same password and other unsafe things some people do.
“More secure than X” does not mean “secure”
“Less dangerous than X” does not mean “not dangerous”
The state of cybersecurity in 2026 is people think storing passwords digitally which can be popped easily from a simple sprayed phishing attack on the other side of the planet is more secure than a physical book you would need to break into someone’s house to steal
*Checks date* It’s 2026… this is an actual book, in a major book store, in the technology section, not a Spencer’s as a gag gift or something…
We’ve learned nothing…
Fa sorridere perché se lo facessero adesso ci sarebbero interrogazioni parlamentari e albertiangela che ci spiegano che no, non aveva dato fuoco lui, anzi...
Unlike a commercial airplane, the Shuttle did not have its engines on during reentry.
Once it left orbit, it became a colossal glider.
The pilots had only one chance to land: if they misjudged the aim or the speed, they couldn't "give it gas" and go around for another try.
That's why the engineers affectionately called it "the flying brick" (the flying brick).
When it reentered the atmosphere, it traveled at about 28,000 km/h (about 25 times the speed of sound).
To slow down without disintegrating, it had to hit the air belly-first, using friction as a brake.
In the last kilometers before the runway:
• It descended at an angle 7 times steeper than that of a commercial airplane.
• While a commercial airplane descends gently, the Shuttle came down "in a dive" to maintain enough kinetic energy and avoid stalling.
• It touched down at about 350 km/h, a speed so high that it required a rear parachute to stop before the end of the runway.
Under that white-and-black "skin" were thousands of ceramic tiles that protected the astronauts from temperatures exceeding 1,500°C.
Without them, the aluminum of the structure would have melted like butter in a matter of seconds.