description: the idea that the universe will eventually reach a state of entropy from which it cannot recover
50 results
by Doug Turnbull and John Berryman · 30 Apr 2016 · 593pp · 118,995 words
problems? Well, yes, but that’s for a good reason. Search is a place ripe for premature optimization. You’re likely to reach the heat death of the universe before achieving a perfect search solution in every direction. You know there will be relevance problems, but you don’t quite know what those
by Christopher Allen and Julie Moronuki · 1 Jan 2015 · 1,076pp · 67,364 words
likely. The easiest way would be to simply make the short codes long enough that you’d need to run a computer until the heat death of the universe to get a collision, but you should try throwing an error in the first handler we showed you first. 19.7 That’s a
by Philip G. Zimbardo and John Boyd · 1 Jan 2008 · 297pp · 96,509 words
-reaching. They are not predictions in the same sense that we might predict the annual rate of inflation, the intellectual impact of postmodernism, the heat death of the universe, or Madonna’s next hair color. Rather, these are predictions about what will happen in precisely this spot, precisely next, to precisely me, and
by Bruce Schneier · 10 Nov 1993
tells us that all cryptographic algorithms (except one-time pads) can be broken. Complexity theory tells us whether they can be broken before the heat death of the universe. Previous Table of Contents Next Products | Contact Us | About Us | Privacy | Ad Info | Home Use of this site is subject to certain Terms & Conditions
by Susan Schneider · 1 Oct 2019 · 331pp · 47,993 words
, including uploads, could achieve immortality or, rather, whether they could achieve what we might call “functional immortality.” (I write “functional immortality,” because the universe may eventually undergo a heat death that no life can escape. But I’ll ignore this technicality in what follows.) It is common to believe that an AI could
by William Poundstone · 3 Jun 2019 · 283pp · 81,376 words
Universe,” Dyson outlined a way in which intelligent life might conceivably evade entropy and survive forever, past the last flickering of stars and the heat death of the universe. Technologically adept observers might be able to reengineer themselves so that they could experience a subjective eternity, even as the universe cooled off to
by Peter Thiel and Blake Masters · 15 Sep 2014 · 185pp · 43,609 words
predicted by 19th-century physics was a state in which all energy is evenly distributed and everything comes to rest—also known as the heat death of the universe. Whatever your views on thermodynamics, it’s a powerful metaphor: in business, equilibrium means stasis, and stasis means death. If your industry is in
by Jim Al-Khalili · 10 Mar 2020 · 198pp · 57,703 words
space ever more quickly became known as dark energy. According to our present understanding, dark energy may ultimately result in what is called the ‘heat death’ of the universe many billions of years from now as space continues to expand ever more rapidly and to cool as it settles towards a state of
by Ryan Avent · 20 Sep 2016 · 323pp · 90,868 words
no man or woman has gone before.1 Humanity might eventually arrive at such a place, where abundance is nearly endless and only the heat death of the universe threatens our good-natured fun. Sadly, that is unlikely to be a concern for those of us alive now. As rapid as the pace
by Christopher Mims · 13 Sep 2021 · 385pp · 112,842 words
enough solution rather than the absolute best. Even in a hypothetical scenario in which we can stop time and run this computation until the heat death of the universe, the best solution for this item must be balanced against the operation of the entire system—every robot and machine in the warehouse can
by Bruce Schneier · 2 Mar 2015 · 598pp · 134,339 words
by Stephen Laberge, Phd and Howard Rheingold · 8 Feb 2015
by Renee Dudley and Daniel Golden · 24 Oct 2022 · 392pp · 114,189 words
by Stephen Cave · 2 Apr 2012 · 299pp · 98,943 words
by Noam Chomsky, Arthur Naiman and David Barsamian · 13 Sep 2011 · 489pp · 111,305 words
by John Brockman · 19 Feb 2019 · 339pp · 94,769 words
by Dean Burnett · 10 Jan 2023 · 536pp · 126,051 words
by Jim Holt · 14 May 2018 · 436pp · 127,642 words
by Brian Christian and Tom Griffiths · 4 Apr 2016 · 523pp · 143,139 words
by Howard Rheingold · 14 May 2000 · 352pp · 120,202 words
by Jason Parisi and Justin Ball · 18 Dec 2018 · 404pp · 107,356 words
by David W. Brown · 26 Jan 2021
by Cory Doctorow and Charles Stross · 3 Sep 2012 · 311pp · 94,732 words
by Michael Shermer · 8 Apr 2020 · 677pp · 121,255 words
by Frankie Boyle · 12 Oct 2011
by Alec Nevala-Lee · 22 Oct 2018 · 622pp · 169,014 words
by Nate Silver · 12 Aug 2024 · 848pp · 227,015 words
by Marcus Du Sautoy · 18 May 2016
by Matthew Cobb · 6 Jul 2015 · 608pp · 150,324 words
by Sean M. Carroll · 15 Jan 2010 · 634pp · 185,116 words
by Oliver Burkeman · 9 Aug 2021 · 206pp · 68,757 words
by Michael Strevens · 12 Oct 2020
by Joe Haldeman · 14 Oct 2000 · 230pp · 63,891 words
by Jackson Lears
by David Kahn · 1 Feb 1963 · 1,799pp · 532,462 words
by Paul Sen · 16 Mar 2021 · 444pp · 111,837 words
by Daniel C. Dennett · 15 Jan 1995 · 846pp · 232,630 words
by Moiya McTier · 14 Aug 2022 · 194pp · 63,798 words
by Brian Cox and Andrew Cohen · 12 Jul 2011
by Richard Dawkins · 21 Sep 2009
by Gabriel Weinberg and Lauren McCann · 17 Jun 2019
by Adam Becker · 14 Jun 2025 · 381pp · 119,533 words
by Nick Bostrom · 26 Mar 2024 · 547pp · 173,909 words
by Christopher Paolini · 14 Sep 2020 · 1,171pp · 309,640 words
by Nick Bostrom and Milan M. Cirkovic · 2 Jul 2008
by Gardner Dozois · 23 Jun 2009 · 1,263pp · 371,402 words
by Frankie Boyle · 23 Oct 2013
by Megan E. O'Keefe · 10 Jun 2019 · 602pp · 164,940 words
by Stross, Charles · 1 Jan 2011
by Bruce Sterling · 1 Jan 1995 · 533pp · 145,887 words