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The World According to Physics

by Jim Al-Khalili  · 10 Mar 2020  · 198pp  · 57,703 words

slower time runs. This effect has the strange consequence that time ticks by ever so slightly slower in the Earth’s core (deep within its gravitational well) than it does on the surface. This difference in age that has accumulated over the four and half billion years of our planet’s existence

of them will disagree on the time interval between events. As before, their clocks will tick at different rates: being deeper within the Earth’s gravitational well, where there is more spacetime curvature, the Earth observer’s clock will tick more slowly. However, unlike in special relativity, the situation here is no

the pull of gravity eventually clumped together to form stars and galaxies. The molecules of hydrogen and helium gas in space fell together into the gravitational wells of the stars, causing an increase in entropy as they did so. But, crucially, this entropy did not reach a maximum—stars are not systems

The End of Astronauts: Why Robots Are the Future of Exploration

by Donald Goldsmith and Martin Rees  · 18 Apr 2022  · 192pp  · 63,813 words

Chapter 7, which examines multigenerational, self-contained ecosystems that could either orbit the sun or travel to the stars. FINDING THE ENERGY TO ESCAPE FROM GRAVITATIONAL WELLS Part of the challenge presented by travel through space depends, of course, on the distance to be covered. There is also a second, somewhat subtler

factor: the depth of the “gravitational well” that inhibits escape from any sizable object. The concept of gravitational wells usefully connects with Einstein’s concept of space as a three-dimensional version of a two-dimensional sheet of fabric

dimples or “wells.” Any spacecraft traveling from Earth must expend the energy needed to climb out of our planet’s gravitational well, plus additional energy to avoid falling too rapidly into the gravitational well at its destination. Deeper wells require more energy for escape, and more massive spacecraft likewise demand more energy than less

massive ones do. We can attempt to describe the depth of an object’s gravitational well by specifying the energy with which a projectile of standard mass would have to be fired to escape from it completely. This number provides only

course, no matter where the material goes. The single greatest impediment to spaceflight resides, all too literally, in the fuel required for escape from a gravitational well, either into orbit or (with still more fuel) onto an escape trajectory. Because chemical fuel provides an inefficient method for storing energy, any rocket must

engage directly in midcourse maneuvers, opening their journeys to human rather than computer control. For robotic cargo shipments, distances matter less than the depths of gravitational wells because high speeds are less important. An object that has escaped from the well of a planet or a moon will coast comparatively freely through

last? The oxygen locked into the ice has tremendous value for liquid rocket fuel, which otherwise must be sent from the Earth’s much deeper gravitational well, and for human respiration. Furthermore, how can we exploit this icy resource without destroying its greatest significance for science, the historical record locked within it

public attitudes about astronauts on Mars and astronauts on asteroids. Although asteroids teem with mineral wealth and offer comparatively easy access because of their modest gravitational wells, you will wait a long time before anyone brings asteroids into a conversation about solar-system exploration, and even longer before you hear anyone insist

space—Nereus possesses an additional advantage over the moon, and indeed over any sizable moon of another planet. These much larger objects have correspondingly deep gravitational wells that require large amounts of energy to remove any material from their surfaces. Nereus has a tiny well: its gravitational force upon objects on its

they are needed. Although such activities might seem dangerous only to those engaged in them, the same fact that promotes mining on asteroids—their modest gravitational wells—also allows the easy escape of dust and debris, or, even worse, the deliberate discard of the tailings from mining operations into space. The side

miles. Nevertheless, to send either astronauts or cargo into near-Earth orbit remains an expensive undertaking, simply because even partial escape from the Earth’s gravitational well requires reaching speeds of many miles per second, which in turn require an impressive expenditure of energy, along with a system to direct it properly

Glenn, John, 4 Goddard, Robert, 2, 3 Goddard Space Flight Center, 2 gold, 98, 99, 101–103 gravitational force, 29, 41, 60, 78, 94, 99 gravitational well, 26–29, 56, 94, 99, 102, 121 greenhouse effect, 92 Grunsfeld, John, 91, 92 habitats, 6, 23–25, 32, 35, 39; on Mars, 39, 75

Collider

by Paul Halpern  · 3 Aug 2009  · 279pp  · 75,527 words

its mutual gravitational attraction, and become more massive over time. Nothing is mysterious or unusual about this process except that black holes form particularly steep gravitational wells. Astronomers observe this accumulation of material through images of the radiation emitted as it falls inward toward the black hole. The physics of black holes

two different parts of space-time. Like black holes, wormholes are formed when matter distorts the fabric of the universe enough to create a deep gravitational well. However, because of a hypothetical extra ingredient called phantom matter (or exotic matter) with negative mass and negative energy, wormholes respond differently to intruders. While

Revelation Space

by Alastair Reynolds  · 1 Jan 2000  · 804pp  · 212,335 words

' work. Instead, she had minutes in which to act. She was sucked into — not so much a pit of despondency, as a bottomless, endlessly plummeting gravitational well. But, when she had dropped deep into its maw — and several of those precious minutes had elapsed — she remembered something; something so obvious she should

Moon Shot: The Inside Story of America's Apollo Moon Landings

by Jay Barbree, Howard Benedict, Alan Shepard, Deke Slayton and Neil Armstrong  · 1 Jan 1994  · 469pp  · 124,784 words

impossible. They had left earth atop America’s largest rocket. The mightiest energy machine ever built to lift straight up and away from the deep gravitational well of the planet. A monster of steel and ice and fire atop which no man had ever before flown—and they were risking everything to

Effective Programming: More Than Writing Code

by Jeff Atwood  · 3 Jul 2012  · 270pp  · 64,235 words

hell to hire from your community whenever possible. These are the folks who were naturally drawn to what you do, that were pulled into the gravitational well of your company completely of their own accord. The odds of these candidates being a good cultural fit are abnormally high. That’s what you

The Cryptopians: Idealism, Greed, Lies, and the Making of the First Big Cryptocurrency Craze

by Laura Shin  · 22 Feb 2022  · 506pp  · 151,753 words

buy the fucking dip. Pizza, polyamory and psychedelic shorts; that spooksexy, freakynaughty, that good meshy love. CC: everyone and invoice Wendycoin. Views from atop a gravitational well, white, yellow, mauve, polkadotted skies and Bogartian sunsets. (Some of the references were to how there wasn’t assigned seating but shared tables, a collaboration

Iain M Banks - The Culture complete works

by Iain M. Banks  · 5,095pp  · 1,429,463 words

the photospheres of stars, could they? And a Mind—even if it was desperate and on the run—could jump through the bottom of a gravity-well, could it? Maybe the Idirans would have a tougher job than they expected. They were the natural warriors, they had the experience and the guts

Air Turbulence swung through the shadow of a moon, past a barren, cratered surface—its track dimpling as it skirted the top edge of a gravity well—and then down towards a cloudy, blue-green planet. Almost as soon as it passed the moon its course started to curve, gradually pointing the

streamlined, and fitted with sprinter fusion motors in the tail, as well as a small lift engine in the nose, for working in atmospheres and gravity wells. Horza thought its accommodation left a lot to be desired. He had been given Zallin's old bunk, sharing a two-metre cube—euphemistically termed

in the hall of the dark temple. The Clear Air Turbulence broke orbit on fusion drive and headed for the outer edge of Marjoin's gravity well, where it could engage its warp motors. It didn't pick up any signals from the Bratsilakins and it didn't bomb the Temple of

the spare-parts warship had been, though it thought it itself, quite breathtakingly masterful and brilliant. Its courageous use of warp so deep into a gravity well would have been foolhardy in the extreme in anything else but the dire circumstances it had found itself in, but was anyway superbly skilled... And

into his gloved hands. 'We're going in.' The Clear Air Turbulence teased its warp fields out along the slight curve of the planet's gravity well, carefully edging itself down the slope. Horza cut the motors and let them return to their emergency-ready-only mode. They shouldn't need them

a couple of frigates, had fallen toward the planet while the Limiting Factor made a show of moving very slowly and hesitantly away from the gravity well with the two battlecruisers. “What’s what?” Flere-Imsaho said, floating beside him, disguise discarded and lying on the floor. “That,” Gurgeh said, pointing at

was too far away for him to grab, but... 'The story,' the intruder said, settling back in the chair. 'Once upon a time, over the gravity well and far away, there was a magical land where they had no kings, no laws, no money and no property, but where everybody lived like

own solar system by that cataclysm, it had wandered between the stars for a quarter of the life of the universe, uncaptured by any other gravity well but subtly affected by all it passed anywhere near. It had been discovered drifting in deep space a millennium ago by a GCU taking an

of accelerating like an arrow out of a bow coming close enough to the surface for me to feel the curve of the fucker's gravity well if it wasn't fielded out.' It shook its head. 'GSVs,' it said, tutting as though over a mischievous but cute child. 'Do you think

had been twenty-two ships; they’d agreed. Arranged in a pair of sort of staggered lines, slightly curved in tune with the planet’s gravity well. Quitrilis had gone up to have a look at them all but they were boring, just hanging there, only the one that had been there

the whole assemblage rotated round a small star at its centre. Its final, open braid of cylinders altogether easily constituted sufficient matter to produce a gravity well within which a thin but significant opportunistic atmosphere had built up over the decieons of its existence, filling the open bracelet of twisted habitat-strands

apparent gravity the species preferred, but now there was just the troubling tug that resulted from being balanced on the curve of the singularity’s gravity well. “Does this thing still spin at all?” she asked. “Very slowly,” the ship’s drone, floating alongside, said when Nopri didn’t reply. “Synched to

NR time to intercept the Displacement. Whereas later it’ll be coming through at very high speed, passing dangerously close to the planet, grazing its gravity well at high translight and attempting to fit the Displacement event into an ungenerous handful of pico-seconds.” The avatar sounded remarkably casual about all this

. We can’t be any more accurate with the timing due to the inherent variability of warp-engine crash-stops, especially that far into the gravity wells of a star and planet. So sorry. I trust that will afford you the time to do what you need to do.” “Hmm. That will

of your soletta, some important satellites – actually, almost all your satellites, both close and synchronous have had their orbits altered at least temporarily by the gravity wells of the passing ships – and at least two small manned space vehicles including one carrying a party of twenty-plus college students would seem to

the slightly smaller one, only a few seconds or so younger, nested within it. You had to be careful engaging engines so far within a gravity well as pronounced as that around a sun, but the Caconym was confident that it knew what it was doing. It spun slowly about while it

. The Girdlecity had the additional problem of needing to keep its structural elements tuned for their precise place within the slope of the planet’s gravity well, but this had proved trivial. Even so, while nearly weightless, the artefact still had colossal mass, and its effect on Xown’s total angular momentum

slid and flicked, stacked and snicked, readying for a series of multiple high-speed, high-accuracy Displaces to a complex-topography target deep in a gravity well; probably opposed. This was, the ship knew, going to be challenging. Most serious Culture ships, and all with any pretensions to being warships, possessed burst

other hand–this was exactly the situation where they might help save the day, so… The ship was already heading dangerously close to Xown’s gravity well, having to adjust its course in hyperspace to avoid crashing into the downward curve of skein. It jinked closer still at the last moment, using

, relative to it, still entirely in hyperspace. It was a minor feat of field management to be able to do this so far into the gravity well of a planet, but then, according to the intelligence the Churkun had received via Marshal Chekwri, this vessel the Mistake Not…, a Culture ship of

this. It flickered, shimmering in hyperspace as it fell, powering the trivial distance from where it had been, down the curve of the planet’s gravity well, to the Girdlecity. Then it disappeared. The first sign of alarm had been the warbling of a siren in the distance as he and the

How to Make a Spaceship: A Band of Renegades, an Epic Race, and the Birth of Private Spaceflight

by Julian Guthrie  · 19 Sep 2016

dark. It made him think about how to solve problems in a different way, whether it was something grand like getting out of Earth’s gravity well into space, or running when he should probably be walking. Once reduced to a life of sitting, of barely walking, he now wanted to soar

From eternity to here: the quest for the ultimate theory of time

by Sean M. Carroll  · 15 Jan 2010  · 634pp  · 185,116 words

curvature of spacetime in the relatively placid context of the contemporary universe, absolutely must be taken into account. And, sadly, we don’t understand quantum gravity well enough to say for sure what actually happens at very early times. It might very well be true that space and time “come into existence

Ancestral Night

by Elizabeth Bear  · 5 Mar 2019  · 596pp  · 163,351 words

Abaddon's Gate

by James S. A. Corey  · 3 Jun 2013  · 586pp  · 167,497 words

Ringworld

by Larry Niven  · 12 Sep 1985  · 414pp  · 105,153 words

Infinity in the Palm of Your Hand: Fifty Wonders That Reveal an Extraordinary Universe

by Marcus Chown  · 22 Apr 2019  · 171pp  · 51,276 words

Project Hail Mary

by Andy Weir  · 15 May 2021  · 576pp  · 150,183 words

Catching Stardust: Comets, Asteroids and the Birth of the Solar System

by Natalie Starkey  · 8 Mar 2018  · 284pp  · 89,477 words

A City on Mars: Can We Settle Space, Should We Settle Space, and Have We Really Thought This Through?

by Kelly Weinersmith and Zach Weinersmith  · 6 Nov 2023  · 490pp  · 132,502 words

The Terraformers

by Annalee Newitz  · 404pp  · 118,036 words

Caliban's War

by James S. A. Corey  · 6 Jun 2012  · 630pp  · 174,171 words

Machine: A White Space Novel

by Elizabeth Bear  · 5 Oct 2020  · 537pp  · 146,610 words

The Ringworld engineers

by Larry Niven  · 12 Nov 1985  · 388pp  · 102,994 words

The mote in God's eye

by Larry Niven; Jerry Pournelle  · 30 Jan 2011  · 729pp  · 195,181 words

Mission to Mars: My Vision for Space Exploration

by Buzz Aldrin and Leonard David  · 1 Apr 2013  · 183pp  · 51,514 words

Asteroid Mining 101: Wealth for the New Space Economy

by John Lewis  · 22 Jul 2014  · 183pp  · 54,731 words

Schismatrix Plus

by Bruce Sterling  · 1 Jan 1995  · 533pp  · 145,887 words

The Moon: A History for the Future

by Oliver Morton  · 1 May 2019  · 319pp  · 100,984 words

Moon Rush: The New Space Race

by Leonard David  · 6 May 2019

"Live From Cape Canaveral": Covering the Space Race, From Sputnik to Today

by Jay Barbree  · 18 Aug 2008  · 386pp  · 92,778 words

The Interstellar Age: Inside the Forty-Year Voyager Mission

by Jim Bell  · 24 Feb 2015  · 310pp  · 89,653 words

Ender's shadow

by Orson Scott Card  · 23 Nov 2000  · 361pp  · 143,442 words

A Man on the Moon

by Andrew Chaikin  · 1 Jan 1994  · 816pp  · 242,405 words

Seveneves

by Neal Stephenson  · 19 May 2015  · 945pp  · 292,893 words

Matter

by Iain M. Banks  · 14 Jan 2011  · 348pp  · 185,704 words

Excession

by Iain M. Banks  · 14 Jan 2011  · 298pp  · 151,238 words

Consider Phlebas

by Iain M. Banks  · 15 Jan 2008  · 576pp  · 174,529 words

Startide rising

by David Brin  · 1 Mar 1984  · 549pp  · 139,625 words

Hyperion

by Dan Simmons  · 15 Sep 1990  · 584pp  · 170,388 words

Schild's Ladder

by Greg Egan  · 31 Dec 2003  · 353pp  · 101,130 words

What Technology Wants

by Kevin Kelly  · 14 Jul 2010  · 476pp  · 132,042 words

Children of Time

by Adrian Tchaikovsky  · 31 May 2015  · 528pp  · 157,969 words

Humankind: Solidarity With Non-Human People

by Timothy Morton  · 14 Oct 2017  · 225pp  · 70,180 words

The Case for Space: How the Revolution in Spaceflight Opens Up a Future of Limitless Possibility

by Robert Zubrin  · 30 Apr 2019  · 452pp  · 126,310 words

To Sleep in a Sea of Stars

by Christopher Paolini  · 14 Sep 2020  · 1,171pp  · 309,640 words

The Last Astronaut

by David Wellington  · 22 Jul 2019  · 460pp  · 130,621 words

Gateway

by Frederik Pohl  · 15 Dec 1977  · 378pp  · 111,369 words

Aurora

by Kim Stanley Robinson  · 6 Jul 2015  · 488pp  · 148,340 words

The Last Dance

by Martin L. Shoemaker  · 2 Nov 2019  · 485pp  · 149,337 words

Children of Ruin

by Adrian Tchaikovsky  · 13 May 2019  · 471pp  · 147,210 words

Old Man's War

by John Scalzi  · 2 Jan 2005  · 320pp  · 92,799 words

The Year's Best Science Fiction: Twenty-Sixth Annual Collection

by Gardner Dozois  · 23 Jun 2009  · 1,263pp  · 371,402 words

Leviathan Wakes

by James S. A. Corey  · 14 Jun 2011  · 648pp  · 170,770 words

The Speed of Dark

by Elizabeth Moon  · 1 Jan 2002  · 445pp  · 129,068 words

Building Habitats on the Moon: Engineering Approaches to Lunar Settlements

by Haym Benaroya  · 12 Jan 2018  · 571pp  · 124,448 words

Engineering Infinity

by Jonathan Strahan  · 28 Dec 2010  · 360pp  · 101,636 words

Ten Billion Tomorrows: How Science Fiction Technology Became Reality and Shapes the Future

by Brian Clegg  · 8 Dec 2015  · 315pp  · 92,151 words

The New Gold Rush: The Riches of Space Beckon!

by Joseph N. Pelton  · 5 Nov 2016  · 321pp  · 89,109 words

Case for Mars

by Robert Zubrin  · 27 Jun 2011  · 437pp  · 126,860 words

Genius: The Life and Science of Richard Feynman

by James Gleick  · 1 Jan 1992  · 795pp  · 215,529 words

Voyage

by Stephen Baxter  · 23 May 2011

Judas Unchained

by Peter F. Hamilton  · 1 Jan 2006  · 1,386pp  · 379,115 words

Diaspora

by Greg Egan  · 1 Jan 1997  · 337pp  · 93,245 words

The Magic of Reality: How We Know What's Really True

by Richard Dawkins  · 3 Oct 2011  · 208pp  · 67,288 words

The Dream of the Iron Dragon

by Robert Kroese  · 6 Dec 2017  · 459pp  · 128,458 words

Saturn's Children

by Charles Stross  · 30 Jun 2008  · 360pp  · 110,929 words

Scratch Monkey

by Stross, Charles  · 1 Jan 2011

Singularity Sky

by Stross, Charles  · 28 Oct 2003  · 448pp  · 116,962 words

Anvil of Stars

by Greg Bear  · 4 Mar 2008  · 623pp  · 155,587 words

The Strangest Man: The Hidden Life of Paul Dirac, Mystic of the Atom

by Graham Farmelo  · 24 Aug 2009  · 1,396pp  · 245,647 words

The Best of Best New SF

by Gardner R. Dozois  · 1 Jan 2005  · 1,280pp  · 384,105 words

Gnomon

by Nick Harkaway  · 18 Oct 2017  · 778pp  · 239,744 words

House of Suns

by Alastair Reynolds  · 16 Apr 2008  · 635pp  · 186,208 words

The Quantum Thief

by Hannu Rajaniemi  · 1 Jan 2010  · 324pp  · 91,653 words

Come Fly With Us: NASA's Payload Specialist Program

by Melvin Croft, John Youskauskas and Don Thomas  · 1 Feb 2019  · 609pp  · 159,043 words

A Half-Built Garden

by Ruthanna Emrys  · 25 Jul 2022  · 431pp  · 127,720 words

Iron Sunrise

by Stross, Charles  · 28 Oct 2004  · 462pp  · 142,240 words

The Prefect

by Alastair Reynolds  · 2 Jan 2007  · 764pp  · 188,807 words

Wireless

by Charles Stross  · 7 Jul 2009

Accelerando

by Stross, Charles  · 22 Jan 2005  · 489pp  · 148,885 words

Year's Best SF 15

by David G. Hartwell; Kathryn Cramer  · 15 Aug 2010  · 573pp  · 163,302 words

Blue Mars

by Kim Stanley Robinson  · 23 Oct 2010  · 824pp  · 268,880 words

Red Mars

by Kim Stanley Robinson  · 23 Oct 1992  · 660pp  · 213,945 words

Icehenge

by Kim Stanley Robinson  · 29 May 1994  · 334pp  · 103,508 words

Green Mars

by Kim Stanley Robinson  · 23 Oct 1993  · 746pp  · 239,969 words

Look To Windward

by Iain M. Banks  · 14 Jan 2011  · 263pp  · 121,207 words

Visit Sunny Chernobyl: And Other Adventures in the World's Most Polluted Places

by Andrew Blackwell  · 22 May 2012  · 355pp  · 106,952 words

The Collected Stories of Vernor Vinge

by Vernor Vinge  · 30 Sep 2001  · 659pp  · 203,574 words

Mastering Blockchain, Second Edition

by Imran Bashir  · 28 Mar 2018

Velocity Weapon

by Megan E. O'Keefe  · 10 Jun 2019  · 602pp  · 164,940 words

The Player of Games

by Iain M. Banks  · 14 Jan 2011  · 216pp  · 115,870 words

The Origins of the British

by Stephen Oppenheimer  · 1 Jul 2007  · 852pp  · 157,181 words

Broken Angels

by Richard Morgan  · 31 Aug 2008  · 570pp  · 151,259 words

The Future Is Faster Than You Think: How Converging Technologies Are Transforming Business, Industries, and Our Lives

by Peter H. Diamandis and Steven Kotler  · 28 Jan 2020  · 501pp  · 114,888 words

Life's Edge: The Search for What It Means to Be Alive

by Carl Zimmer  · 9 Mar 2021  · 392pp  · 109,945 words

A New History of the Future in 100 Objects: A Fiction

by Adrian Hon  · 5 Oct 2020  · 340pp  · 101,675 words

Galileo's Dream

by Kim Stanley Robinson  · 29 Dec 2009  · 615pp  · 189,720 words

Bold: How to Go Big, Create Wealth and Impact the World

by Peter H. Diamandis and Steven Kotler  · 3 Feb 2015  · 368pp  · 96,825 words

The Rapture of the Nerds

by Cory Doctorow and Charles Stross  · 3 Sep 2012  · 311pp  · 94,732 words

The Snow Queen

by Joan D. Vinge  · 1 Feb 2001  · 687pp  · 191,073 words

The God Delusion

by Richard Dawkins  · 12 Sep 2006  · 478pp  · 142,608 words

Across Realtime

by Vernor Vinge  · 1 Jan 1986  · 665pp  · 207,115 words

Pathfinder

by Orson Scott Card  · 22 Nov 2010  · 630pp  · 179,233 words

Glasshouse

by Charles Stross  · 14 Jun 2006  · 443pp  · 123,526 words

Hull Zero Three

by Greg Bear  · 22 Nov 2010  · 290pp  · 77,962 words

Roving Mars: Spirit, Opportunity, and the Exploration of the Red Planet

by Steven Squyres  · 2 Aug 2005  · 554pp  · 142,089 words

The Golden Thread: How Fabric Changed History

by Kassia St Clair  · 3 Oct 2018  · 480pp  · 112,463 words

How to Hide an Empire: A History of the Greater United States

by Daniel Immerwahr  · 19 Feb 2019

Beggars in Spain

by Nancy Kress  · 23 Nov 2004

Use of Weapons

by Iain M. Banks  · 14 Jan 2011  · 270pp  · 132,960 words

Exponential Organizations: Why New Organizations Are Ten Times Better, Faster, and Cheaper Than Yours (And What to Do About It)

by Salim Ismail and Yuri van Geest  · 17 Oct 2014  · 292pp  · 85,151 words

Tomorrowland: Our Journey From Science Fiction to Science Fact

by Steven Kotler  · 11 May 2015  · 294pp  · 80,084 words

Generation X: Tales for an Accelerated Culture

by Douglas Coupland  · 15 Mar 1991  · 169pp  · 55,866 words

Foundation's Edge

by Isaac Asimov  · 28 Dec 2010

Frommer's Hawaii 2009

by Jeanette Foster  · 2 Jan 2008  · 675pp  · 344,555 words

Zoe's Tale

by John Scalzi

A Devil's Chaplain: Selected Writings

by Richard Dawkins  · 1 Jan 2004  · 460pp  · 107,712 words

Exit Strategy

by Sherry Walling, Rob Walling  · 22 Nov 2024  · 215pp  · 60,241 words

How the Railways Will Fix the Future: Rediscovering the Essential Brilliance of the Iron Road

by Gareth Dennis  · 12 Nov 2024  · 261pp  · 76,645 words

Blood, Sweat, and Pixels: The Triumphant, Turbulent Stories Behind How Video Games Are Made

by Jason Schreier  · 4 Sep 2017  · 297pp  · 90,806 words

No Shame: The Hilarious and Candid Memoir From One of Our Best-Loved Comedians

by Tom Allen  · 12 Nov 2020  · 214pp  · 69,986 words

Toast

by Stross, Charles  · 1 Jan 2002

Rewired: The Post-Cyberpunk Anthology

by James Patrick Kelly and John Kessel  · 30 Sep 2007  · 571pp  · 162,958 words

I'm Feeling Lucky: The Confessions of Google Employee Number 59

by Douglas Edwards  · 11 Jul 2011  · 496pp  · 154,363 words

The Secret War Between Downloading and Uploading: Tales of the Computer as Culture Machine

by Peter Lunenfeld  · 31 Mar 2011  · 239pp  · 56,531 words

Aerotropolis

by John D. Kasarda and Greg Lindsay  · 2 Jan 2009  · 603pp  · 182,781 words

99%: Mass Impoverishment and How We Can End It

by Mark Thomas  · 7 Aug 2019  · 286pp  · 79,305 words

Digital Wars: Apple, Google, Microsoft and the Battle for the Internet

by Charles Arthur  · 3 Mar 2012  · 390pp  · 114,538 words

WTF?: What's the Future and Why It's Up to Us

by Tim O'Reilly  · 9 Oct 2017  · 561pp  · 157,589 words

Disarming the Narcissist: Surviving and Thriving With the Self-Absorbed

by Wendy T. Behary  · 1 Jul 2013  · 173pp  · 59,825 words

Antarctica

by Kim Stanley Robinson  · 6 Jul 1987  · 607pp  · 185,228 words