Lake Michigan Is So Clear Right Now Its Shipwrecks Are Visible from the Air

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Though the past winter was the hottest on record, it was chilly enough on the East Coast to send seasonal sheets of ice creeping across the Great Lakes. Now that that ice has cleared with spring, Lake Michigan is clear enough that shipwrecks lying on the lake bottom can be seen from the air.

The U.S. Coast Guard Air Station in Traverse City noted the crystal clear water conditions and the lost ships during a routine patrol. Last week, they posted a handful of pictures to their Facebook page. The images come from the area near Sleeping Bear Point known as the Manitou Passage Underwater Preserve, which is "one of the richest areas in Michigan for shipwreck diving," according to the preserve’s website. The lumber industry put the area on a shipping route. The North and South Manitou Islands, just north of the point, provided a somewhat sheltered area for ships hiding from storms. 

Susan Cosier, writing for On Earth, reports:

Not much is known about most of the wrecks, but they do include one doomed vessel, the James McBride, which was thought to be the first to carry cargo from the Atlantic Ocean to Lake Michigan in 1848. Facebook commenters helped fill in some of the blanks, but most the historic details are still, well, watery. 

The Coast Guard Air Station added what information people could dredge up from the depths of the Internet to their descriptions of each of the photos, but of the five ships they posted, three remain unidentified.

For NPR.org, Bill Chappell reports that spotting wrecks from the air is "fairly common," according to one of the pilots on the patrol, Lieutenant commander Charlie Wilson, "but not in the numbers we saw on that flight." Chappell also notes that the Michigan Department of Environmental Quality writes, "An estimated 6,000 vessels were lost on the Great Lakes with approximately 1,500 of these ships located in Michigan waters."

Other wrecks in the Manitou Passage include The Francisco Morazan, an ocean-going freighter driven aground during a snowstorm on November 29, 1960. The Morazan sank right on top of the remains of the Walter L. Frost, a wooden steamer lost on November 4, 1903. Both wrecks are in shallow water just a few hundred yards from shore, the preserve’s website reports.

Like other Great Lakes, Lake Michigan endures algal blooms fueled by agricultural runoff. Warmer temperatures will likely nurture the blooms and obscure the wrecks this summer, making these views particularly rare.

The 121-foot brig James McBride lies in 5 to 15 feet of water near Sleeping Bear Point. The Coast Guard’s Facebook page reports: "Late in 1848, the McBride sailed to the Atlantic Ocean to pick up a cargo of salt at Turk Island. On her return she stopped at Nova Scotia and added codfish to her manifest. She delivered her cargo to Chicago on December 4, 1848. This trip created a sensation because it was believed to be the first cargo carried direct from the Atlantic to a Lake Michigan port." (U.S. Coast Guard Air Station Traverse City )
A closer view of the McBride. When the ship ran aground during a storm on October 19, 1857, she was returning from a trip to Chicago to deliver a cargo of wood. (U.S. Coast Guard Air Station Traverse City )
This photo shows two sunken ships -- one just visible in the lower right, the other clear in the upper left. (U.S. Coast Guard Air Station Traverse City )
A third unidentified wreck (U.S. Coast Guard Air Station Traverse City )
A wreck in shallow water below cliffs (U.S. Coast Guard Air Station Traverse City )

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Unmanned U.S. Air Force space plane lands after secret, two-year mission

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By Irene Klotz | CAPE CANAVERAL, Fla.

CAPE CANAVERAL, Fla. The U.S. military's experimental X-37B space plane landed on Sunday at NASA’s Kennedy Space Center in Florida, completing a classified mission that lasted nearly two years, the Air Force said.

The unmanned X-37B, which resembles a miniature space shuttle, touched down at 7:47 a.m. EDT (1147 GMT) on a runway formerly used for landings of the now-mothballed space shuttles, the Air Force said in an email.

The Boeing-built space plane blasted off in May 2015 from nearby Cape Canaveral Air Force Station aboard an Atlas 5 rocket built by United Launch Alliance, a partnership between Lockheed Martin Corp (LMT.N) and Boeing Co (BA.N).

The X-37B, one of two in the Air Force fleet, conducted unspecified experiments for more than 700 days while in orbit. It was the fourth and lengthiest mission so far for the secretive program, managed by the Air Force Rapid Capabilities Office.

The orbiters "perform risk reduction, experimentation and concept-of-operations development for reusable space vehicle technologies," the Air Force has said without providing details. The cost of the program is also classified.

The Secure World Foundation, a nonprofit group promoting the peaceful exploration of space, says the secrecy surrounding the X-37B suggests the presence of intelligence-related hardware being tested or evaluated aboard the craft.

The vehicles are 29 feet (9 meters) long and have a wingspan of 15 feet, making them about one quarter of the size of the National Aeronautics and Space Administration’s now-retired space shuttles.

The X-37B, also known as Orbital Test Vehicle, or OTV, first flew in April 2010 and returned after eight months. A second mission launched in March 2011 and lasted 15 months, while a third took flight in December 2012 and returned after 22 months.

Sunday’s landing was the X-37B's first in Florida. The three previous landings took place at Vandenberg Air Force Base in California. The Air Force relocated the program in 2014, taking over two of NASA’s former shuttle-processing hangars.

The Air Force intends to launch the fifth X-37B mission from Cape Canaveral Air Force Station, located just south of the Kennedy Space Center, later this year.

(Reporting by Irene Klotz; Editing by Phil Berlowitz)



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My strange journey into transhumanism

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I first read Ray Kurzweil’s book, The Age of Spiritual Machines, in 2006, a few years after I dropped out of Bible school and stopped believing in God. I was living alone in Chicago’s southern industrial sector and working nights as a cocktail waitress. I was not well. Beyond the people I worked with, I spoke to almost no one. I clocked out at three each morning, went to after-hours bars, and came home on the first train of the morning, my head pressed against the window so as to avoid the spectre of my reflection appearing and disappearing in the blackened glass.

At Bible school, I had studied a branch of theology that divided all of history into successive stages by which God revealed his truth. We were told we were living in the “Dispensation of Grace”, the penultimate era, which precedes that glorious culmination, the “Millennial Kingdom”, when the clouds part and Christ returns and life is altered beyond comprehension. But I no longer believed in this future. More than the death of God, I was mourning the dissolution of this narrative, which envisioned all of history as an arc bending towards a moment of final redemption. It was a loss that had fractured even my experience of time. My hours had become non-hours. Days seemed to unravel and circle back on themselves.

The Kurzweil book belonged to a bartender at the jazz club where I worked. He lent it to me a couple of weeks after I’d seen him reading it and asked him – more out of boredom than genuine curiosity – what it was about. I read the first pages on the train home from work, in the grey and ghostly hours before dawn.

“The 21st century will be different,” Kurzweil wrote. “The human species, along with the computational technology it created, will be able to solve age-old problems … and will be in a position to change the nature of mortality in a postbiological future.”

Like the theologians at my Bible school, Kurzweil, who is now a director of engineering at Google and a leading proponent of a philosophy called transhumanism, had his own historical narrative. He divided all of evolution into successive epochs. We were living in the fifth epoch, when human intelligence begins to merge with technology. Soon we would reach the “Singularity”, the point at which we would be transformed into what Kurzweil called “Spiritual Machines”. We would transfer or “resurrect” our minds onto supercomputers, allowing us to live forever. Our bodies would become incorruptible, immune to disease and decay, and we would acquire knowledge by uploading it to our brains. Nanotechnology would allow us to remake Earth into a terrestrial paradise, and then we would migrate to space, terraforming other planets. Our powers, in short, would be limitless.

It’s difficult to account for the totemic power I ascribed to the book. I carried it with me everywhere, tucked in the recesses of my backpack, though I was paranoid about being seen with it in public. It seemed to me a work of alchemy or a secret gospel. It is strange, in retrospect, that I was not more sceptical of these promises. I’d grown up in the kind of millenarian sect of Christianity where pastors were always throwing out new dates for the Rapture. But Kurzweil’s prophecies seemed different because they were bolstered by science. Moore’s law held that computer processing power doubled every two years, meaning that technology was developing at an exponential rate. Thirty years ago, a computer chip contained 3,500 transistors. Today it has more than 1bn. By 2045, Kurzweil predicted, the technology would be inside our bodies. At that moment, the arc of progress would curve into a vertical line.


Many transhumanists such as Kurzweil contend that they are carrying on the legacy of the Enlightenment – that theirs is a philosophy grounded in reason and empiricism, even if they do lapse occasionally into metaphysical language about “transcendence” and “eternal life”. As I read more about the movement, I learned that most transhumanists are atheists who, if they engage at all with monotheistic faith, defer to the familiar antagonisms between science and religion. “The greatest threat to humanity’s continuing evolution,” writes the transhumanist Simon Young, “is theistic opposition to Superbiology in the name of a belief system based on blind faith in the absence of evidence.”

Yet although few transhumanists would likely admit it, their theories about the future are a secular outgrowth of Christian eschatology. The word transhuman first appeared not in a work of science or technology but in Henry Francis Carey’s 1814 translation of Dante’s Paradiso, the final book of the Divine Comedy. Dante has completed his journey through paradise and is ascending into the spheres of heaven when his human flesh is suddenly transformed. He is vague about the nature of his new body. “Words may not tell of that transhuman change,” he writes.

Dante, in this passage, is dramatising the resurrection, the moment when, according to Christian prophecies, the dead will rise from their graves and the living will be granted immortal flesh. The vast majority of Christians throughout the ages have believed that these prophecies would happen supernaturally – God would bring them about, when the time came. But since the medieval period, there has also persisted a tradition of Christians who believed that humanity could enact the resurrection through science and technology. The first efforts of this sort were taken up by alchemists. Roger Bacon, a 13th-century friar who is often considered the first western scientist, tried to develop an elixir of life that would mimic the effects of the resurrection as described in Paul’s epistles.

The Enlightenment failed to eradicate projects of this sort. If anything, modern science provided more varied and creative ways for Christians to envision these prophecies. In the late 19th century, a Russian Orthodox ascetic named Nikolai Fedorov was inspired by Darwinism to argue that humans could direct their own evolution to bring about the resurrection. Up to this point, natural selection had been a random phenomenon, but now, thanks to technology, humans could intervene in this process. Calling on biblical prophecies, he wrote: “This day will be divine, awesome, but not miraculous, for resurrection will be a task not of miracle but of knowledge and common labour.”

According to Kurzweil, we would soon reach the Singularity, when we would be transformed into ‘Spiritual Machines’

This theory was carried into the 20th century by Pierre Teilhard de Chardin, a French Jesuit priest and palaeontologist who, like Fedorov, believed that evolution would lead to the Kingdom of God. In 1949, Teilhard proposed that in the future all machines would be linked to a vast global network that would allow human minds to merge. Over time, this unification of consciousness would lead to an intelligence explosion – the “Omega Point” – enabling humanity to “break through the material framework of Time and Space” and merge seamlessly with the divine. The Omega Point is an obvious precursor to Kurzweil’s Singularity, but in Teilhard’s mind, it was how the biblical resurrection would take place. Christ was guiding evolution toward a state of glorification so that humanity could finally merge with God in eternal perfection.

Transhumanists have acknowledged Teilhard and Fedorov as forerunners of their movement, but the religious context of their ideas is rarely mentioned. Most histories of the movement attribute the first use of the term transhumanism to Julian Huxley, the British eugenicist and close friend of Teilhard’s who, in the 1950s, expanded on many of the priest’s ideas in his own writings – with one key exception. Huxley, a secular humanist, believed that Teilhard’s visions need not be grounded in any larger religious narrative. In 1951, he gave a lecture that proposed a non-religious version of the priest’s ideas. “Such a broad philosophy,” he wrote, “might perhaps be called, not Humanism, because that has certain unsatisfactory connotations, but Transhumanism. It is the idea of humanity attempting to overcome its limitations and to arrive at fuller fruition.”

The contemporary iteration of the movement arose in San Francisco in the late 1980s among a band of tech-industry people with a libertarian streak. They initially called themselves Extropians and communicated through newsletters and at annual conferences. Kurzweil was one of the first major thinkers to bring these ideas into the mainstream and legitimise them for a wider audience. His ascent in 2012 to a director of engineering position at Google, heralded, for many, a symbolic merger between transhumanist philosophy and the clout of major technological enterprise.

Transhumanists today wield enormous power in Silicon Valley – entrepreneurs such as Elon Musk and Peter Thiel identify as believers – where they have founded thinktanks such as the Singularity University and the Future of Humanity Institute. The ideas proposed by the pioneers of the movement are no longer abstract theoretical musings but are being embedded into emerging technologies at organisations such as Google, Apple, Tesla and SpaceX.


Losing faith in God in the 21st century is an anachronistic experience. You end up contending with the kinds of things the west dealt with more than a hundred years ago: materialism, the end of history, the death of the soul. When I think back on that period of my life, what I recall most viscerally is an unnamable sense of dread. There were days I woke in a panic, certain that I’d lost some essential part of myself in the fume of a blackout, and would work my fingers across my nose, my lips, my eyebrows, and my ears until I assured myself that everything was intact. My body had become strange to me; it seemed insubstantial. I went out of my way to avoid subway grates because I believed I could slip through them. One morning, on the train home from work, I became convinced that my flesh was melting into the seat.

At the time, I would have insisted that my rituals of self-abuse – drinking, pills, the impulse to put my body in danger in ways I now know were deliberate – were merely efforts to escape; that I was contending, however clumsily, with the overwhelming despair at the absence of God. But at least one piece of that despair came from the knowledge that my body was no longer a sacred vessel; that it was not a temple of the holy spirit, formed in the image of God and intended to carry me into eternity; that my body was matter, and any harm I did to it was only aiding the unstoppable process of entropy for which it was destined.

To confront this reality after believing otherwise is to experience perhaps the deepest sense of loss we are capable of as humans. It’s not just about coming to terms with the fact that you will die. It has something to do with suspecting that there is no difference between your human flesh and the plastic seat of the train. It has to do with the inability to watch your reflection appear and vanish in a window without coming to believe you are identical to it.

What makes the transhumanist movement so seductive is that it promises to restore, through science, the transcendent hopes that science itself has obliterated. Transhumanists do not believe in the existence of a soul, but they are not strict materialists, either. Kurzweil claims he is a “patternist”, characterising consciousness as the result of biological processes, “a pattern of matter and energy that persists over time”. These patterns, which contain what we tend to think of as our identity, are currently running on physical hardware – the body – that will one day give out. But they can, at least in theory, be transferred onto supercomputers, robotic surrogates or human clones. A pattern, transhumanists would insist, is not the same as a soul. But it’s not difficult to see how it satisfies the same longing. At the very least, a pattern suggests that there is some essential core of our being that will survive and perhaps transcend the inevitable degradation of flesh.

Of course, mind uploading has spurred all kinds of philosophical anxieties. If the pattern of your consciousness is transferred onto a computer, is the pattern “you” or a simulation of your mind? One camp of transhumanists have argued that true resurrection can happen only if it is bodily resurrection. They tend to favour cryonics and bionics, which promise to resurrect the entire body or else supplement the living form with technologies to indefinitely extend life.

It is perhaps not coincidental that an ideology that grew out of Christian eschatology would come to inherit its philosophical problems. The question of whether the resurrection would be corporeal or merely spiritual was an obsessive point of debate among early Christians. One faction, which included the Gnostic sects, argued that only the soul would survive death; another insisted that the resurrection was not a true resurrection unless it revived the body.

Photograph: Liam Norris/Getty Images

Transhumanists, in their eagerness to preempt charges of dualism, tend to sound an awful lot like these early church fathers. Eric Steinhart, a “digitalist” philosopher at William Paterson University, is among the transhumanists who insist the resurrection must be physical. “Uploading does not aim to leave the flesh behind,” he writes, “on the contrary, it aims at the intensification of the flesh.” The irony is that transhumanists are arguing these questions as though they were the first to consider them. Their discussions give no indication that these debates belong to a theological tradition that stretches back to the earliest centuries of the Common Era.


While the effects of my deconversion were often felt physically, the root causes were mostly cerebral. My doubts began in earnest during my second year at Bible school, after I read The Brothers Karamazov and entertained, for the first time, the problem of how evil could exist in a world created by a benevolent God. In our weekly dormitory prayer groups, my classmates would assure me that all Christians struggled with these questions, but the stakes in my case were higher because I was planning to become a missionary after graduation. I nodded deferentially as my friends supplied the familiar apologetics, but afterward, in the silence of my dorm room, I imagined myself evangelising a citizen of some remote country and crumbling at the moment she pointed out those theological contradictions I myself could not abide or explain.

I knew other people who had left the church, and was amazed at how effortlessly they had seemed to cast off their former beliefs. Perhaps I clung to the faith because, despite my doubts, I found – and still find – the fundamental promises of Christianity beautiful, particularly the notion that human existence ultimately resolves into harmony. What I could not reconcile was the idea that an omnipotent and benevolent God could allow for so much suffering.

Transhumanism offered a vision of redemption without the thorny problems of divine justice. It was an evolutionary approach to eschatology, one in which humanity took it upon itself to bring about the final glorification of the body and could not be blamed if the path to redemption was messy or inefficient. Within months of encountering Kurzweil, I became totally immersed in transhumanist philosophy. By this point, it was early December and the days had grown dark. The city was besieged by a series of early winter storms, and snow piled up on the windowsills, silencing the noise outside. I increasingly spent my afternoons at the public library, researching things like nanotechnology and brain-computer interfaces.

Once, after following link after link, I came across a paper called “Are You Living in a Computer Simulation?” It was written by the Oxford philosopher and transhumanist Nick Bostrom, who used mathematical probability to argue that it’s “likely” that we currently reside in a Matrix-like simulation of the past created by our posthuman descendants. Most of the paper consisted of esoteric calculations, but I became rapt when Bostrom started talking about the potential for an afterlife. If we are essentially software, he noted, then after we die we might be “resurrected” in another simulation. Or we could be “promoted” by the programmers and brought to life in base reality. The theory was totally naturalistic – all of it was possible without any appeals to the supernatural – but it was essentially an argument for intelligent design. “In some ways,” Bostrom conceded, “the posthumans running a simulation are like gods in relation to the people inhabiting the simulation”.

One afternoon, deep in the bowels of an online forum, I discovered a link to a cache of “simulation theology” – articles written by fans of Bostrom’s theory. According to the “Argument for Virtuous Engineers”, it was reasonable to assume that our creators were benevolent because the capacity to build sophisticated technologies required “long-term stability” and “rational purposefulness”. These qualities could not be cultivated without social harmony, and social harmony could be achieved only by virtuous beings. The articles were written by software engineers, programmers and the occasional philosopher.

The deeper I got into the articles, the more unhinged my thinking became. One day, it occurred to me: perhaps God was the designer and Christ his digital avatar, and the incarnation his way of entering the simulation to share tips about our collective survival as a species. Or maybe the creation of our world was a competition, a kind of video game in which each participating programmer invented one of the world religions, sent down his own prophet-avatar and received points for every new convert.

By this point I’d passed beyond idle speculation. A new, more pernicious thought had come to dominate my mind: transhumanist ideas were not merely similar to theological concepts but could in fact be the events described in the Bible. It was only a short time before my obsession reached its culmination. I got out my old study Bible and began to scan the prophetic literature for signs of the cybernetic revolution. I began to wonder whether I could pray to beings outside the simulation. I had initially been drawn to transhumanism because it was grounded in science. In the end, I became consumed with the kind of referential mania and blind longing that animates all religious belief.


I’ve since had to distance myself from prolonged meditation on these topics. People who once believed, I have been told, are prone to recidivism. Over the past decade, as transhumanism has become the premise of Hollywood blockbusters and a passable topic of small talk among people under 40, I’ve had to excuse myself from conversations, knowing that any mention of simulation theory or the noosphere can send me spiralling down that techno-theological rabbit hole.

Last spring, a friend of mine from Bible school, a fellow apostate, sent me an email with the title “robot evangelism”. “I seem to recall you being into this stuff,” he said. There was a link to an episode of The Daily Show that had aired a year ago. The video was a satirical report by the correspondent Jordan Klepper called “Future Christ”, in which a Florida pastor, Christopher Benek, argued that in the future, AI could be evangelised just like humans. The interview had been heavily edited, and it wasn’t really clear what Benek believed, except that robots might one day be capable of spiritual life, an idea that failed to strike me as intrinsically absurd.

One transhumanist believes we may reside in a Matrix-like simulation of the past created by our posthuman descendants

I Googled Benek. He had studied to be a pastor at Princeton Theological Seminary, one of the most prestigious in the country. He described himself in his bio as a “techno-theologian, futurist, ethicist, Christian Transhumanist, public speaker and writer”. He also chaired the board of something called the Christian Transhumanism Association. I followed a link to the organisation’s website, which included that peculiar quote from Dante: “Words cannot tell of that transhuman change.”

All this seemed unlikely. Was it possible there were now Christian Transhumanists? Actual believers who thought the Kingdom of God would come about through the Singularity? I had thought I was alone in drawing these parallels between transhumanism and biblical prophecy, but the convergences seemed to have gained legitimacy from the pulpit. How long would it be before everyone noticed the symmetry of these two ideologies – before Kurzweil began quoting the Gospel of John and Bostrom was read alongside the minor prophets?

A few months later, I met with Benek at a cafe across the street from his church in Fort Lauderdale. In my email to him, I’d presented my curiosity as journalistic, unable to admit – even to myself – what lay behind my desire to meet.

He arrived in the same navy blazer he had worn for The Daily Show interview and appeared nervous. The Daily Show had been a disaster, he told me. He had spoken with them for an hour about the finer points of his theology, but the interview had been cut down to his two-minute spiel on robots – something he insisted he wasn’t even interested in, it was just a thought experiment he had been goaded into. “It’s not like I spend my days speculating on how to evangelise robots,” he said.

I explained that I wanted to know whether transhumanist ideas were compatible with Christian eschatology. Was it possible that technology would be the avenue by which humanity achieved the resurrection and immortality? I worried that the question sounded a little deranged, but Benek appeared suddenly energised. It turned out he was writing a dissertation on precisely this subject.

“Technology has a role in the process of redemption,” he said. Christians today assume the prophecies about bodily perfection and eternal life are going to be realised in heaven. But the disciples understood those prophecies as referring to things that were going to take place here on Earth. Jesus had spoken of the Kingdom of God as a terrestrial domain, albeit one in which the imperfections of earthly existence were done away with. This idea, he assured me, was not unorthodox; it was just old.

I asked Benek about humility. Wasn’t it all about the fallen nature of the flesh and our tragic limitations as humans?

“Sure,” he said. He paused a moment, as though debating whether to say more. Finally, he leaned in and rested his elbows on the table, his demeanour markedly pastoral, and began speaking about the transfiguration and the nature of Christ. Jesus, he reminded me, was both fully human and fully God. What was interesting, he said, was that science had actually verified the potential for matter to have two distinct natures. Superposition, a principle in quantum theory, suggests that an object can be in two places at one time. A photon could be a particle, and it could also be a wave. It could have two natures. “When Jesus tells us that if we have faith nothing will be impossible for us, I think he means that literally.”

By this point, I had stopped taking notes. It was late afternoon, and the cafe was washed in amber light. Perhaps I was a little dehydrated, but Benek’s ideas began to make perfect sense. This was, after all, the promise implicit in the incarnation: that the body could be both human and divine, that the human form could walk on water. “Very truly I tell you,” Christ had said to his disciples, “whoever believes in me will do the works I have been doing, and they will do even greater things than these.” His earliest followers had taken this promise literally. Perhaps these prophecies had pointed to the future achievements of humanity all along, our ability to harness technology to become transhuman. Christ had spoken mostly in parables – no doubt for good reason. If a superior being had indeed come to Earth to prophesy the future to 1st-century humans, he would not have wasted time trying to explain modern computing or sketching the trajectory of Moore’s law on a scrap of papyrus. He would have said, “You will have a new body,” and “All things will be changed beyond recognition,” and “On Earth as it is in heaven.” Perhaps only now that technologies were emerging to make such prophecies a reality could we begin to understand what Christ meant about the fate of our species.

I could sense my reason becoming loosened by the lure of these familiar conspiracies. Somewhere, in the pit of my stomach, it was amassing: the fevered, elemental hope that the tumult of the world was authored and intentional, that our profound confusion would one day click into clarity and the broken body would be restored. Part of me was still helpless against the pull of these ideas.

It was late. The cafe had emptied and a barista was sweeping near our table. As we stood to go, I felt that our conversation was unresolved. I suppose I’d been hoping that Benek would hand me some portal back to the faith, one paved by the certitude of modern science. But if anything had become clear to me, it was my own desperation, my willingness to spring at this largely speculative ideology that offered a vestige of that first religious promise. I had disavowed Christianity, and yet I had spent the past 10 years hopelessly trying to re-create its visions by dreaming about our postbiological future – a modern pantomime of redemption. What else could lie behind this impulse but the ghost of that first hope?

Main photograph by Liam Norris/Getty Images

This is an abridged version of an essay from the latest issue of n+1, on sale now. To find out more, visit http://ift.tt/1MS0m7r.

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A Few of Hockey’s Epic Fails

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Scoring a goal in hockey is not easy. The NHL net is 72 inches wide by 48 inches tall. Put a fully padded-up goaltender in the middle of the goal and getting a puck into the net is a formidable task. However, sometimes the goaltender is not in the net, and when a player attempts to score and whiffs, it’s an epic fail. While this is not the complete list, here are three of the most memorable.

Stefan’s Empty Net Fail

One of the most, if not the most epic fails belongs to Patrik Stefan of the Dallas Stars.

In a game versus the Edmonton Oilers, time was winding down with the Stars leading 5-4. Stefan gathered the puck and with no one between him and the Oilers’ empty net. Stefan, sure to make the empty-net goal and secure the win for the Stars promptly did this:

Stefan could have crouched on his knees and pushed the puck with his nose like a peanut. Instead, as Jared Clinton described in an article at The Hockey News, Stefan notched what may be the most epic fail in the history of the NHL:

As Stefan shifted the puck, it hit a rut in the ice, flipped up and over his stick and skittered helplessly wide. Stefan, trying to scramble to recover, lost his footing, mistakenly swatted the puck back towards Oilers center Jarret Stoll, which started a play up ice that resulted in a game-tying goal from Edmonton’s Ales Hemsky.

The Stars eventually won the game 6-5 in a shootout. The game will remain in the annals of hockey for the Stefan miss.

Craig Smith Goes Top Shelf, Err Stands

On November 17, 2011, the Nashville Predators were hosting the Toronto Maple Leafs. They had the game in hand, 3-1, with a little over a minute left in the contest. The Leafs had pulled their goaltender and were trying to score to cut the Predators’ lead.

Suddenly, Craig Smith grabs the puck in the Leafs’ zone, and raced to the wide open net:

Smith tried to go top shelf and instead sailed the puck into the stands. While this epic fail had no effect on the game’s final result, it lands him on this list of hockey’s most epic misses.

Matt Cooke Double Trouble

Matt Cooke goes down in “epic fail lore” as having the distinction of missing not one but two shots at an empty net.

On March 5, 2009, the Pittsburgh Penguins were sitting on a 2-0 lead against the Calgary Flames with a minute to go in the third period. The Flames pulled their goalie to try to pull back into the game, and Cooke wound up with the puck on a breakaway. He shot at the wide-open goal and watched as the puck slid by the post, on the wrong side. It was an epic whiff.

Undaunted by his first miss, Cooke found himself again with the puck and a chance to redeem himself. Instead, he whiffed a second time and became the butt of his teammates’ jokes. Another epic fail for Cooke.

NHL action is fast, tough and continuous and, occasionally, the bizarre happens. Players at the top of their games miss wide open shots.  The good news is there is always a next epic fail that will cement itself into hockey history and it could happen in the next game. Stay tuned!



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George R. R. Martin Doesn’t Need to Finish Writing the Game of Thrones Books

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In the beginning, George R. R. Martin created A Game of Thrones—words printed on paper and bound into books sold in shops around the world, to be read by a moderate-but-mighty number of fantasy fans. That was 1996. Fourteen years and four books later, HBO said “Let there be a TV series!” And nothing was ever the same.

Since Game of Thrones began, Martin has published just one new book: A Dance with Dragons, the fifth in the Song of Ice and Fire series. (OK, he technically released A Knight of the Seven Kingdoms, but that was a prequel and—actually, let’s just not speak of it.) Martin thinks he could finish the next one, The Winds of Winter, this year. Maybe. Who knows? Last year, during Season 6 of the TV series, the show fully bypassed the published blueprint of Westeros, the world of Martin’s fantasy epic. Fans freaked out—how could he let this happen? George, stop going out and having fun, these fans demanded, get in your house and finish the series. The internet’s favorite joke since around 2012 has been to yell at Martin whenever he’s found to be doing something other than furiously typing. The animating theory of the joke is that it’s his duty—his imperative—to finish the story he began.

Guess what? It’s not. Twitter, you, me, everyone, needs to get over it. The Song of Ice and Fire is not the Westerosi enchiridion any more. Martin’s story, the world he built, lives on TV. And now that HBO is cooking up spinoff shows based the original, it’s official: The TV universe has eclipsed the books and become the Game of Thrones canon.

And that is fine. It really is. Not in a “the world is burning down around me and I pretend this is fine” kind of way. It’s OK because the world of Westeros is not a concrete thing— it’s still being built. Hell, it’s being realized beyond Martin’s imagination, faster than he’s able to write sentences. You know who that’s good for? You, the fan of that world. More for you!

There’s no reason Game of Thrones can’t be like The Godfather or The Shining or Blade Runner or even Jaws. None of these offerings ruined the source material. None of them ruined the stories that came before.

There’s this notion that whatever came first—a book, a film, a TV show—has to be the sacred writ of any major pop culture property. That’s simply not true, especially in the case of Game of Thrones, where the global phenomenon has largely been about HBO’s series. And there’s no reason the show can’t be like The Godfather or The Shining or Blade Runner or even Jaws. (Full disclosure: That’s a film I have a personal and ambivalent stake in.) The cultural impact of all those films surpassed the books upon which they were based. Or think about the Star Wars novels and comic books that came out after the original movies. Are they verboten? More than anything they’re just more windows into a world people can’t get enough of—something Martin’s future books are about to become. Either way, none of these offerings ruined the source material. None of them ruined the stories that came before.

Look, we can hear you hyperventilating with rage through the computer screen. For fans who started reading The Song of Ice and Fire long before the show began, thinking that the saga could finish on HBO is a letdown—particularly for those who don’t want to watch the show until they’ve finished the books. For the last few years being able to say “Sure, yes, but the books are better” has provided a nice little dopamine rush. But beyond that thrill, what Game of Thrones fans really want is more Game of Thrones. And right now, their best bet for getting that is on premium cable.

And the Game of Thrones world has been outgrowing Martin’s writing for a while. In an interview with The New Yorker, he said that he sometimes relies on fans running the Westeros.org wiki to remember the details of his own complicated plot. “I’ll write something and e-mail him to ask, ‘Did I ever mention this before?’ And he writes me right back: ‘Yes, on page 17 of Book Four,'” he said, referring to a particular super fan with whom he works closely. That fact suggests Westeros is already out of his hands, and if he’s comfortable with having a little less canonical power, fans should be too.

And for those worried Martin won’t have control of his creation at all, fret not. He’s reportedly involved in not one, but two of the proposed writing teams for the spinoff shows HBO is considering. There’s no telling which programs will ever make it to the small screen, but it’s practically a given that he’ll be on board. That means it’s also almost certain the completion of the Song of Ice and Fire series will be delayed even further. But if Martin never finishes the last book, and instead the story of the winter in Westeros is wrapped up in a series of multi-million-dollar, special-effects-laden episodes of TV? Well, there are worse fates.

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The laid-back, but competitive, world of college club golf

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It was noon last Monday, and Jordan Davis’ cellphone rang, but he didn’t hear it. The University of Georgia junior had finally come down off the high of winning a college national championship and he was catching up on some of the sleep he had missed the previous evening.

The entertaining story would be that Davis and his Bulldog teammates had been out all night celebrating their triumph. The true story was they were just trying to get back home. Their two-car caravan drove through the night, a 10-hour trip from Hot Springs, Ark., that ended in Athens at 5 a.m. (OK, so they did indulge themselves a little, stopping at a barbecue joint along the way for a victory meal.)

Their return to campus was greeted with … well … nothing. There was no athletic-department-sponsored pep rally, no golf-cart parade at the University of Georgia Golf Course the way perhaps the school’s varsity men’s golf team might have been honored. This Bulldogs squad had beaten a field of 32 schools—including Florida, Alabama, Oklahoma State and Stanford, among others—from around the country to win the National Collegiate Club Golf Association Championship, but it was an accomplishment achieved in virtual anonymity.

And yet Davis is OK with that, as he explained after waking up, checking his messages and apologetically returning the missed call. “I really can’t begin to describe how excited I am, we all are,” he said. “Nothing beats that winning feeling.”

Davis had led the way, shooting a one-under 71 on Sunday at Hot Springs Country Club, UGa’s low individual score. But he insists the victory was a team effort. Joe Reichard, the club president, made a birdie on the 18th hole to close out a 78. John Michael Klopfenstein also made a birdie on the home hole for a 77. Andrew Kahn, having made a triple bogey on his second hole and starting six over through four, finished at five over, posting an impressive 77. Every stroke was critical in the play-eight, count-five format, the Bulldogs winning by a narrow two strokes over Grand Canyon.

This had been a goal of Davis’ since he started playing on the squad as a freshman in the fall of 2014, his older brother helping found the club the previous year. Even if nobody knew what he had done, he did, and there was satisfaction in that simple fact.

•••

Depending on what school you’re talking about, there is little glamour in college golf. No matter what school you’re talking about, there is no glamour in college club golf. And yet Davis is OK with this, too. The laid-back nature of playing for Georgia’s club team lets him stay active in the sport he loves while keeping it just that, a sport, not an obligation or a condition of attending school.

“I played high school golf, but I didn’t really consider playing college golf,” said Davis, who grew up in Rome, Ga., about 120 miles west of Athens. Why? “Because I didn’t think I was terribly good.”

Whether that’s being humble or honest, Davis is content with the decision. “I’ve always had talent,” says the scratch golfer who will play in U.S. Open local qualifying later this month, “but I wouldn’t say I had the work ethic.” Still, he didn’t want to give up the game entirely.

RELATED: 2017 NCAA Men's Regionals selections made

Davis’ story is a familiar one to Kris Hart, who helps oversee the NCCGA through his company, Nextgengolf. Hart played varsity golf for three years at Bryant College, but as he puts it, “life got in the way.” Yet while not being able to play varsity golf, he also didn’t want to cut all ties from the game. (Nextgengolf also provides outlets for play among 20 and 30 somethings who live in urban areas).

“Golf is a sport of a lifetime, but when many people go to college or just start working out of school, it’s a sport they don’t have much access to,” Hart told me last December when he spoke about the NCCGA during the college golf coaches’ convention in Las Vegas.

Davis' closing 71 allowed him to help push the Bulldogs to their first spring national club championship title.

Hart says there are roughly 400 schools that have club golf programs. Georgia’s team is a healthy one, with 35 members this spring. The roster includes a handful of former varsity players at Division II and Division III programs who, after transferring to Georgia, decided they too wanted stay connected with the game. Each club member pays $200 in dues to be part of the group, which cover much of the travel expenses to tournaments (along with a small subsidy from the school). More comes out of their own pockets, too, most notably greens fees at Georgia’s golf course (the club players do, however, get a discount).

There is no coach, no formal practice and only two official events each semester, a regional tournament that serves as a qualifier for that season’s national championship. When the guys want to play during the week, they message each other in a text chain and quickly fill out foursomes.

Georgia’s first success on the national level came in November, when the team won the NCCGA’s fall national championship at Walt Disney World Resort outside Orlando. When the team also won the spring championship, it became the first in the seven-year history of the NCCGA to win both titles in a given academic year.

•••

There are plenty of friendships among Georgia’s traveling group. Davis’ car left at 11 a.m. on Thursday morning. They reached the Memphis area by late afternoon when the guys realized the Spurs and Grizzles were playing an NBA playoff game that night. “We said, ‘Hey, you want to go to the game tonight?’ ” Davis said. “We looked online, and tickets were only like 20 bucks. And we were like we can’t pass up on that.”

With time to kill before the game, the group stopped at a public course along the highway and got in some practice. “It was an awesome, awesome time.”

The 36-hole tournament itself (with a practice round the day before) was impressively well run, particularly considering the challenging weather conditions. The rain was never so hard on Saturday to stop play, but made things tricky. Yet the low individual score was a 66, shot by the University of Missouri-Columbia’s Dillon Eaton.

“The quality of the competition is pretty impressive,” Hart said. Davis estimates that roughly 15 of the 38 schools have a chance at winning.

Georgia’s chances looked a bit slimmer given that they didn’t travel with its full compliment of eight players. Holding a 36-hole qualifier at home in the days prior to the championship, the squad had narrowed the team to its eight traveling players, but one guy had to back out because of a final. Another stepped in to replace the player, but then another dropped out three days prior to the event, so Georgia went short-handed. It’s another example of the difference between varsity and club golf.

The team shot an opening 376 in the rain to grab a one-shot lead on Grand Canyon, Davis shooting an opening 79. Come Sunday, overcast skies cleared by day’s end. With his closing 71, Davis finished T-16 individually, nine stroke back of Eaton. The Bulldogs a closing 382 to take the title.

“It was an awesome feeling,” Davis said. “Golf is not really a sport that gives a lot of positive feedback for the most part. It was a really great feeling to do that for my team.”

• • •

Davis’ other dream would be for the club team to compete in a match against Chris Haack’s varsity squad, which earned an NCAA Men’s Regional berth on Thursday for the 22nd straight year.

“We’ve been talking about that for years,” Davis said. “Last year we posted a seven under team score for a two-day tournament. We were thinking that was competitive. We would definitely have to have our best day of golf to compete with them, but man, that would be a lot of fun.”

But there isn’t much interaction between the two groups, Haack’s roster limited by the university to a handful of scholarship players.

Davis’ play with the club team has inspired him to be more active with his practice. He’s even forgoing a summer business internship to try and play amateur golf events. His schedule is starting to fill up with qualifiers for the Southern Amateur, North & South, Georgia Amateur and the U.S. Amateur.

“Last summer I missed the U.S. Am qualifier by a few shots. It was like a switch in my head, I’m really good enough,” Davis said. “And my parents were like, Go for it, you’re probably not going to have another chance like this in your life. So I’ve been going 100 percent lately. Over the last few years I’ve really sort of locked down and worked through it.

How do you know things have changed? After Davis hung up the phone, he was on his way to the course to practice. National champions don’t rest on their laurels.


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How Stripe teaches employees to code

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Code is central to Stripe: we build APIs, software tools, and infrastructure that are in turn used by other software engineering-driven businesses. And of course code is also central—by definition—at other software companies.

It’s easy for familiarity with code to become a barrier between different groups within a technology company: lots of companies have an upper tier of code-wrangling wizards that are supported by the rest of the company, sometimes known as the non-engineers. From the beginning, we’ve tried hard to avoid this at Stripe. In seating, we mix engineering teams with non-engineering teams. When we hire, we seek out engineers who are excited about problems beyond code itself. When we communicate internally, we make sure our engineering work is open and comprehensible to all Stripes, and that each improvement to our platform and even internal infrastructure is shared widely.

Last year, we decided to take another step and to start a coding class for any interested employees. The goal of this class wasn’t to help people become full-time engineers. It was instead to help people get deeper insight into how modern software development works so that they could better understand how problems get solved at technology companies. We hoped it could also provide a foundation that would make it easier for participants to continue to self-teach if they found it enjoyable—getting started is often the hardest part.

Based on the success of the class, we realized that the experience might be interesting for people at other companies to read about and perhaps replicate. So here’s a blog post about how we did it.


The experiment

We started our first experiment in August last year by running an immersive 50-hour 10 week coding class pilot with 24 Stripes. (In addition to helping to organize the program, I was also a participant in it.)

We decided to hire a full-time instructor to build, teach, evaluate and scale the class. We realized that having a full-time instructor would be important: the nuances of a particular company’s development stack and putting together relevant educational materials is a quite time-consuming undertaking. Jen, our instructor, spent several weeks integrating into Stripe before writing any of the content or asking about potential applications.

The class took place for 2.5 hours twice per week. In it, we covered the basics of modern programming, with a focus on web development: HTTP, Ruby, Linux, Git, SQL, HTML, CSS, JavaScript. These topics were taught through a combination of lectures, group activities, and individual work in order to establish familiarity with the concepts. This level of understanding enabled each participant to build a basic web store with a Stripe integration at the end of the course.

Like most of the class, I’d never so much as seen a line of code before (my day job was working on recruiting). But, pretty soon, I was using the Stripe Ruby library to implement various features into my newly-created web store. More broadly, and probably most importantly, I came to better appreciate the technical underpinnings behind many cultural norms both at Stripe and across the industry. For example, “==” is used at Stripe to mean you’re in agreement—but I learned that it’s used to test for equality between objects as well.

The class also ended up being a fun way to get to know other people within the company. Our TAs were volunteer Stripe engineers and, class by class, I ended up talking to and often working with people who I rarely interacted with in other contexts.


Results

People loved the class: on average, Stripes strongly agreed that we should continue to offer the class internally (rather than provide a stipend for external courses) and agreed that the course made them more effective in their role. Participants also reported​ ​improvement in two particular areas: ​(​1) ability to autonomously and confidently work with technical users, candidates, and Stripes and ​(​2) fluency with technical tools like​ the Stripe API, and our analytics tools. (One participant shared “I’m much more willing to jump into technical conversations or questions given that I actually understand some of the underlying context.”)

So we decided to implement it at scale. Based on the feedback and our general observations, we broke the course into three month-long modules, and launched the first iteration on April 10th:

  • Intro to Engineering (4 hours/week): Learn to think about code the way Stripe engineers do. We’ll read and debug Ruby, and use tools like GitHub and Terminal.
  • The Stack (1 hour/week): Tackle the combination of technologies that form a web app, such as HTML and CSS.
  • Stripe Projects (4 hours/week): Build a simple integration using Stripe’s API and design a final group project of your choice.

This year, we plan on teaching at least 100 Stripes (about 20% of people not currently working in engineering) to code.


Conclusion

At Stripe, we think we’re still in the early days of witnessing the internet’s global impact. More of what takes place in the world is going to in some way feature software as a coordinating or enabling force. I don’t know what the world looks like twenty years out, but it seems clear to me that some of today’s most interesting and important technologies are better understood with a foundational understanding of how programming works.

If you’re thinking about rolling this out at your company, or have more questions about our design or process, I’d love to chat.



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Game of Thrones forever: HBO developing 4 different spinoffs - EW.com

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HBO is doubling down — no, quadrupling down — on its epic quest to replace Game of Thrones.

The pay TV network is determined to find a way to continue the most popular series in the company’s history and has taken the highly unusual step of developing four different ideas from different writers. The move represents a potentially massive expansion of the popular fantasy universe created by author George R.R. Martin. If greenlit, the eventual show or shows would also mark the first time HBO has ever made a follow-up series to one of its hits.

Most of the assigned writers have experience writing major theatrical films, and Martin is personally involved in two of the projects. The show ideas are from Max Borenstein (Kong: Skull Island, Fox’s Minority Report); Jane Goldman (Kingsman: The Secret Service, X-Men: First Class) along with Martin; Brian Helgeland (A Knight’s Tale, L.A. Confidential); and Carly Wray (Mad Men) with Martin.

HBO isn’t revealing any story details at this time other than that the shows “explore different time periods of George R. R. Martin’s vast and rich universe.”

Game of Thrones showrunners David Benioff and Dan Weiss have previously said they do not plan to be actively involved in any follow-up projects, but it turns out they will be attached to the new shows as executive producers. “Weiss and Benioff continue to work on finishing up the seventh season and are already in the midst of writing and preparing for the eighth and final season,” HBO said in a statement. “We have kept them up to date on our plans and they will be attached, along with George R. R. Martin, as executive producers on all projects. We will support them as they take a much-deserved break from writing about Westeros once the final season is complete.”

The prequel or spinoff development battle royale is a bit like how Disney handles their Marvel and Star Wars brands rather than how a TV network tends to deal with a retiring series (Thrones is expected to conclude with its eighth-and-final season next year.) But GoT is no ordinary show — it’s an international blockbuster that delivers major revenue for HBO via subscriptions (last season averaged 23.3 million viewers in the U.S. alone), home video and merchandise licensing. Plus, there’s all those Emmys to consider (GoT set records for the most Emmys ever won in the prime-time ceremony).

How much of HBO’s Thrones development slate will actually end up on the screen is unknown. It’s possible one or more titles could be produced as a miniseries instead of a regular series. We’re told a variety of different combinations and options are on the table depending on how the scripts look upon completion. But the end goal is to find at least one title that can successfully carry the flame of the GoT franchise. “There is no set timetable for these projects,” HBO said. “We’ll take as much or as little time as the writers need and, as with all our development, we will evaluate what we have when the scripts are in.”

Follow @jameshibberd for breaking GoT news, subscribe to our GoT email newsletter.

Game of Thrones returns for its seventh season on July 16.



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An AI just defeated human fighter pilots in an air combat simulator

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ALPHA, an artificial intelligence developed by a doctoral graduate of the University of Cincinnati has beaten retired United States Air Force Colonel Gene Lee who tried his skills against ALPHA’s superior algorithms.

ALPHA also defeated all other AI’s available at the Air Force Research Lab and any other volunteer human experts. The contests were in a high fidelity air combat simulator.

The most notable aspect was that ALPHA achieved all of its superiority running on a Raspberry Pi.

The feat of defeating Lee was no mean achievement. Gene Lee, an instructor, is experienced in aerial combat having trained with numerous U.S. Air Force pilots. Other achievements by Lee are being an Air Battle Manager who has fought numerous AI opponents in air combat simulations since the 1980’s.

Not only was Lee unsuccessful in winning against ALPHA, but he also could not win even when ALPHA’s aircraft was impeded in speed, sensor use, missile capability and turning.

According to Lee, he was surprised at how ALPHA was reactive and aware. It knew how to defeat every shot as if it was aware of Lee’s intentions. ALPHA also reacted to Lee’s changes in flight and missile deployment. ALPHA seamlessly changed from defensive to offensive actions as required.

What sets ALPHA apart is the genetic fuzzy tree decision system that can calculate an opponent’s movements or strategies 250 times faster than you can blink. Such speed gives it a humongous advantage in a field where advanced skills and great intuition are required.

The future of Air Combat could be dominated by ALPHA which could be a valuable asset to team with a fleet of human pilots. It could help to map right strategies and coordinate a team of aircraft.

Kelly Cohen, an aerospace professor at UC, says that ALPHA could be used to determine the best possible way to perform tasks commanded by its wingman. It will also provide situational and tactical advice during flight.

However, ALPHA has not been without concerns such as pioneering the era of autonomy in battle aircraft. Eventually, we could see Unmanned Combat Aerial Vehicles (UCAVs) deployed in missions without human input and helping to eliminate human errors.

Nick Ernest, a founder of Psibernetix that developed ALPHA, says that they need to push and extend the capabilities of ALPHA. There need to be realistic aerodynamic and sensor models to increase fidelity. The extension of capability will be followed by additional testing of ALPHA against other trained pilots in the simulated environment. Psibernetix is ready to engage in continuing development.



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The interesting numbers in Activision Blizzard earnings

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Activision Blizzard beat analysts expectations for both revenues and earnings on Thursday. But the big video game company also reported some figures that should be interesting for those following the game industry.

The company said it was raising its guidance for the full year outlook. Digital revenues were $1.4 billion of the total $1.7 billion in total revenue for the Santa Monica, Calif.-based company.

The PC accounted for $566 million of Activision Blizzard’s revenue. Consoles were $615 million, and mobile and ancillary were $475 million. Other categories were $70 million. That other category makes me wonder. I would guess it includes things like esports ticket sales, toy merchandise for Skylanders, TV show revenues, and other new parts of the business.

The Candy Crush series is still growing its bookings, and King and Activision are building a new Call of Duty mobile game. King has 342 million monthly active users, down from a year ago but up in terms of engagement time.

But King was actually the biggest contributor to the company’s revenues, with revenue of $475 million. Activision generated just $215 million in revenue, while Blizzard was $441 million (up 58 percent from the prior quarter) of the total. King and Blizzard tied in reporting operating income of $166 million each, while Activision’s operating profit was just $24 million. Activision is expected to contribute more in the second half of the year with Destiny 2 and Call of Duty: World War II.

Above: Candy Crush Saga now belongs to Activision.

Image Credit: King

Overwatch is seeing record growth, with 41 million monthly active players, up 58 percent from a year ago. Overwatch and World of Warcraft saw a big increase in in-game purchases, which were up 25 percent for Blizzard. Hearthstone has more than 70 million registered players to date.

Activision Blizzard made a $500 million prepayment on its debt during the quarter. Long-term debt stands at $4.4 billion, compared to $4.8 billion in the prior quarter. The company has $3.2 billion in cash.

King’s time spent per daily active user is now a record 35 minutes a day, up quarter‐over‐quarter and year‐ over‐year. On the call, Riccardo Zacconi, head of King, said that the company is testing seven new titles.

Above: Vehicles make a lot of noise in Call of Duty: WWII.

Image Credit: Activision/Sledgehammer
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