検索キーワード： 制作 "Highbridge Audio" コンピュータ・テクノロジー

Microfluidics is the field of science that studies fluids constrained to spaces that are smaller than one millimeter wide, and by extension, the engineering field which builds devices that exploit the unique properties of fluids at these scales. Author Albert Folch explores this micro science which has inspired engineers to build devices such as engines, spray cans, ballpoint pens, inkjet and 3D printers, pregnancy and Covid tests, glucometers, asthma nebulizers, kidney dialysis machines, and DNA analyzers.

After many years during which it languished in relative obscurity, in remote classrooms of computer science departments and in small prototype projects for tech companies, artificial intelligence (AI) is now a searingly hot topic across the media. Yet much of the public discussion is so feverish that an understanding of the basic scientific and engineering elements of the field is easily lost, often resulting in exaggerated claims, as well as dangerously neglected threats.

Engineering Hitler's Downfall features numerous inventions such as the decoding machines developed at Bletchley Park; the hand-held mine detectors that cleared pathways through enemy minefields, firstly at the Battle of el Alamein but also in most subsequent actions; the newly-located factories and tanks that enabled the Russians to repulse the German invasion; the escort carriers and long range aircraft that enabled U-boats to be attacked in the mid-Atlantic; and the 4000 plus Bailey bridges that allowed narrow ravines and rivers as wide as the Rhine to be crossed.

At more than 100 million user accounts created and over $10 billion made, it is not only the most-subscribed MMORPG in the world, but the highest-grossing video game of all time. Ten years after its launch, Blizzard Entertainment's World of Warcraft is less a game and more a world unto itself, and it's a world Daniel Lisi knows well. More time in his high school years was spent in Azeroth than in his hometown of Irvine, California—a home he happened to share with Blizzard itself.

When Derek Yu released Spelunky for free in 2008, his roguelike-inspired platformer took the indie game community by storm with its combination of classic platform mechanics, extreme difficulty, and random level generation. Four years later, Spelunky's HD remake went on to become PC Gamer's Game of the Year and earn perfect scores from Polygon and Eurogamer. But how is a "perfect" game made?

Bond—James Bond. In the 80s and 90s, the debonair superspy's games failed to live up to the giddy thrills of his films. That all changed when British studio Rare unleashed GoldenEye 007 in 1997. In basements and college dorms across the world, friends bumped shoulders while shooting, knifing, exploding, and slapping each other's digital faces in the Nintendo 64 game that would redefine the modern first-person shooter genre and become the most badass party game of its generation.

Video game preservationist and historian Kelsey Lewin tells the story of how a mundane-sounding game full of bug-catching, letter-writing, and furniture-collecting became one of Nintendo's best-loved franchises, with Animal Crossing: New Horizons eclipsing Super Mario Bros. for all-time sales in Japan, unlocking gaming’s massive potential to tap into our desire to plant trees, find friends, and make the world a better place.

Throughout history, technological revolutions have been driven by the invention of machines. But today, the power of the technology transforming our world lies in an intangible and impenetrable cosmos of software: algorithmic code. So symbiotic has our relationship with this code become that we barely notice it anymore. We can't see it, are not even sure how to think about it, and yet we do almost nothing that doesn't depend on it. In a world increasingly governed by technologies that so few can comprehend, who—or what—controls the future?

Moonshot Moments is a marriage of science, philosophy, history, and futurism. Bestselling author Milan Kordestani chronicles his journey to thrilling and unforeseen frontiers in our understanding of consciousness, the self, and humanity's cosmic destiny. His exploration moves beyond the growing anxiety over rapid AI development to offer a unifying, transhumanist vision for the future of humankind. He delves into the biohacking of human consciousness, exploring how, amid a world offering both suffering and joy, we can cultivate presence and discover meaning in our lives.