A fascinating examination of the Chaldean word-line, the word machine of Greeks and Egyptians, and Sanskrit verse in a quest for the holy grail of truth.

Born to Be Weird... When Tom Kolczyskrenski got his discharge papers from the Air Force, he decided to look up his old pals¾and the world would never be the same. At one time, the oddly mismatched trio had been roommates, then they'd gone their separate ways. Tom, for lack of money, enlisted in the Air Force to learn electronics. The other two had finished college, lan McTavish going into mechanical engineering and a job with GM, and Jim Hasenpfeffer into behavioral science, leading to his having gotten a Department of Defense grant to¾this is serious stuff, now¾study social interactions in motorcycle gangs. So the three set out to be their own motorcycle gang. But these easy riders had barely begun to closely observe their own interactions when they ran across a strange perfectly hemispherical hole in the ground where a house used to be, with everything that had been in the sphere of influence slowly materializing in bits and pieces in the surrounding area. And they found the plans for the machine that had done this, and were sure they could duplicate it and get rich. But before long they would be wishing they had kept on being the three musketeers on bikes, instead of the three stooges of time travel.... At the publisher's request, this title is sold without DRM (Digital Rights Management).

The Time Machine by H. G. Wells is a science fiction classic, which lends itself well to visualization. This version, illustrated by Yoann Laurent-Rouault, an illustrator master who graduated from the Beaux-Arts, and published in the international literary collection Memoria Books, is a reference on the time travel theme. Wells transports us in the year 802 701, in a society made up of the “Elois”, who live peacefully in a kind of big Garden of Eden, eating fruits and sleeping high up, while underground lives another species, also descending from men, the “Morlocks”, who do not stand the light anymore, living in the dark for too long now. At night, they return to the surface, going back up by the wells, in order to kidnap some Elois that they eat ; these last became livestock unknowingly. In The Time Machine, made into a movie several times, the last of them in 2002 by Simon Wells, the great-grandson of H. G. Wells, time is both a pretext to move the class struggle and warn... and also, in a way, a full character, who fascinates, arbitrates, transcends... The illustrations come to reinforce the time travel and provide a new experience to the reader.

Learn at home with help from The Wonder Years/Hallmark actress, math whiz, and New York Times bestselling author Danica McKellar using her acclaimed McKellar Math books! A revolutionary and FUN way for 2nd to 5th graders to memorize multiplication facts outside of the classroom is finally here! Join Mr. Mouse and Ms. Squirrel and experience an entirely new way of memorizing multiplication facts. Using colorful stories, silly rhymes, and more, Danica McKellar helps to break down the rules of multiplication and to translate many of the (often confusing!) multiplication and division methods taught in today's classrooms. This lively "times" travel adventure is a lifesaver for frustrated kids and parents everywhere and a great way to "zero out" worries about homework and tests. If Mr. Mouse can learn to have fun with math, anyone can!

"Comical novel about Detective Frank Burly who get gets embroiled in time travel and criminal activity during his attempts at helping his new client--Wikipedia

FINALIST FOR 2018 KIRKUS PRIZE NAMED ONE OF THE "BEST LITERARY FICTION OF 2018' BY KIRKUS REVIEWS "Sci-fi in its most perfect expression…Reading it is like having a lucid dream of six years from next week, filled with people you don't know, but will." —NPR "[Williams’s] wit is sharp, but her touch is light, and her novel is a winner." – San Francisco Chronicle "Between seasons of Black Mirror, look to Katie Williams' debut novel." —Refinery29 Smart and inventive, a page-turner that considers the elusive definition of happiness. Pearl's job is to make people happy. As a technician for the Apricity Corporation, with its patented happiness machine, she provides customers with personalized recommendations for greater contentment. She's good at her job, her office manager tells her, successful. But how does one measure an emotion? Meanwhile, there's Pearl's teenage son, Rhett. A sensitive kid who has forged an unconventional path through adolescence, Rhett seems to find greater satisfaction in being unhappy. The very rejection of joy is his own kind of "pursuit of happiness." As his mother, Pearl wants nothing more than to help Rhett--but is it for his sake or for hers? Certainly it would make Pearl happier. Regardless, her son is one person whose emotional life does not fall under the parameters of her job--not as happiness technician, and not as mother, either. Told from an alternating cast of endearing characters from within Pearl and Rhett's world, Tell the Machine Goodnight delivers a smartly moving and entertaining story about the advance of technology and the ways that it can most surprise and define us. Along the way, Katie Williams playfully illuminates our national obsession with positive psychology, our reliance on quick fixes. What happens when these obsessions begin to overlap? With warmth, humor, and a clever touch, Williams taps into our collective unease about the modern world and allows us see it a little more clearly.

Andra wakes up from a cryogenic sleep 1,000 years later than she was supposed to, forcing her to team up with an exiled prince to navigate an unfamiliar planet in this smart, thrilling sci-fi adventure, perfect for fans of Renegades and Aurora Rising. When Andra wakes up, she's drowning. Not only that, but she's in a hot, dirty cave, it's the year 3102, and everyone keeps calling her Goddess. When Andra went into a cryonic sleep for a trip across the galaxy, she expected to wake up in a hundred years, not a thousand. Worst of all, the rest of the colonists--including her family and friends--are dead. They died centuries ago, and for some reason, their descendants think Andra's a deity. She knows she's nothing special, but she'll play along if it means she can figure out why she was left in stasis and how to get back to Earth. Zhade, the exiled bastard prince of Eerensed, has other plans. Four years ago, the sleeping Goddess's glass coffin disappeared from the palace, and Zhade devoted himself to finding it. Now he's hoping the Goddess will be the key to taking his rightful place on the throne--if he can get her to play her part, that is. Because if his people realize she doesn't actually have the power to save their dying planet, they'll kill her. With a vicious monarch on the throne and a city tearing apart at the seams, Zhade and Andra might never be able to unlock the mystery of her fate, let alone find a way to unseat the king, especially since Zhade hasn't exactly been forthcoming with Andra. And a thousand years from home, is there any way of knowing that Earth is better than the planet she's woken to?

MemComputing is a new computing paradigm that employs time non-locality (memory) to both process and store information. This book, written by the originator of this paradigm, explains the main ideas behind MemComputing, explores its theoretical foundations, and shows its applicability to a wide variety of combinatorial optimization problems, machine learning, and quantum mechanics. The book is ideal for graduate students in Physics, Computer Science, Electrical Engineering, and Mathematics, as well as researchers in both academia and industry interested in unconventional computing. The author relies on extensive margin notes, important remarks, and many illustrations to better explain the main concepts and clarify jargon, making the book as self-contained as possible. The reader will be guided from the basic notions to the more advanced ones with an always clear and engaging writing style. Along the way, the reader will appreciate the advantages of this computing paradigm and the major differences that set it apart from the prevailing Turing model of computation, and even quantum computing.