In his foreword to Schrödinger's Machines, Paul Davies writes, "The nineteenth century was known as the machine age, the twentieth century will go down in history as the information age. I believe the twenty-first century will be the quantum age." Perhaps the most successful scientific theory in history, quantum mechanics has already ushered in the information age with inventions like the transistor and the laser. In Schrödinger's Machines, renowned quantum physicist Gerard Milburn explores how our ever-increasing ability to manipulate atomic and subatomic processes is turning purely hypothetical situations and concepts (of a truly weird nature) into concrete, practical devices-- resulting in a complete transformation of our world view. Imagine the creation of machines the size of molecules, detectors sensitive enough to pick up the sound of a pin dropping on the other side of the earth, the fabrication of new and exotic materials, and extraordinarily powerful computers that can process information in many alternative realities simultaneously, creating a whole new type of mathematics. This isn't science fiction, but just some of the breathtaking possibilities offered by quantum technology over the next fifty years. Leaving the common sense of Newtonian machines far behind, Schrödinger's Machines is an advance preview of the strange new world ahead. Clearly presented, and with an acute awareness of recent advances in the field, it's indispensable reading for anyone interested in the future.

Perhaps the most successful scientific theory in history, quantum mechanics has already ushered in the information age with inventions like the transistor and the laser. In Schrodinger's Machines, renowned quantum physicist Gerard Milburn explores how our ever-increasing ability to manipulate atomic and subatomic processes is turning purely hypothetical situations and concepts (of a truly weird nature) into concrete, practical devices - resulting in a complete transformation of our world view. Imagine the creation of machines the size of molecules, detectors sensitive enough to pick up the sound of a pin dropping on the other side of the earth, the fabrication of new and exotic materials, and extraordinarily powerful computers that can process information in many alternative realities simultaneously, creating a whole new type of mathematics. This isn't science fiction, but just some of the breathtaking possibilities offered by quantum technology over the next fifty years.

Written by a renowned quantum physicist closely involved in the U.S. government's development of quantum information science, this book presents an inside look at the government's quest to build a quantum computer capable of solving complex mathematical problems and hacking the public-key encryption codes used to secure the Internet. The "killer app" refers to Shor's quantum factoring algorithm, which would unveil the encrypted communications of the entire Internet if a quantum computer could be built to run the algorithm. Schrodinger's notion of quantum entanglement-and his infamous cat-is at the heart of it all.

“Tender, hilarious, and packed with delightful surprises . . . If Einstein and John Cleese had written a novel together, this would be it.” –Joseph Weisberg, author of 10th Grade Four friends set out into the night in Cambridge, Massachusetts, undeterred by the fact that one of them might actually be dead. Deb has perfected the half-hour orgasm. Grant, a geek, desperately desires Deb. Depressed Arlene has just improbably slept with Johnny, their leader, who recently and accidentally shot himself to death. But is he (or anyone) alive or dead until he’s observed to be by someone else? Maybe not, according to Dr. Erwin Schrödinger, the renowned physicist (1887—1961) who is, strangely, still ambling through the Ivy League town, offering opinions and proofs about how our perceptions can bring to life–and, in turn, reduce and destroy–other people and ourselves. And what does Schrödinger have to do with the President of Montana, who just declared war on the rest of the country, or the Harvard Square bag lady who is rewriting the history of the world? What’s the significance of the cat in the box, the “miracle molecule,” or the discarded piece of luncheon meat? Answer: All will collide by the end of this hypersmart, supersexy, madly moving novel that crosses structural inventiveness with easygoing accessibility, the United States with our internal states of being, philosophy with fiction. In Adam Felber’s dazzling debut, science and humanity collide in a kaleidoscopic story that is as hilarious as death and as heartbreaking as love. Praise: “A jangle of provocative absurdities playing off a pair of lovers so winning that readers, like the audiences at the old Hollywood romantic comedies, will all but rent ladders to uncross the stars that guide and misguide their efforts…. [Schrodinger’s Ball is] a romantic fantasy in three-quarter time, as brainy as it is airy, and unhinged either way.”–The New York Times “Felber has done the impossible: he’s made quantum theory seem hysterically funny and Cambridge, Massachusetts seem like a place of strange magic. Schrödinger’s Ball is a great read that will blind you with science and laughter.”–Chris Regan, writer for The Daily Show and co-author of America (The Book) “[A] crackling comic novel…[Felber] frolics in the fields of science....His wit and linguistic acrobatics make this clever mind-bender worth the ride.–Booklist “It’s smart, it’s funny, it’s got heart. All this and an umlaut too! Schrödinger’s Ball is thoroughly lively.”–Roy Blount Jr., author of Roy Blount’s Book of Southern Humor “If Einstein and John Cleese had written a novel together, this would be it. Felber creates a world that is both completely real and totally enchanted. Tender, hilarious, and packed with delightful surprises, Schrödinger’s Ball is even more original than other really original books.”–Joseph Weisberg, author of Tenth Grade “There’s no uncertainty about it. Schrödinger’s Ball once and for all proves the Adam Felber theory of comic novel writing: a book can be rollickingly funny, sharply satirical, romantic, and endearing–and involve quantum physics.”–Mo Rocca, author of All the Presidents’ Pets: The Story of One Reporter Who Refused to Roll Over ”Schrödinger’s Ball is as funny as hell, charming and kind, and perceptive and moving. Adam Felber has an amazing feel for the interior lives of his characters, even while using the shifting points-of-view of a David Foster Wallace.”–Peter Sagal, host of NPR’s Wait, Wait…Don’t Tell Me! “[A] raucous, willfully absurd debut…designed to expose the beautiful randomness of existence….Felber has embraced postmodern fiction's favorite themes…and turned it into a work of broad comedy instead of a fit of fatalistic handwringing.”–Kirkus Reviews “Few novels attempting a deliberately bad explanation of the uncertainty principle could surpass this inspired romp….Felber's debut is illogically, warmly entertaining.”–Publishers Weekly

Schrodinger’s Cat was a science blog set out to debunk the science misinformation that was and is rampant on social media, as well as be a credible and trusted source to answer all of readers’ science questions, such as: - What makes fireworks different colours? - How do birds find their way when migrating? - What is a GMO? - Is it possible to recreate Frankenstein’s Monster? - What causes that Thanksgiving day “turkey coma”? - What is healthier? Eating meat or being vegan? - Is green energy more efficient, and how much would a city need to power itself? - Can sunscreen really give you cancer? - How far away are we from having a zoo full of extinct animals? - Is the science and technology in my favourite movie/video game even possible? - Did they actually find water on Mars? - Why are the InSight and Parker Solar Probe missions so important? All of this and more are answered in “From The Vault of Schrodinger’s Cat”, a collection of readers’ favourite posts from the beloved blog, Schrodinger’s Cat, including footnotes of updates of how the science has progressed since the post was released and extensive works cited and resources to provide the same level of transparency, dedication to fact-checking, and search for knowledge that the readers of Schrodinger’s Cat have come to know.

The sequel to the cult classic The Illuminatus! Trilogy, this is an epic fantasy that offers a twisted look at our modern-day world--a reality that exists in another dimension of time and space that may be closer than we think.

This book tells the story of the second quantum revolution which will shape the 21st century as much as the first quantum revolution shaped the 20th century. It provides unique orientation in today's discussion and the latest progress on the interpretation of quantum physics and its further technological potential. As you read this book the first prototypes of this revolution are being built in laboratories worldwide. Super-technologies such as nanotechnology, quantum computers, quantum information processing, and others will soon shape our daily lives, even if physicists themselves continue to disagree on how to interpret the central theory of modern physics. The book will thus also touch on the profound philosophical questions at the heart of quantum mechanics.

"From Schrödinger's Equation to Deep Learning: A Quantum Approach" offers a captivating exploration that bridges the realms of quantum mechanics and deep learning. Tailored for scientists, researchers, and enthusiasts in both quantum physics and artificial intelligence, this book delves into the symbiotic relationship between quantum principles and cutting-edge deep learning techniques. Covering topics such as quantum-inspired algorithms, neural networks, and computational advancements, the book provides a comprehensive overview of how quantum approaches enrich and influence the field of deep learning. With clarity and depth, it serves as an enlightening resource for those intrigued by the dynamic synergy between quantum mechanics and the transformative potential of deep learning.

The Schrodinger equation is the master equation of quantum chemistry. The founders of quantum mechanics realised how this equation underpins essentially the whole of chemistry. However, they recognised that its exact application was much too complicated to be solvable at the time. More than two generations of researchers were left to work out how to achieve this ambitious goal for molecular systems of ever-increasing size. This book focuses on non-mainstream methods to solve the molecular electronic Schrodinger equation. Each method is based on a set of core ideas and this volume aims to explain these ideas clearly so that they become more accessible. By bringing together these non-standard methods, the book intends to inspire graduate students, postdoctoral researchers and academics to think of novel approaches. Is there a method out there that we have not thought of yet? Can we design a new method that combines the best of all worlds?