Here are 4 books that The Battle of the Beams fans have personally recommended if you like
The Battle of the Beams.
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I’m an author, playwright and science writer near Ottawa, Canada. One thing that fascinated me in writing The Stardust Revolution was how 20th-century astronomy advances were grounded in the re-use of military technologies developed in WWII. Both radio- and infrared astronomy emerged from the use of former Nazi and Allied military hardware. This is because WWII was the physicists war—their inventions determined its outcome. These five books describe the key science and technology—atomic weapons, radar, and rockets—that won World War Two and have shaped the world since. The books are a great mix of biography, narrative non-fiction, and investigative journalism.
To paraphrase Buderi, radar won the war, the atomic bomb ended it. This isn’t hyperbole. Rushed into service, radar saved Britain from invasion in the summer of 1941 and was a decisive tool in every major theatre of war, from directing night bombers to attacking U-boats.
From Simon & Schuster, The Invention That Changed the World explores how a small group of radar pioneers won the second World War and launched a technical revolution.
The technology that was created to win World War II—radar—has revolutionized the modern world. This is the fascinating story of the inventors and their inventions.
Magical realism meets the magic of Christmas in this mix of Jewish, New Testament, and Santa stories–all reenacted in an urban psychiatric hospital!
On locked ward 5C4, Josh, a patient with many similarities to Jesus, is hospitalized concurrently with Nick, a patient with many similarities to Santa. The two argue…
I lived in London for eighteen years and acquired an abiding affection for my nation’s capital. I wanted to write a sequel to Bluebirds and jumped at the chance of giving Bryan Hale an adventure where he could walk the streets that I knew and loved. The scars caused on the fair face of London by sticks of Nazi bombs landing in ragged lines across the streets and terraces may still be discerned from the incongruity of the buildings that have since risen to fill the gaps. London heals and thrives. Ultimately, I believe every English writer harbours an ambition to write a London novel. I did, and I did.
British Radio Direction Finding stations (RDF), later to be dubbed Radar, with their iconic arrays of masts along England’s south coast, contributed greatly to the RAF’s success in the Battle of Britain by detecting approaching raids and giving early warning. Both sides in the European war possessed similar technologies operated from ground stations. The race to miniaturise RDF sets for airborne interception, once realised, would have devastating consequences for intruding bomber crews facing A.I. equipped night fighters over Britain and Germany. Price takes an even-handed approach in relating the development of these technologies in Britain, Germany, the US, and Japan, making this an absorbing and enjoyable read that demystifies an aspect of the war that is usually only mentioned in passing.
The rapid evolution of radio and radar systems for military use during World War II, and devices to counter them, led to a technological battle that neither the Axis nor the Allied powers could afford to lose. The result was a continual series of thrusts, parries, and counter-thrusts, as first one side then the other sought to wrest the initiative in the struggle to control the ether. This was a battle fought with strange-sounding weapons-"Freya," "Mandrel," "Boozer," and "Window"-and characterized by the bravery, self-sacrifice, and skill of those who took part in it. During the war, however, and for many…
Dr. Jeremy Kepner is head and founder of the MIT Lincoln Laboratory Supercomputing Center (LLSC), and also a Founder of the MIT-Air Force AI Accelerator. Lincoln Laboratory is a 4000-person National Laboratory whose mission is to create defensive technologies to protect our Nation and the freedoms enshrined in the Constitution of the United States. Dr. Kepner is one of five Lincoln Laboratory Fellows, a position that "recognizes the Laboratory's strongest technical talent for outstanding contributions to Laboratory programs over many years." Dr. Kepner is recognized as one of nine MIT Fellows of the Society of Industrial Applied Mathematics (SIAM), for "contributions to interactive parallel computing, matrix-based graph algorithms, green supercomputing, and big data."
A British term of endearment for a person engaged in scientific or technical research, Boffins have played a critical role in the development of our modern society. This book is the autobiography of the first Boffin who was essential in developing the radar system that won the Battle of Britain. Although nearly a century has passed, the “can-do” technical spirit of Boffins, Geeks, Nerds, and Hackers remains at the core of modern innovation.
An account of the history of radar, which traces its evolution and vital military role, particularly with regard to Britain's aerial victories in World War II.
Katie's Gamble is an unexpected, unique story about a young woman who's trying to support her younger siblings by keeping her family's confectionery shop open.
In order to do that, she has to take on her older brother, who's a notorious gambler in Louisiana. Additionally, she has to outsmart Rowdy…
From our very beginning, Americans have stood out from all other people on earth in one odd habit: We have a powerful reflex to fix problems ourselves—directly, locally, as individuals—instead of waiting for nobles or experts or government officials to save us. Between the volunteer hours and money we donate, our philanthropic efforts total close to a trillion dollars of organic problem-solving every year. It’s a wellspring of our national success. Struck by the effectiveness of our grassroots charitable action, I spent several years compiling the authoritative reference book that documents exactly how private giving bolsters U.S. prosperity, the Almanac of American Philanthropy. Then, I produced a historical novel portraying some great givers.
Many of us know that philanthropists have been central to eradicating disease, that charitable groups are powerful forces against hunger and poverty, and that philanthropy is behind many of our greatest educational successes. But did you know that private donors were largely responsible for making America the world leader in rocketry? That they willed the fields of aeronautics and biomedical engineering into existence.
During World War II, it was not a government agency but rather a philanthropist who jumpstarted the rollout of radar and then rescued the effort to create atomic weapons after it had bogged down in our defense bureaucracy. With this book, you can marvel at the WWII heroics accomplished by entrepreneur and generous giver Alfred Loomis.
In the fall of 1940, as German bombers flew over London and with America not yet at war, a small team of British scientists on orders from Winston Churchill carried out a daring transatlantic mission. The British unveiled their most valuable military secret in a clandestine meeting with American nuclear physicists at the Tuxedo Park mansion of a mysterious Wall Street tycoon, Alfred Lee Loomis. Powerful, handsome, and enormously wealthy, Loomis had for years led a double life, spending his days brokering huge deals and his weekends working with the world's leading scientists in his deluxe private laboratory that was…
