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TÍTULOS ESPECIALES

Fernando Valdés Bueno

Carmen Abril Barrie

Empresa científica

Consultores estratégicos que nunca pensaste utilizar

'This is the book we need right now' CAROLINE CRIADO PEREZ'Lucid, funny and fascinating' ADAM BUXTONThe tech disruptor. The tortured poet. The rebellious scientist. The monstrous artist.You can tell what a society values by who it labels as a genius. You can also tell who it excludes, who it enables, and what it is prepared to tolerate.Taking us from the Renaissance Florence of Leonardo da Vinci to the Floridian rocket launches of Elon Musk's SpaceX, Helen Lewis unravels a word that we all use - without really questioning what it means - and asks if the modern idea of genius is distorting our view of the world.'Brilliant, timely and compulsively readable' OLIVER BURKEMAN'A provocative, witty book' TLS

A Curious History of a Dangerous Idea

The Genius Myth

Das Buch gibt einen Überblick über die Bewegungslehre der Himmelskörper seit Anaximander von Milet bis zu den neuesten Entwicklungen der Astrodynamik. Die einzelnen Wissenschaftler und Pioniere der Raumfahrt werden nur detailliert erwähnt, wenn sie die Entwicklung der Bewegungslehre beeinflusst haben. Im ersten Teil wird die Bewegung auf die Kombination von Kreisbewegungen zurückgeführt, was bis zu einem bestimmten Genauigkeitsgrad der Beobachtung ausreichend ist. Mit verbesserter Messtechnik werden basierend auf der Keplerbewegung durch ständig verfeinerte Beobachtungen zunehmend komplizierte Bewegungsvorgänge analytisch durch Reihenentwicklungen oder numerisch mit aufwendigen Bahnmodellen dargestellt. In einer neuesten Entwicklungsstufe der Bewegungslehre werden vor allem mit den Methoden der KAM-Theorie, der allgemeinen Relativitätstheorie, der Quantenmechanik, der Methodik der evolutionäre neuronalen Regler und neuerer Methoden des Astrodynamik natürliche und gesteuerte Bewegungen beschrieben. Auch ungestörte Keplerbewegungen sind im Rahmen von Äquivalenzbahnen real möglich.&nbsp;Der AutorFritz Jochim
 hat einen Diplomabschluss in Mathematik und mathematischer Astronomie von der Universität Würzburg und erwarb 1970 sein Zweites Staatsexamen für Mathematik und Physik als Gymnasiallehrer. Von 1970 bis 2006 arbeitete er als wissenschaftlicher Mitarbeiter am Deutschen Zentrum für Luft- und Raumfahrt in Braunschweig und Oberpfaffenhofen. Sein Hauptthema war die Analyse von Satellitenbahnen und die Entwicklung eines umfassenden Pakets analytischer Programme zur Satellitenbahnanalyse, die erfolgreich bei fast allen deutschen Satellitenmissionen und Weltraumstudien eingesetzt werden.
 Im Jahr 2011 wurde ihm von der UniBw München der Doktorgrad (Dr.-Ing.) verliehen.

Von Mesopotamien zur modernen Astrodynamik

Der astronomische Bewegungsbegriff

"Delightful."--Times Literary Supplement - "Intriguing."--The Sydney Morning Herald - "Fascinating, well-illustrated."--Nature - "Altogether surprising and hard to categorise."--London Review of Books - "There are many stories to be told here, and Bashford tells them well."--Literary ReviewThe astonishing history of palmistry and biometrics--from occult physicians to the very foundations of modern science and medicine. Why did Isaac Newton read books on chiromancy, the occult science of hand reading that revealed the secrets of the soul? Why did Charles Darwin claim that the hand gave humans dominion over all other species? Why did psychoanalyst Charlotte Wolff climb into the primate cages of the London Zoo, taking hundreds of delicate palm prints? Why did Francis Galton, the father of fingerprinting, take palm prints too? And why did world-leading geneticists study the geometry of palm lines in their search for the secrets of chromosomal syndromes? Decoding the Hand is an astounding history of magic, medicine, and science, of an enduring search for how our bodily surfaces might reveal an inner self--a soul, a character, an identity. From sixteenth-century occult physicians influenced by the Kabbalah to twentieth-century geneticists, and from criminologists to eugenicists, award-winning historian Alison Bashford takes us on a remarkable journey into the strange world of hand readers, revealing how signs on the hand--its shape, lines, marks, and patterns--have been elaborately decoded over the centuries. Sometimes learned, sometimes outrageously deceptive, sometimes earnest, and, more often than we ever expected, medically and scientifically trained, these palm readers of the past prove to be essential links in the human quest to peer into bodies, souls, minds, and selves. Not only for fortune-telling palmists were the future and the past, health, and character laid bare in the hand, but for other experts in bodies and minds as well: anatomists, psychiatrists, embryologists, primatologists, evolutionary biologists, geneticists, and more. Drawing telling parallels between the divination promised by palmistry and the appeal to self-knowledge offered by modern genetic testing, Decoding the Hand also makes clear that palm-reading is far from a relic or simple charlatanism. Bashford's sagacious history of human hands touching and connecting opens wide the essential human pursuit of what lies within and beyond.

A History of Science, Medicine, and Magic

Decoding the Hand

WAS IST WAS Naturwissenschaften easy!

WAS IST WAS Naturwissenschaften easy! Schwarze Löcher! Giganten der Schwerkraft

From the award-winning author of Revolutionizing the Sciences, a monumental historical account of how of we came to see the world through the lens of science Science is the basis of our assumptions about ourselves and our world, from ideas about our evolutionary past to our conceptions of the vast expanses of space and the smallest particles of matter. In this panoramic book, acclaimed historian of science Peter Dear uncovers the roots of such beliefs, revealing how they constitute a natural philosophy that has been developed and refined over the course of centuries—and how the world as we have come to know it was by no means inevitable. In a sweeping, multifaceted narrative, Dear describes some of the most breathtaking accomplishments in the advance of human knowledge, such as Isaac Newton’s laws of motion and gravitation, Carl Linnaeus’s taxonomy, Antoine Lavoisier’s new chemistry, Charles Darwin’s theory of evolution, and Albert Einstein’s theories of relativity. Challenging the notion that science is only about “making discoveries,” he shows how our world has been formed by people, institutions, and cultural assumptions, giving rise to disciplines ranging from biology and astrophysics to electromagnetism and the social sciences. Taking readers from the early eighteenth century to today, The World as We Know It reveals how our ideas about our place in the universe were bequeathed to us by individuals, cultures, and a curiosity that knows no bounds.

From Natural Philosophy to Modern Science

The World as We Know It

Little Histories

A lively, accessible history of mathematics throughout the ages and across the globe &nbsp; Mathematics is fundamental to our daily lives. Science, computing, economics—all aspects of modern life rely on some kind of maths. But how did our ancestors think about numbers? How did they use mathematics to explain and understand the world around them? Where do numbers even come from? &nbsp; In this Little History, Snezana Lawrence traces the fascinating history of mathematics, from the Egyptians and Babylonians to Renaissance masters and enigma codebreakers. Like literature, music, or philosophy, mathematics has a rich history of breakthroughs, creativity and experimentation. And its story is a global one. We see Chinese Mathematical Art from 200 BCE, the invention of algebra in Baghdad’s House of Wisdom, and sangaku geometrical theorems at Japanese shrines. Lawrence goes beyond the familiar names of Newton and Pascal, exploring the prominent role women have played in the history of maths, including Emmy Noether and Maryam Mirzakhani.

A Little History of Mathematics

Haufe Fachbuch

Karen Dittmann

Konstantin Dirbanis

Study Guide for Level D and GPM Basislevel®

Project Management (IPMA®)

The ultimate collection of Einstein’s scientific writings on everything from statistical mechanics to general relativity The Essential Einstein: Scientific Writings presents Einstein’s most important physics papers, spanning his groundbreaking contributions to statistical mechanics, quantum theory, and relativity as well as his ambitious yet ultimately unrealized attempts at a general unified field theory. This incisive collection contains works that profoundly influenced the trajectory of modern science. Each piece serves not only as a reflection of his intellectual rigor and creativity but also as a cornerstone of contemporary scientific thought. The Essential Einstein is a two-volume compendium offering general readers and specialists alike a comprehensive resource on the pivotal writings of Albert Einstein. Organized chronologically by leading authorities on Einstein and his work, this collection illuminates the evolution of Einstein’s scientific and humanistic ideas throughout his life. Each selection is accompanied by explanatory notes that detail the work’s background and significance. Together with The Essential Einstein: Public Writings, this authoritative collection invites a deeper engagement with the intellectual legacy and enduring influence of Albert Einstein.

The Essential Einstein: Scientific Writings

Michael Bungay Stanier

Las 7 preguntas clave para liderar equipos y organizaciones

The Coaching Habit

Dan Heath

Cómo cambiar lo que no funciona

Reset

The ultimate collection of the most historic trees on the planet.Uncover remarkable trees from around the world, many of which have borne witness to key moments in history or reached a scale and age that have allowed them to become a part of history themselves."[A] rich history ... it contains some of the most extraordinary tales of trees through time" - The Sunday PostFirst meet 'Methuselah', a bristlecone pine in the White Mountains of New Hampshire, believed to be 4,900 years old. Learn about trees which have inspired great events, such as the Isaac Newton apple tree in Lincolnshire, where the famous scientist observed an apple falling from a tree (which still stands in the family garden). Other flora has withstood historic events such as in Japan, where the Hibaku jumoku still grows as a survivor tree from the Hiroshima bombing and the 9/11 Survivor Tree in New York City.Many trees continue to inspire our world today including the long avenue of beech trees in Northern Ireland known as the Dark Hedges which Game of Thrones fans will instantly recognise as the road to Kings Landing, the Robin Hood's oakin the Sherwood Forest or the J. R. R. Tolkien trees in Avebury, which inspired the Ents in TheLord of the Rings.Rest a while beside the oldest trunks and witness the enthralling stories nestled within the branches of these gentle giants.

Extraordinary Tales of Trees Through Time

The History Trees

Seines Heuschnupfens wegen verbrachte Werner Heisenberg im Juni 1925 zehn Tage auf der Insel Helgoland, wo er einen Artikel schrieb, der als der Beginn der Geschichte der modernen Quantentheorie angesehen werden kann. Im Oktober 1927 fand die fünfte Solvay Konferenz in Brüssel statt, die wohl berühmteste Konferenz in der Geschichte der Physik, und brachte die spannende Entstehungsgeschichte der Quantenmechanik zu ihrem vorläufigen Ende. In diesen Jahren zwischen 1925 und 1927 entwickelten acht Physiker aus fünf Ländern eine Theorie, die das physikalische Verständnis unserer Welt radikal verändern sollte. Mit diesem Buch wandert man vom September 1924 bis zum Oktober 1927 durch die Zeit und erfährt dabei in Form von Monatsberichten, wie die Quantenmechanik entstanden ist, was die handelnden Personen erlebt und gedacht, in welcher Zeit sie gelebt haben und wie aus dem Zusammenspiel Einzelner langsam das gemeinsame Ganze entstanden ist. Das Buch wendet sich an neugierige Laien, die sich von der Quantenmechanik faszinieren lassen möchten, und verstehen wollen, wie eng diese Theorie mit den kulturellen, wissenschaftlichen und gesellschaftlichen Umbrüchen der 1920er-Jahre verknüpft ist.

1924–1927: Der Frühling der Quantenmechanik

Empresa científica

Autres titres sur ce thème