I have been pursuing nuclear and particle physics as a career for nearly half a century, mostly in Western countries and Japan. As a professor of physics and engineering physics, I always strive to bring conceptual clarity to what I teach for application-oriented and abstract physics, even when I cannot bring the same level of connection to physical reality in my research. I am deeply concerned that physicists have gone astray in their mathematical quest to develop a glamorous picture of the building blocks of matter and the basic interactions among them. This book is an outgrowth of my search to understand the limits of human knowledge to unravel nature’s mysteries.
I wrote
From Atoms to Higgs Boson: Voyages in Quasi-Spacetime
Professor Rothman, a historian of Science, presents the little-known fact that Kepler’s search for harmony in astronomy has deep connections to the search for harmony in the European community of his time. In less than 400 pages, Professor Rothman takes us on an educational tour of Kepler’s evolution of his ideas of cosmic harmony and his professing those ideas for harmony in an inclusive, diverse society.
There are many untold stories and circumstances that drive a person to pursue a path of discovery or innovation, making them immortal. Kepler was the main player in laying the firm foundation of the heliocentric solar system. It is fascinating to learn that the world politics of his day were contributing factors in this regard.
A committed Lutheran excommunicated from his own church, a friend to Catholics and Calvinists alike, a layman who called himself a "priest of God," a Copernican in a world where Ptolemy still reigned, a man who argued at the same time for the superiority of one truth and the need for many truths to coexist German astronomer Johannes Kepler was, to say the least, a complicated figure. With The Pursuit of Harmony, Aviva Rothman offers a new view of him and his achievements, one that presents them as a story of Kepler's attempts to bring different, even opposing ideas and…
This book is a pleasure to read as it narrates the interlinks between geography, cosmography, and astronomy in simple language. It takes the reader through an exciting journey from antiquity to the 19th-century developments of astronomy and geography, examining the links and struggles between the sciences and humanities. It exhorts educators and researchers to advocate a truly humanistic science.
It is not surprising that there exists a tension between science, humanities, and other professions today. Astronomy has many narrations of its links to navigation and geography. This book traces these links from antiquity to the 19th century in one place. The quest to map out the stars has not been just for knowledge's sake, after all.
This book tells the comprehensive history of cosmography from the 15th Century Age of Discovery onward. During this time, cosmography-a science that combined geography and astronomy to inform us about our place in the universe-was deeply tied to ongoing developments in politics, exploration, culture, and technology.
The book offers in-depth historical context over nearly four centuries, focusing in particular on the often neglected role that Portugal and Spain played in the development of cosmography. It details the great activity emerging from the Iberian and Italic peninsulas, including numerous voyagers of exploration, a clear commercial intention, and advancements in map-making techniques.…
Citizen Scientist begins with this extraordinary statement by the Keeper of Entomology at the London Museum of Natural History, “Study any obscure insect for a week and you will then know more than anyone else on the planet.”
As the author chases the obscure Western red-bellied tiger beetle across New…
This book is the result of a collaboration between a professional science journalist and a practicing astronomer. The authors lead us through the research activities of stellar astronomy, reminding us of the questions posed by the scientists at each stage, examining the limitations and the excitement scientists find as they reach their goal, which brings the next question(s), sending the teams on an endless expedition to explore further.
Quite often, science journalists write on a subject that they are not totally sure of, but they do so as told to them by a science practitioner, who performs many of their chores routinely and does not seek to answer some simple questions.
To me, this book is quite refreshing in that a science journalist who can relate to questions likely to occur to a non-specialist collaborates with an astronomer to whom these questions may not occur. They collaborated, and the result was a joy to read in a relaxed mood.
This book is the first to provide a comprehensive, readily understandable report on the European Space Agency's Gaia mission that will meet the needs of a general audience. It takes the reader on an exciting journey of discovery, explaining how such a scientific satellite is made, presenting the scientific results available from Gaia to date, and examining how the collected data will be used and their likely scientific consequences.
The Gaia mission will provide a complete and high-precision map of the positions, distances, and motions of the stars in our galaxy. It will revolutionize our knowledge on the origin and…
This book by a life-long astronomer is a nice, successful attempt to humanize natural philosophers since classical times. It is rare that we find books that dig deeper into the personal struggles, false starts, and wrong conclusions of philosophers (scientists) as they strive at their research incessantly. A recommended read to all astronomy educators and those youth aspiring to unravel the mysteries of the cosmos.
Societies tend to portray high achievers of the past, whether in science, art, or otherwise, as special beings who were infallible genii of their times and that today’s generations may not reach those heights. To me, this is a very negative approach that discourages the youth from striving for higher goals. Prof. Hirshfeld, a career astronomer, does an excellent job of presenting the human faces of the giants of the past.
In the dramatic tradition of the best selling "Longitude", this book charts the historical path of observational astronomy's most daunting challenge: measuring the distance to a star. The greatest scientific minds applied themselves in vain to the problem across the millennia, beginning with the ancient Greeks. Not until the 19th century would three astronomers, armed with the best telescopes of the age, race to conquer this astronomical Everest, their contest ending in a virtual dead heat. Against a backdrop filled with kidnappings, dramatic rescue, swordplay, madness, and bitter rivalry, the author brings to life the heroes of this story. A…
It didn’t begin with Donald Trump. When the Republican Party lost five straight presidential elections during the 1930s and 1940s, three things happened: (1) Republicans came to believe that presidential elections are rigged; (2) Conspiracy theories arose and were believed; and (3) The presidency was elevated to cult-like status.
Science meets Religion and Art is an apt summary of this delightful work of Mendillo, an astronomy professor. In a couple of hundred pages, the author shares his knowledge accumulated over a few decades of his studies by analyzing the centuries of work by astronomers, artists, and theologians. This book would be of interest to practicing astronomers as well as casual stargazers.
Having lived on three continents, I am always fascinated by the way religion and the art that goes with it have influenced societies’ thinking and narratives of stellar objects and cosmology. This influence is reflected in the art and images artists create to express their faith. Professor Mendillo has summarized his decades-long exploration of these connections as found in cathedrals, museums, etc., in this book.
In this book, Boston University Professor of Astronomy Michael Mendillo takes readers deep into the annals of history, showing how visual depictions of the heavens evolved in tandem with science and religion throughout much of Western culture.
With unprecedented scope and scale, Professor Mendillo explores how cave art, illuminated manuscripts, sculptures, paintings and architecture reflected some of the great religious and secular battles taking place over the course of centuries. Enter a world of biblical proportions, where constellations of ancient heroes and pagans were thoroughly recast as Christian saints and the Twelve Apostles.
This nontechnical narrative brings vitality and accessibility…
What is matter made up of, and how does each entity interact with others? These questions have been asked since antiquity with reductionism as a guide. It seemed that we were reaching what is at the bottom. Things have become too complicated and abstract since the early 20th century.
Undaunted, particle physicists continue to probe higher energies, creating short-lived composite structures which they describe in terms of virtual entities, that are bestowed with fleeting properties not necessarily the same as those of their counterparts in the physical world. Unbeknownst to them, perhaps, particle physicists moved far away from uncovering the physical reality of nature in their mathematical constructs. Higgs boson, the latest quasi-realistic entity in their arsenal, meanders in a mathematical space inaccessible for direct observation in laboratories.
Everybody knows that all animals—bats, bears, sharks, ponies, and people—start out as a single cell: the fertilized egg. But how does something no bigger than the period at the end of this sentence give rise to the remarkable complexity of each of these creatures?
A magisterial history of Indigenous North America that places the power of Native nations at its center, telling their story from the rise of ancient cities more than a thousand years ago to fights for sovereignty that continue today
