Showing posts sorted by relevance for query EINSTEIN. Sort by date Show all posts
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Wednesday, July 19, 2023

Why Einstein wasn't part of the Manhattan Project even though he convinced President Roosevelt to build an atomic bomb


Sonam Sheth
Wed, July 19, 2023


J. Robert Oppenheimer working with Albert Einstein.Corbis/Getty Images

Albert Einstein sent a letter in 1939 that helped convinced FDR to launch the Manhattan Project.

But Einstein was not part of the secretive program run by J. Robert Oppenheimer to develop a nuclear weapon.

US officials worried Einstein's left-leaning political views made him a security threat.

Albert Einstein played a key role in convincing President Franklin D. Roosevelt to launch the Manhattan Project and develop the world's first atomic bomb.


But the renowned theoretical physicist never took part in the secret project run by physicist J. Robert Oppenheimer; US officials were worried his left-leaning political views posed a security threat.

Einstein sent a letter to Roosevelt in August 1939 warning that the Nazis could develop an atomic bomb and recommended "quick action on the part of the Admininstration" — namely, launching its own nuclear program.

The letter cited the Hungarian physicist Leo Szilard's work, and Szilard helped draft the letter, which Einstein signed.

However, the US Army Intelligence office had concerns about Einstein's political ideology and in July 1940 denied him the security clearance to work on the project, according to the American Museum of Natural History.

Intelligence officials also barred the scientists who were part of the program, which was organized by Oppenheimer, from consulting with Einstein.

The Manhattan Project was officially created in August 1942, months after the US entered the war. The years-long program developed the world's first nuclear weapons, which were dropped on Japanese cities Hiroshima and Nagasaki in 1945.

"Woe is me," Einstein said after learning of the attack, according to AMNH.

He later expressed remorse for recommending that the US start its own nuclear program, telling Newsweek, "Had I known that the Germans would not succeed in developing an atomic bomb, I would have done nothing."

Szilard and his fellow Hungarian-born physicist Eugene Wigner both expressed their agreement with Einstein's statements, according to The New York Times.

The Manhattan Project is the center of a new biopic from director Christopher Nolan. "Oppenheimer," which chronicles the physicist's work developing the nukes and stars Cillian Murphy, releases this week.


Albert Einstein wrote to the US pleading with the government to build an atomic bomb 80 years ago. Here's what he said.

Sinéad Baker
Wed, July 19, 2023

A composite image showing Albert Einstein around 1939 and nuclear explosion in French Polynesia in October 1971.
MPI/Getty Images/Michel BARET/Gamma-Rapho via Getty Images

Albert Einstein was famously a pacifist, but he urged the US to develop the atomic bomb.


This helped pave the way for the Manhattan Project, which developed the bombs dropped on Japan.


He worried Nazi Germany was developing nuclear weapons, but later learned they were far behind the US.


On August 2, 1939, one month before the outbreak of World War II, Albert Einstein signed a two-page letter to US President Franklin D. Roosevelt that would help bring the US into the nuclear arms race and change the course of history.

Einstein, the famous German-born physicist, was already in the US, having fled Germany when the Nazis came to power. He learned that German scientists had discovered nuclear fission, the process of splitting an atom's nucleus to release energy.

The letter warned Roosevelt that "extremely powerful bombs of a new type" could be created in light of this discovery — and that these bombs would be capable of destroying entire ports and their surrounding areas.

The letter — which Einstein would later call his "one great mistake" — urged Roosevelt to speed up uranium research in the US.

You can read it here, or read a full transcript at the bottom of this article:


The letter from Albert Einstein to President Frankin D Roosevelt.Atomic Heritage Foundation

Einstein's warnings were read to Roosevelt by a man named Alexander Sachs, who also read out other warnings about such a bomb to the president, The New York Times reported at the time.

Roosevelt said, "Alex, what you are after is to see that the Nazis don't blow us up."

Sachs responded with a single word: "Precisely."

Roosevelt then called in his secretary and told him that "this requires action."

Einstein, who was Jewish, had been encouraged to write to Roosevelt by Leo Szilard, the Hungarian-born physicist who was convinced that Germany could use this newly discovered technology to create weapons.

Szilard and two other Hungarian physicists, Edward Teller and Eugene Wigner, who were both refugees, told Einstein of their grave concerns.

Szilard wrote the letter, but Einstein signed it, as they believed he had the most authority with the president.


Albert Einstein and Leo Szilard reenact the signing of their letter to President Roosevelt warning him that Germany may be building an atomic bomb in January 1946.
March Of Time/The LIFE Picture Collection via Getty Images

Cynthia Kelly, the president of the Atomic Heritage Foundation, told National Geographic in 2017 that while Einstein's famous discovery that energy and mass were different forms of the same thing had set the stage for this kind of creation, "he certainly was not thinking about this theory as a weapon."

And Einstein never gave any details about how that energy could be harnessed, once saying: "I do not consider myself the father of the release of atomic energy. My part in it was quite indirect."

Einstein's letter had a notable impact: Roosevelt created the Advisory Committee on Uranium in October 1939, the same month he received Einstein's letter.

By that point, World War II had broken out, though the US was not yet involved.

The committee later morphed into the Manhattan Project, the secret US committee that developed the atomic bombs that were dropped on the Japanese cities of Hiroshima and Nagasaki in 1945, killing an estimated 200,000 people.

Days after the bombings, Japan informally surrendered to the Allied forces, effectively ending World War II.


A huge expanse of ruins left the explosion of the atomic bomb on Aug. 6, 1945 in Hiroshima. 140,000 people died because of the disastrous explosion.
AP

Nazi Germany never succeeded in making nuclear weapons — and it seemed it never really tried.

Einstein was not involved in the bomb's creation. He was not allowed to work on the Manhattan Project — he was deemed too big a security risk, as he was both German and had been known as a left-leaning political activist.

But when he heard that the bomb had been used in Japan, he said, "Woe is me."

Einstein later said, "Had I known that the Germans would not succeed in developing an atomic bomb, I would have done nothing for the bomb."

He also warned that "we thus drift toward unparalleled catastrophe."


UK Prime Minister Winston Churchill, left, and US President Franklin D. Roosevelt meet in June 1942. During this meeting, the two world leaders finalized plans for an atomic bomb.
Keystone-France/Gamma-Keystone via Getty Images

In letter published in 2005, he wrote to a Japanese friend: "I have always condemned the use of the atomic bomb against Japan but I could not do anything at all to prevent that fateful decision."

And he wrote in a Japanese magazine in 1952 that he was "well aware of the dreadful danger for all mankind, if these experiments would succeed."

"I did not see any other way out," he wrote.

So crucial was Einstein's letter that the investing legend Warren Buffett told students at Columbia University in 2017 that "if you think about it, we are sitting here, in part, because of two Jewish immigrants who in 1939 in August signed the most important letter perhaps in the history of the United States."

Here's a full transcript of what Einstein sent Roosevelt:



Sir:

Some recent work by E. Fermi and L. Szilard, which has been communicated to me in manuscript, leads me to expect that the element uranium may be turned into a new and important source of energy in the immediate future. Certain aspects of the situation which has arisen seem to call for watchfulness and, if necessary, quick action on the part of the Administration. I believe therefore that it is my duty to bring to your attention the following facts and recommendations:

In the course of the last four months it has been made probable — through the work of Joliot in France as well as Fermi and Szilard in America — that it may become possible to set up a nuclear chain reaction in a large mass of uranium, by which vast amounts of power and large quantities of new radium-like elements would be generated. Now it appears almost certain that this could be achieved in the immediate future.

This new phenomenon would also lead to the construction of bombs, and it is conceivable — though much less certain — that extremely powerful bombs of a new type may thus be constructed. A single bomb of this type, carried by boat and exploded in a port, might very well destroy the whole port together with some of the surrounding territory. However, such bombs might very well prove to be too heavy for transportation by air.

The United States has only very poor ores of uranium in moderate quantities. There is some good ore in Canada and the former Czechoslovakia, while the most important source of uranium is Belgian Congo.

In view of this situation you may think it desirable to have some permanent contact maintained between the Administration and the group of physicists working on chain reactions in America. One possible way of achieving this might be for you to entrust with this task a person who has your confidence and who could perhaps serve in an inofficial capacity. His task might comprise the following:

a) to approach Government Departments, keep them informed of the further development, and put forward recommendations for Government action, giving particular attention to the problem of securing a supply of uranium ore for the United States;

b) to speed up the experimental work, which is at present being carried on within the limits of the budgets of University laboratories, by providing funds, if such funds be required, through his contacts with private persons who are willing to make contributions for this cause, and perhaps also by obtaining the co-operation of industrial laboratories which have the necessary equipment.

I understand that Germany has actually stopped the sale of uranium from the Czechoslovakian mines which she has taken over. That she should have taken such early action might perhaps be understood on the ground that the son of the German Under-Secretary of State, von Weizsäcker, is attached to the Kaiser-Wilhelm-Institut in Berlin where some of the American work on uranium is now being repeated.

Yours very truly,

Albert Einstein



Why Socialism?

Albert Einstein (1959), charcoal and watercolor drawing by Alexander Dobkin

Albert Einstein (1959), charcoal and watercolor drawing by Alexander Dobkin. Dobkin (1908–1975) was an important painter of the mid-twentieth century American realist tradition along with other left-wing artists such as Jack Levine, Robert Gwathmey, Philip Evergood, and Raphael and Moses Soyer. A student and collaborator of the Mexican muralist Jose Clemente Orozco, his work is in the permanent collections of the Butler Art Institute, the Museum of Modern Art, the Brooklyn Museum, the Whitney Museum of American Art, the Philadelphia Museum of Art, the Library of Congress, and the Smithsonian Institution. (The preceding caption was written by John J. Simon, "Albert Einstein, Radical: A Political Profile," Monthly Review vol. 57, no. 1 [2005].)

Albert Einstein is the world-famous physicist. This article was originally published in the first issue of Monthly Review (May 1949). It was subsequently published in May 1998 to commemorate the first issue of MR‘s fiftieth year.

The Editors

Is it advisable for one who is not an expert on economic and social issues to express views on the subject of socialism? I believe for a number of reasons that it is.

Let us first consider the question from the point of view of scientific knowledge. It might appear that there are no essential methodological differences between astronomy and economics: scientists in both fields attempt to discover laws of general acceptability for a circumscribed group of phenomena in order to make the interconnection of these phenomena as clearly understandable as possible. But in reality such methodological differences do exist. The discovery of general laws in the field of economics is made difficult by the circumstance that observed economic phenomena are often affected by many factors which are very hard to evaluate separately. In addition, the experience which has accumulated since the beginning of the so-called civilized period of human history has—as is well known—been largely influenced and limited by causes which are by no means exclusively economic in nature. For example, most of the major states of history owed their existence to conquest. The conquering peoples established themselves, legally and economically, as the privileged class of the conquered country. They seized for themselves a monopoly of the land ownership and appointed a priesthood from among their own ranks. The priests, in control of education, made the class division of society into a permanent institution and created a system of values by which the people were thenceforth, to a large extent unconsciously, guided in their social behavior.

But historic tradition is, so to speak, of yesterday; nowhere have we really overcome what Thorstein Veblen called “the predatory phase” of human development. The observable economic facts belong to that phase and even such laws as we can derive from them are not applicable to other phases. Since the real purpose of socialism is precisely to overcome and advance beyond the predatory phase of human development, economic science in its present state can throw little light on the socialist society of the future.

Second, socialism is directed towards a social-ethical end. Science, however, cannot create ends and, even less, instill them in human beings; science, at most, can supply the means by which to attain certain ends. But the ends themselves are conceived by personalities with lofty ethical ideals and—if these ends are not stillborn, but vital and vigorous—are adopted and carried forward by those many human beings who, half unconsciously, determine the slow evolution of society.

For these reasons, we should be on our guard not to overestimate science and scientific methods when it is a question of human problems; and we should not assume that experts are the only ones who have a right to express themselves on questions affecting the organization of society.

Innumerable voices have been asserting for some time now that human society is passing through a crisis, that its stability has been gravely shattered. It is characteristic of such a situation that individuals feel indifferent or even hostile toward the group, small or large, to which they belong. In order to illustrate my meaning, let me record here a personal experience. I recently discussed with an intelligent and well-disposed man the threat of another war, which in my opinion would seriously endanger the existence of mankind, and I remarked that only a supra-national organization would offer protection from that danger. Thereupon my visitor, very calmly and coolly, said to me: “Why are you so deeply opposed to the disappearance of the human race?”

I am sure that as little as a century ago no one would have so lightly made a statement of this kind. It is the statement of a man who has striven in vain to attain an equilibrium within himself and has more or less lost hope of succeeding. It is the expression of a painful solitude and isolation from which so many people are suffering in these days. What is the cause? Is there a way out?

It is easy to raise such questions, but difficult to answer them with any degree of assurance. I must try, however, as best I can, although I am very conscious of the fact that our feelings and strivings are often contradictory and obscure and that they cannot be expressed in easy and simple formulas.

Man is, at one and the same time, a solitary being and a social being. As a solitary being, he attempts to protect his own existence and that of those who are closest to him, to satisfy his personal desires, and to develop his innate abilities. As a social being, he seeks to gain the recognition and affection of his fellow human beings, to share in their pleasures, to comfort them in their sorrows, and to improve their conditions of life. Only the existence of these varied, frequently conflicting, strivings accounts for the special character of a man, and their specific combination determines the extent to which an individual can achieve an inner equilibrium and can contribute to the well-being of society. It is quite possible that the relative strength of these two drives is, in the main, fixed by inheritance. But the personality that finally emerges is largely formed by the environment in which a man happens to find himself during his development, by the structure of the society in which he grows up, by the tradition of that society, and by its appraisal of particular types of behavior. The abstract concept “society” means to the individual human being the sum total of his direct and indirect relations to his contemporaries and to all the people of earlier generations. The individual is able to think, feel, strive, and work by himself; but he depends so much upon society—in his physical, intellectual, and emotional existence—that it is impossible to think of him, or to understand him, outside the framework of society. It is “society” which provides man with food, clothing, a home, the tools of work, language, the forms of thought, and most of the content of thought; his life is made possible through the labor and the accomplishments of the many millions past and present who are all hidden behind the small word “society.”

It is evident, therefore, that the dependence of the individual upon society is a fact of nature which cannot be abolished—just as in the case of ants and bees. However, while the whole life process of ants and bees is fixed down to the smallest detail by rigid, hereditary instincts, the social pattern and interrelationships of human beings are very variable and susceptible to change. Memory, the capacity to make new combinations, the gift of oral communication have made possible developments among human being which are not dictated by biological necessities. Such developments manifest themselves in traditions, institutions, and organizations; in literature; in scientific and engineering accomplishments; in works of art. This explains how it happens that, in a certain sense, man can influence his life through his own conduct, and that in this process conscious thinking and wanting can play a part.

Man acquires at birth, through heredity, a biological constitution which we must consider fixed and unalterable, including the natural urges which are characteristic of the human species. In addition, during his lifetime, he acquires a cultural constitution which he adopts from society through communication and through many other types of influences. It is this cultural constitution which, with the passage of time, is subject to change and which determines to a very large extent the relationship between the individual and society. Modern anthropology has taught us, through comparative investigation of so-called primitive cultures, that the social behavior of human beings may differ greatly, depending upon prevailing cultural patterns and the types of organization which predominate in society. It is on this that those who are striving to improve the lot of man may ground their hopes: human beings are not condemned, because of their biological constitution, to annihilate each other or to be at the mercy of a cruel, self-inflicted fate.

If we ask ourselves how the structure of society and the cultural attitude of man should be changed in order to make human life as satisfying as possible, we should constantly be conscious of the fact that there are certain conditions which we are unable to modify. As mentioned before, the biological nature of man is, for all practical purposes, not subject to change. Furthermore, technological and demographic developments of the last few centuries have created conditions which are here to stay. In relatively densely settled populations with the goods which are indispensable to their continued existence, an extreme division of labor and a highly-centralized productive apparatus are absolutely necessary. The time—which, looking back, seems so idyllic—is gone forever when individuals or relatively small groups could be completely self-sufficient. It is only a slight exaggeration to say that mankind constitutes even now a planetary community of production and consumption.

I have now reached the point where I may indicate briefly what to me constitutes the essence of the crisis of our time. It concerns the relationship of the individual to society. The individual has become more conscious than ever of his dependence upon society. But he does not experience this dependence as a positive asset, as an organic tie, as a protective force, but rather as a threat to his natural rights, or even to his economic existence. Moreover, his position in society is such that the egotistical drives of his make-up are constantly being accentuated, while his social drives, which are by nature weaker, progressively deteriorate. All human beings, whatever their position in society, are suffering from this process of deterioration. Unknowingly prisoners of their own egotism, they feel insecure, lonely, and deprived of the naive, simple, and unsophisticated enjoyment of life. Man can find meaning in life, short and perilous as it is, only through devoting himself to society.

The economic anarchy of capitalist society as it exists today is, in my opinion, the real source of the evil. We see before us a huge community of producers the members of which are unceasingly striving to deprive each other of the fruits of their collective labor—not by force, but on the whole in faithful compliance with legally established rules. In this respect, it is important to realize that the means of production—that is to say, the entire productive capacity that is needed for producing consumer goods as well as additional capital goods—may legally be, and for the most part are, the private property of individuals.

For the sake of simplicity, in the discussion that follows I shall call “workers” all those who do not share in the ownership of the means of production—although this does not quite correspond to the customary use of the term. The owner of the means of production is in a position to purchase the labor power of the worker. By using the means of production, the worker produces new goods which become the property of the capitalist. The essential point about this process is the relation between what the worker produces and what he is paid, both measured in terms of real value. Insofar as the labor contract is “free,” what the worker receives is determined not by the real value of the goods he produces, but by his minimum needs and by the capitalists’ requirements for labor power in relation to the number of workers competing for jobs. It is important to understand that even in theory the payment of the worker is not determined by the value of his product.

Private capital tends to become concentrated in few hands, partly because of competition among the capitalists, and partly because technological development and the increasing division of labor encourage the formation of larger units of production at the expense of smaller ones. The result of these developments is an oligarchy of private capital the enormous power of which cannot be effectively checked even by a democratically organized political society. This is true since the members of legislative bodies are selected by political parties, largely financed or otherwise influenced by private capitalists who, for all practical purposes, separate the electorate from the legislature. The consequence is that the representatives of the people do not in fact sufficiently protect the interests of the underprivileged sections of the population. Moreover, under existing conditions, private capitalists inevitably control, directly or indirectly, the main sources of information (press, radio, education). It is thus extremely difficult, and indeed in most cases quite impossible, for the individual citizen to come to objective conclusions and to make intelligent use of his political rights.

The situation prevailing in an economy based on the private ownership of capital is thus characterized by two main principles: first, means of production (capital) are privately owned and the owners dispose of them as they see fit; second, the labor contract is free. Of course, there is no such thing as a pure capitalist society in this sense. In particular, it should be noted that the workers, through long and bitter political struggles, have succeeded in securing a somewhat improved form of the “free labor contract” for certain categories of workers. But taken as a whole, the present day economy does not differ much from “pure” capitalism.

Production is carried on for profit, not for use. There is no provision that all those able and willing to work will always be in a position to find employment; an “army of unemployed” almost always exists. The worker is constantly in fear of losing his job. Since unemployed and poorly paid workers do not provide a profitable market, the production of consumers’ goods is restricted, and great hardship is the consequence. Technological progress frequently results in more unemployment rather than in an easing of the burden of work for all. The profit motive, in conjunction with competition among capitalists, is responsible for an instability in the accumulation and utilization of capital which leads to increasingly severe depressions. Unlimited competition leads to a huge waste of labor, and to that crippling of the social consciousness of individuals which I mentioned before.

This crippling of individuals I consider the worst evil of capitalism. Our whole educational system suffers from this evil. An exaggerated competitive attitude is inculcated into the student, who is trained to worship acquisitive success as a preparation for his future career.

I am convinced there is only one way to eliminate these grave evils, namely through the establishment of a socialist economy, accompanied by an educational system which would be oriented toward social goals. In such an economy, the means of production are owned by society itself and are utilized in a planned fashion. A planned economy, which adjusts production to the needs of the community, would distribute the work to be done among all those able to work and would guarantee a livelihood to every man, woman, and child. The education of the individual, in addition to promoting his own innate abilities, would attempt to develop in him a sense of responsibility for his fellow men in place of the glorification of power and success in our present society.

Nevertheless, it is necessary to remember that a planned economy is not yet socialism. A planned economy as such may be accompanied by the complete enslavement of the individual. The achievement of socialism requires the solution of some extremely difficult socio-political problems: how is it possible, in view of the far-reaching centralization of political and economic power, to prevent bureaucracy from becoming all-powerful and overweening? How can the rights of the individual be protected and therewith a democratic counterweight to the power of bureaucracy be assured?

Clarity about the aims and problems of socialism is of greatest significance in our age of transition. Since, under present circumstances, free and unhindered discussion of these problems has come under a powerful taboo, I consider the foundation of this magazine to be an important public service.

2009Volume 61, Issue 01 (May)

Thursday, April 27, 2023

Einstein's risky Belgian stay after Hitler came to power

Agence France-Presse
April 27, 2023

Bronze Statue of Albert Einstein in De Haan, Belgium
 © Kenzo TRIBOUILLARD / AFP

Sitting alone on a bench, legs crossed, Albert Einstein enjoys the tranquillity of a public park in the Belgian coastal resort of De Haan.

His bronze statue attracts excited tourists to the town where the famous 1921 Nobel physics laureate sojourned 90 years ago, despite a Nazi secret society putting a price to his head.

He never returned to Europe again.

It is a relatively unknown episode in the life of the American physicist of German Jewish origin, who was born in 1879 and died in 1955.

When Adolf Hitler came to power in early 1933, Einstein, a native of the southern German city of Ulm, was already teaching his theory of relativity in the United States.

Hitler's Nazi Germany swiftly hunted Jews, targeting Einstein's home near Berlin and confiscating his belongings.

On his return to Europe from across the Atlantic, Einstein landed in Belgium in March 1933 with Elsa, his second wife, fearful that returning to Germany would be too dangerous.

The physicist spent six months at De Haan under the careful watch of Belgian police.

"My mother knew Einstein well when she was young. Every morning, he walked on the promenade or on the beach," said Brigitte Hochs, a 78-year-old Belgian guiding an AFP team in the scientist's footsteps.

The Hochs family ran the Bellevue Hotel for decades, with a building in the Belle Epoque style.

The Einsteins rented one of them, the Villa Savoyarde.

Playing violin with a queen

Einstein would have a coffee on the hotel's terrace after his walk in the fresh air. "It was his routine," said Hochs.

She said another famous Albert, the Belgian king Albert I whose wife was a Bavarian duchess, played a large role in Einstein's short exile.

"The king strongly advised Einstein not to return to Germany," said Hochs.

Einstein knew the royal couple because he took part in congresses in Brussels. As well as the German language, he shared a love of the violin with queen Elisabeth. "They even played together," Hochs added.

The physicist's "Flemish" adventure inspired a comic last year by Belgian screenwriter Rudi Miel, who described the short exile as "a thriller", noting that Einstein was under police watch because of "death threats".

In the comic, "Le Coq-sur-Mer, 1933", referring to De Haan's French name Le Coq, Einstein, with his famously awry grey hair and thick mustache, appears as a hunted man in the drawings by Baudouin Deville.

The author imagines a blonde spy in a trench coat, pistol in hand, sent by the Nazis to kidnap Einstein as part of the Third Reich's research on the atomic bomb.

Einstein's discoveries on mass and energy from his famous equation E=mc2 laid the foundations for future nuclear fission, despite being him a pacifist all of his life.

'A real jackpot'

In reality, there was never any kidnapping attempt while he was in Belgium.

But the file devoted to him in the Belgian state archives shows the extent to which Einstein was threatened during his escapades on the shores of the North Sea.

"The file is a real jackpot. Through the surveillance reports, we discover professor Einstein's personality," said archivist Filip Strubbe.

"One of the reports says he liked to walk on the promenade at 2:00 am or 3:00 am without notifying police. This made his protection difficult."

Two state security officials had to closely follow his every action because the Nazis put a price on his head.

One Nazi magazine named Einstein as an "enemy of the regime" and put a $5,000 bounty (worth more than $110,000 today) on his head.

When a Jewish researcher was shot dead in the Czech Republic in August 1933 on Nazi orders, Einstein understood he was no longer safe in Belgium.

From the Belgian port city of Ostend, he went to London from where he emigrated to the United States.

Einstein might have appreciated the many stories about his life.

The statue in De Haan is accompanied by one of his most famous quotes: "Imagination is more important than knowledge."


© 2023 AFP

Friday, October 15, 2021

ALBERT EINSTEIN VISITED IN 1900 TO SEE HIS FATHER'S WORK

How the hydroelectric genius of Einstein’s dad lit up an Italian town in 1899

The mill in Canneto sull’Oglio is again generating green energy, over a century after Hermann Einstein made the village one of the first in its region with electric streetlamps
Today

The Naviglio canal in Canneto sull'Oglio at the turn of the 20th century. The water drop can be seen behind the children. (Courtesy)

MANTUA, Italy — Over a century ago, Hermann Einstein, father of the famous Nobel laureate physicist Albert Einstein, installed a hydraulic turbine and generator in the San Giuseppe mill in Canneto sull’Oglio, a small town in the northern Italian province of Mantua. The enhancement brought light to the village’s public streets for the first time.

Last month, after a yearlong renovation, the old mill, on Molino Street alongside the banks of the Naviglio canal, reopened in all of its former glory. Now, the facility, which dates back to 1898, will once again provide energy to the town by making use of a small drop in elevation on Molino Street where the water flows down into the bed of the Oglio River.
















“It was originally the idea of Hermann Einstein — Albert’s father — at the end of the 19th century to exploit the drop in the river,” said Paolo Magri, technical director of Garda Chiese, a consortium that protects waterways, deals with wastewater, and helps expand and maintain irrigation water networks. It was under Garda Chiese’s auspices that the restoration of the mill was performed.

“We invested 460,000 euros [roughly $531,000] to build a hydroelectric plant by installing a hydraulic auger, the screw invented by Archimedes. The great mathematician and inventor had designed the auger to lift liquids, but in this system it harnesses the force of the flowing water to produce a spinning motion — which, thanks to a generator, then produces electricity,” he said.

Hermann Einstein’s turbine had a maximum output of 16 kilowatts; the new system can reach 50. The plant will have an average annual production of 200,000 to 250,000 kilowatt-hours, enough to provide all the electricity needs for some 70 households in the town of nearly 4,400 people.

As part of an initiative to educate young people about the work of Hermann Einstein and keep his memory alive, the Canneto sull’Oglio municipality will build a pedestrian and cycling bridge geared toward local schools that will connect the Einstein mill with the Cartara mill, located a little further downstream.

The towers and river in Canneto sull’Oglio. (Sergio Scalvini)

Canneto sull’Oglio Mayor Nicolò Ficicchia called the project a winning mix of history, technology and environmental activism. “The San Giuseppe Mill is a building that has great historical value, and is now used to produce clean energy,” he said.
J. Einstein & Cie

Hermann Einstein moved his family from Ulm to Munich at his brother Jakob’s urging in the summer of 1880. There, the brothers established an electrical engineering company, Elektrotechnische Fabrik J. Einstein & Cie, which produced equipment for the then-cutting edge electric street lighting. With Hermann in charge of sales and Jakob acting as technician, the factory grew to employ about 300 workers, though competition from other companies eventually caused the firm to go bankrupt in 1893.
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The following year, convinced by an Italian engineer, the brothers moved to Milan and built a factory in the town of Pavia, 25 kilometers (22 miles) south of the city, in record time. However, new financial issues forced this company out of business as well in 1896. Though the Einstein family had lost most of its money, Albert’s father ventured out on his own to establish yet another engineering company, this time in Milan, with the financial backing of some relatives.

Hermann Einstein. (Public domain)

Hermann Einstein arrived in Canneto sull’Oglio on February 6, 1898, with the goal of developing an innovative lighting system for the village. After conducting some local research, he presented town authorities with plans, which are still kept in the municipal archive.

“The proposal was submitted to the municipality a few days after Hermann Einstein’s arrival in the village,” said town councilman Gianluca Bottarelli, who oversees cultural affairs. “In September 1898, after complex negotiations, an agreement was reached. The German entrepreneur leased the municipal Madonna and San Giuseppe mills — which used the waters of the Naviglio canal to grind cereals — for a period of 25 years.”

In Canneto sull’Oglio, Hermann Einstein set out to radically modernize the mechanics of the San Giuseppe mill to create a real “electric light workshop” through the installation of a hydraulic turbine and generator, while ensuring that the grain milling continued.

A view of the town of Canneto sull’Oglio. (Daniele Spinosa)

The agreement also covered the construction, through the main streets of the town, of an electrical power grid for public and private use that was capable of powering 300 incandescent lamps. In September 1899 the project was completed and the new electric lights were switched on, making the town one of the first in the province of Mantua to boast street lamps.

The Einsteins were not strictly observant Jews. Between 1885 and 1888 Albert attended a Catholic primary school in Munich while being privately educated in the fundamentals of the Jewish religion at home. According to the documentary “Einstein in Italy,” recently broadcast by Italian public television station RAI, Albert went to Canneto sull’Oglio with his father in the summer of 1900 to see the generator and power network. But Hermann Einstein’s stay in Canneto sull’Oglio was short-lived and, as early as March 1900, he sold the business to his cousin Rudolf while remaining its guarantor.
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The hydroelectric generator in the San Giuseppe mill in Canneto sull’Oglio, northern Italy. (Courtesy)

Even though his situation had improved, Hermann Einstein continued to be frustrated and concerned over finances. The stress had a strong impact, and his health suffered in his final years. On October 10, 1902, Hermann Einstein died of heart failure at the age of 55 in Milan.

Today, electricity is taken for granted, but at the turn of the 20th century it was a precious commodity. In Canneto sull’Oglio the legacy of Hermann Einstein will shine on as residents remember the extraordinary innovation he brought into the daily life of the small local community.


Exterior of the San Giuseppe mill in Canneto sull'Oglio, in the Italian province of Mantua. (Courtesy)

A man at work in the San Giuseppe mill in Canneto sull'Oglio, which has now been outfitted with an updated hydroelectric generator. (Courtesy)

The San Giuseppe mill in Canneto sull'Oglio in the 1960s. (Courtesy)

Friday, May 14, 2021

Physics of birds and bees – sincerely, Albert Einstein

A newly discovered letter reveals that Einstein predicted recent bee research seventy years ago.


13 May 2021
Ellen Phiddian




Extract from Einstein's letter to Davys. Credit: Dyer et al. 2021, J Comp Physiol A / The Hebrew University of Jerusalem



In 2019, a group of RMIT researchers were in the midst of publishing a series of grand discoveries about how bees use their brains, when they got an unexpected surprise from Albert Einstein.

Led by Scarlett Howard as part of her PhD, the team had shown that, despite their small size, bees could understand the concept of zero, and even perform simple arithmetic.

“We were actually able to show that they could discriminate numbers above 4, so they could do things like 4 versus 5, which is a very hard discrimination to make,” says Howard, now a postdoctoral research fellow at Deakin University.

The research caught the attention of the media and was shared worldwide. Shortly after, Howard’s supervisor, Adrian Dyer, received a message from a widow on the other side of the globe.

“A lady in the UK heard about it and wrote to me directly, because I was the corresponding author, and said ‘I have a very unusual letter in my possession, which was written by Albert Einstein to my late husband’,” says Dyer.

The lady – Judith Davys, wife of Glyn Davys, who lived from 1925 to 2011 – said that the letter discussed the same themes Dyer and Howard were now investigating. She asked Dyer if he’d like to examine it.

“Of course I was quite interested.”

Davys sent the letter over, and after verifying with the Albert Einstein Archives that it had actually come from Einstein, Dyer started to do some research on its genesis.

Written in October 1949 and fewer than 100 words, the letter is short but packed with meaning. It was a response to a letter Glyn Davys had sent to Einstein, the content of which is unknown but can be guessed at.
Einstein’s letter to Davys

Dear Sir,

I am well acquainted with Mr V. Frisch’s admirable investigations. But I cannot see a possibility to utilize those results in the investigation concerning the basis of physics. Such could only be the case if a new kind of sensory perception, resp. of their stimuli, would be revealed through the behaviour of the bees. It is thinkable that the investigation of the behaviour of migratory birds and carrier pigeons may some day lead to the understanding of some physical process which is not yet known.

Sincerely yours,

Albert Einstein.

“I am well acquainted with Mr. v. Frisch’s admirable investigations,” begins Einstein. By 1949, Karl von Frisch was becoming well-known for the research on bees that would end up winning him a Nobel Prize. He had recently shown that honeybees can use the polarisation of sunlight to navigate, and news on this research had made it into newspapers in the United Kingdom. Dyer and his collaborators believe that Davys, who had worked on radar as an engineer in the Royal Navy, had read about this research and written to Einstein asking if he was aware of it.

Einstein had, in fact, attended a lecture by von Frisch earlier that year and briefly met the man afterwards. So he knew that bees could distinguish the polarisation of light and navigate – an interesting physical concept, but with little application at the time.

This small letter excited the RMIT researchers, because it was exactly what their team had done with bees.

“His suggestion is [that] new behaviours might reveal new ways of looking at physics,” summarises Dyer.

“This is something that is an active field of research today,” says Andrew Greentree, a physicist at RMIT who has worked with Howard and Dyer.

“I’m attending conferences where people talk about the mechanisms for magneto-sensing in birds, and people are also interested in magneto-sensing in dogs and humans and insects.”

There’s still a lot to be proven in the field (particularly around magneto-sensing), but theoretical physicists are rapidly becoming interested in how animals navigate and communicate – hence Greentree’s involvement in the project. “Understanding how bees [navigate] with a tiny little brain using far less energy than we have in our standard mobile phones is a really important technological challenge,” he says.

Greentree has been working with Dyer’s team for six or seven years, but in Einstein’s time, it was unusual for physicists to spot applications from biology and zoology.

“For a physicist, that’s a really radical thing to be suggesting,” says Greentree.

How does it feel to have your work predicted by Einstein, 70 years prior? How might this bee research be viewed in 70 years’ time?

It’s hard to tell, but Dyer, Howard and Greentree all hope it encourages more interdisciplinary research.

Howard thinks there will be more interest in the growing field of insect cognition. “The honeybee is obviously a really great model, but we don’t know what other great models might also be out there at this stage, and I think in 70 years we’ll see a huge amount of research going into looking at how other insects can help us in our everyday lives as well as how they’re important in their own environments.”

“Every time I’ve worked with Andrew I’ve learned something new, and that goes both ways,” says Dyer.

“I think the fact that Einstein was potentially interested in this will probably capture the attention of some pretty senior physicists to maybe just read a few more papers on what insects and animals can do.”

Greentree agrees. “To have Einstein talking to von Frisch, who is a radically different kind of scientist […] That’s convincing me that I should be someone who’s reaching out more to people in other disciplines.”

He also adds that it “reminds me of our public service, the requirement on us to actually respond to the general public.”

“[Einstein] was a famously prolific writer,” he says. “He would write to essentially anyone. He would try to reply to everyone who wrote to him.”

“We have a responsibility to engage with people, at some level, and to assist wherever we can, to share knowledge.”

A paper analysing Einstein’s letter is published in the Journal of Comparative Physiology A.





Credit: Dyer et al. 2021, J Comp Physiol A 


Saturday, March 02, 2024

 

Einstein’s Postwar Campaign to Save the World from Nuclear Destruction


Although the popular new Netflix film, Einstein and the Bomb, purports to tell the story of the great physicist’s relationship to nuclear weapons, it ignores his vital role in rallying the world against nuclear catastrophe.

Aghast at the use of nuclear weapons in August 1945 to obliterate the cities of Hiroshima and Nagasaki, Einstein threw himself into efforts to prevent worldwide nuclear annihilation.  In September, responding to a letter from Robert Hutchins, Chancellor of the University of Chicago, about nuclear weapons, Einstein contended that, “as long as nations demand unrestricted sovereignty, we shall undoubtedly be faced with still bigger wars, fought with bigger and technologically more advanced weapons.”  Thus, “the most important task of intellectuals is to make this clear to the general public and to emphasize over and over again the need to establish a well-organized world government.”  Four days later, he made the same point to an interviewer, insisting that “the only salvation for civilization and the human race lies in the creation of a world government, with security of nations founded upon law.”

Determined to prevent nuclear war, Einstein repeatedly hammered away at the need to replace international anarchy with a federation of nations operating under international law.  In October 1945, together with other prominent Americans (among them Senator J. William Fulbright, Supreme Court Justice Owen Roberts, and novelist Thomas Mann), Einstein called for a “Federal Constitution of the World.”  That November, he returned to this theme in an interview published in the Atlantic Monthly.  “The release of atomic energy has not created a new problem,” he said.  “It has merely made more urgent the necessity of solving an existing one….  As long as there are sovereign nations possessing great power, war is inevitable.”  And war, sooner or later, would become nuclear war.

Einstein promoted these ideas through a burgeoning atomic scientists’ movement in which he played a central role.  To bring the full significance of the atomic bomb to the public, the newly-formed Federation of American Scientists put together an inexpensive paperback, One World or None, with individual essays by prominent Americans.  In his contribution to the book, Einstein wrote that he was “convinced there is only one way out” and this necessitated creating “a supranational organization” to “make it impossible for any country to wage war.”  This hard-hitting book, which first appeared in early 1946, sold more than 100,000 copies.

Given Einstein’s fame and his well-publicized efforts to avert a nuclear holocaust, in May 1946 he became chair of the newly-formed Emergency Committee of Atomic Scientists, a fundraising and policymaking arm for the atomic scientists’ movement.  In the Committee’s first fund appeal, Einstein warned that “the unleashed power of the atom has changed everything save our modes of thinking, and thus we drift toward unparalleled catastrophe.”

Even so, despite the fact that Einstein, like most members of the early atomic scientists’ movement, saw world government as the best recipe for survival in the nuclear age, there seemed good reason to consider shorter-range objectives.  After all, the Cold War was emerging and nations were beginning to formulate nuclear policies.  An early Atomic Scientists of Chicago statement, prepared by Eugene Rabinowitch, editor of the Bulletin of the Atomic Scientists, underscored practical considerations.  “Since world government is unlikely to be achieved within the short time available before the atomic armaments race will lead to an acute danger of armed conflict,” it noted, “the establishment of international controls must be considered as a problem of immediate urgency.”  Consequently, the movement increasingly worked in support of specific nuclear arms control and disarmament measures.

In the context of the heightening Cold War, however, taking even limited steps forward proved impossible.  The Russian government sharply rejected the Baruch Plan for international control of atomic energy and, instead, developed its own atomic arsenal.  In turn, U.S. President Harry Truman, in February 1950, announced his decision to develop a hydrogen bomb―a weapon a thousand times as powerful as its predecessor.  Naturally, the atomic scientists were deeply disturbed by this lurch toward disaster.  Appearing on television, Einstein called once more for the creation of a “supra-national” government as the only “way out of the impasse.”  Until then, he declared, “annihilation beckons.”

Despite the dashing of his hopes for postwar action to end the nuclear menace, Einstein lent his support over the following years to peace, nuclear disarmament, and world government projects.

The most important of these ventures occurred in 1955, when Bertrand Russell, like Einstein, a proponent of world federation, conceived the idea of issuing a public statement by a small group of the world’s most eminent scientists about the existential peril nuclear weapons brought to modern war.  Asked by Russell for his support, Einstein was delighted to sign the statement and did so in one of his last actions before his death that April.  In July, Russell presented the statement to a large meeting in London, packed with representatives of the mass communications media.  In the shadow of the Bomb, it read, “we have to learn to think in a new way….  Shall we … choose death because we cannot forget our quarrels?  We appeal as human beings to human beings:  Remember your humanity, and forget the rest.”

This Russell-Einstein Manifesto, as it became known, helped trigger a remarkable worldwide uprising against nuclear weapons in the late 1950s and early 1960s, culminating in the world’s first significant nuclear arms control measures.  Furthermore, in later years, it inspired legions of activists and world leaders.  Among them was the Soviet Union’s Mikhail Gorbachev, whose “new thinking,” modeled on the Manifesto, brought a dramatic end to the Cold War and fostered substantial nuclear disarmament.

The Manifesto thus provided an appropriate conclusion to Einstein’s unremitting campaign to save the world from nuclear destruction.


Dr. Lawrence Wittner is Professor of History Emeritus at SUNY/Albany and the author of Confronting the Bomb (Stanford University Press). Read other articles by Lawrence, or visit Lawrence's website.

Monday, March 15, 2021

The story behind Albert Einstein's most iconic photo

It’s been 70 years since the genius physicist stuck out his tongue at pesky reporters. The photo turned him into an icon. But what's the story behind it?

The photo of Einstein sticking out his tongue is world-famous


It was March 14, 1951, the day Albert Einstein turned 72. The famous physicist, who was born in Ulm, Germany, had already been living in the United States for many years. At the time, he was working at the Institute for Advanced Study in Princeton, New Jersey. A birthday celebration was held in his honor at the research center.

The paparazzi were lurking outside the venue when he left, hoping to hear one of the world-famous professor's witty quips about the global political situation — and to take the perfect birthday photo.

Not a fan of media hype, and growing weary of being a spokesperson, Einsteinwas annoyed by their presence. Yet there he was, stuck in the back seat of a limousine, sandwiched between the institute's former director, Frank Aydelotte, and his wife, Marie, unable to escape the flashing bulbs. "Enough is enough..." he is said to have repeatedly shouted at the pushy reporters. "Hey, Professor, smile for a birthday photo, please," one shouts.

In a gesture of annoyance, the unconventional free spirit stuck his tongue out at his pursuers — a moment that was captured by photographer Arthur Sasse. The picture quickly circulated around the world, becoming an iconic image.

The image elevated Einstein to pop icon status

A famous snapshot

The absent-minded professor with disheveled hair, who often forgot to put on socks, yet whose theory of relativity is still understood by only the world's most brilliant minds, was elevated to a mythical figure during the course of his own life. The cheeky snapshot also earned him pop icon status.


The iconic photo has been reproduced frequently, as shown here on an Easter egg


However, it was not the photographer who helped the photo achieve worldwide fame, but Einstein himself. He ordered numerous prints and cropped it so the Aydelotte couple could no longer be seen. He sent dozens of the photos to colleagues, friends and acquaintances. "The outstretched tongue reflects my political views," he wrote to his friend Johanna Fantova. In 2009, an original signed copy was sold for $74,324 (€62,677) at auction, making it the most expensive photo of the genius ever.
Einstein on human stupidity

Einstein, who was Jewish, had fled Nazi Germany and knew what it felt like to be the subject of a government-led witch hunt. Thus, he did not condone the Cold War and the search for alleged communists instigated by Senator Joseph McCarthy, in which many politicians, intellectuals and artists were accused of being "un-American." 


The photo was even reproduced in a corn field in Germany, as seen here


Einstein had a lot to say about such human stupidity: "The ruling of the dumb people can't be overcome because there are so many of them, and their voice counts as much as ours" reads an Einstein quote translated from German. "Two things are infinite: the universe and human stupidity. But I'm not quite sure about the universe yet," goes another of the professor's quips.

Einstein met this stupidity with genius — and a dash of humor.

Since it was taken on Einstein's birthday in 1951, the photo of him sticking out his tongue has been reproduced millions of times: on posters and t-shirts, greeting cards, mugs and murals. And even today, decades after his death, the revolutionary thinker and genius professor still has numerous fans, from young to old.

This article was translated from German by Sarah Hucal.

Thursday, November 25, 2021

SPECULATIVE CAPITALI$M

Einstein’s notes on theory of relativity fetch record €11.6m at auction

Manuscript handwritten by physicist and a colleague in 1913-14 fetched nearly four times estimate


A page of the Einstein-Besso manuscript is displayed at Christie's in Paris. Photograph: Chesnot/Getty Images


Agence France-Presse in Paris
Tue 23 Nov 2021 

Albert Einstein’s handwritten notes on the theory of relativity fetched a record €11.6m (£9.7m) at an auction in Paris on Tuesday.

The manuscript had been valued at about a quarter of the final sum, which is by far the highest ever paid for anything written by the genius scientist.

It contains preparatory work for the physicist’s signature achievement, the theory of general relativity, which he published in 1915.

Calling the notes “without a doubt the most valuable Einstein manuscript ever to come to auction”, Christie’s – which handled the sale on behalf of the Aguttes auction house – had estimated prior to the auction that it would fetch between €2m and €3m.
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Previous records for Einstein’s works were $2.8m for the so-called “God letter” in 2018, and $1.56m in 2017 for a letter about the secret to happiness.

The 54-page document was handwritten in 1913 and 1914 in Zurich, Switzerland, by Einstein and his colleague and confidant Michele Besso, a Swiss engineer.

Christie’s said it was thanks to Besso that the manuscript was preserved for posterity. This was “almost like a miracle”, it said, since Einstein would have been unlikely to hold on to what he considered to be a simple working document.

Today the paper offered “a fascinating plunge into the mind of the 20th century’s greatest scientist”, Christie’s said. It discusses his theory of general relativity, building on his theory of special relativity from 1905 that was encapsulated in the equation E=mc2.

Einstein died in 1955 aged 76, lauded as one of the greatest theoretical physicists of all time. His theories of relativity revolutionised his field by introducing new ways of looking at the movement of objects in space and time.

In 1913 Besso and Einstein “attacked one of the problems that had been troubling the scientific community for decades: the anomaly of the planet Mercury’s orbit”, Christie’s said.

This initial manuscript contains “a certain number of unnoticed errors”, it added. Once Einstein spotted them, he let the paper drop, and it was taken away by Besso.

“Scientific documents by Einstein in this period, and before 1919 generally, are extremely rare,” Christie’s said. “Being one of only two working manuscripts documenting the genesis of the theory of general relativity that we know about, it is an extraordinary witness to Einstein’s work.”

Einstein also made major contributions to quantum mechanics theory and won the Nobel physics prize in 1921. He became a pop culture icon thanks to his dry witticisms and trademark unruly hair, moustache and bushy eyebrows.

https://en.wikipedia.org/wiki/Late_capitalism

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