Movie Review: “Oppenheimer”

by Ashutosh Jogalekar (Warning: Spoilers ahead)

Reviewing biopics is tricky. On one hand, if you are someone informed about the facts, it’s easy to bring a scalpel and dissect every fact and character in minute detail, an exercise that will almost always lead to a critical and often negative view of a film. On the other hand, knowing that a movie is a medium of expression defined a certain way, one has to allow for creative license and some convenient omissions and embellishments that would be unforgivable in a documentary or historically accurate drama. Thus, the best way to review biopics in my opinion is a middle path, making allowance for artistic interpretations and changes of fact while still holding the movie maker up to high standards in terms of making sure that these changes don’t fundamentally distort the soul of the narrative.

I went into Christopher Nolan’s 3-hour extravaganza keeping this middle ground in mind. Having just written an eight-part series about Oppenheimer and been familiar with his life and work for a fairly long time, I approached the film with fairly high expectations. And I have to say that I was impressed. If one simple metric of a high-quality film is its ability to keep you glued to your seat for 3 hours, “Oppenheimer” delivers in spades. Much of this effect comes from Nolan’s judiciously assembled direction and from outstanding performances by key characters that keep the audience riveted. “Oppenheimer” is an Oliver Stone-like jigsaw puzzle, breathlessly switching between timelines, black and white scenes and pithy character lines interspersed with artistic imagery of crackling jolts of electricity, the shimmer of particles and waves and imagined operatic scenes of stars that signify the deep scientific reality behind our everyday world. Key aspects of the Trinity test like the assembly of the bomb and the details of the fireball are accurately rendered. But first and foremost, it is a drama about J. Robert Oppenheimer. Read more »

Oppenheimer VIII: The House of Science

by Ashutosh Jogalekar

This is the eighth in a series of essays on the life and times of J. Robert Oppenheimer. All the others can be found here.

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

After his shameful security hearing, many of Oppenheimer’s colleagues thought he was a broken man, “like a wounded animal” as one colleague said. But Freeman Dyson, a young physicist who was as perceptive of human nature as anyone, saw it differently: “As far as we were concerned, he was a better director after the hearing than he was before.”

Director of what? Of the “one, true, platonic heaven”, the Institute for Advanced Study in Princeton, a place where the world’s leading thinkers could think and toil in unfettered surroundings. It was here that Oppenheimer entered the fourth and final act of his life, one that was to thrust him on the national and international stages. There is no doubt that the hearing deeply affected him, but instead of dooming him to a life of obscurity and seclusion, it invested him with a new persona, a new role as a public intellectual in which he performed magnificently. Far from being the end of his life, the hearing signaled a new beginning.

It had been an unpromising start. “Princeton is a madhouse”, Oppenheimer had written to his brother Frank in a 1935 letter, “its solipsistic luminaries shining in separate and helpless desolation.” The institute had been set up by funds from a wealthy brother and sister, Louis and Caroline Bamberger who, just before the depression hit, had fortuitously sold their department store to R. H. Macy’s for $11 million. The philanthropic Bambergers wanted to give back to the community and sought the advice of a leading educator, Abraham Flexner, as to how they should put the money to good use. Flexner dissuaded them from starting a medical school in Newark. Instead he had a novel idea. As an educator he knew the importance of pure, curiosity-driven research that may or may not yield practical dividends. Later in 1939 he wrote an influential article for Harper’s Magazine titled “The Usefulness of Useless Research” in which he laid out his vision. Read more »

Oppenheimer VII: “Scorpions in a bottle”

by Ashutosh Jogalekar

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

This is the seventh in a series of essays on the life and times of J. Robert Oppenheimer. All the others can be found here.

The Bohrian paradox of the bomb – the manifestation of unlimited destructive power making future wars impossible – played into the paradoxes of Robert Oppenheimer’s life after the war. The paradox was mirrored by the paradox of the arena of political and human affairs, a very different arena from the orderly, predictable arena of physics that Oppenheimer was used to in the first act of his life. As Hans Bethe once said, one reason many scientists gravitate toward science is because unlike politics, science can actually give you right or wrong answers; in politics, an answer that may be right from one viewpoint may be wrong from another.

In the second act of his life, like Prometheus who reached too close to the sun, Oppenheimer reached too close to the centers of power and was burnt. In this act we also see a different Oppenheimer, one who could be morally inconsistent, even devious, and complicated. His past came to haunt him. The same powers of persuasion that had worked their magic on his students at Berkeley and fellow scientists at Los Alamos failed to work on army generals and zealous Washington bureaucrats. The fickle world of politics turned out to be one that the physicist with the velvet tongue wasn’t quite prepared for. Read more »

Oppenheimer VI: “Batter my heart, three-person’d God.”

by Ashutosh Jogalekar

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

This is the sixth in a series of essays on the life and times of J. Robert Oppenheimer. All the others can be found here.

Colonel Leslie Groves, son of an Army chaplain who held discipline sacrosanct above anything else in life, had finished fourth in his class at West Point and studied engineering at MIT. He had excelled in the course of a long career in building and coordinating large-scale projects, culminating in his building the Pentagon, which was then the largest building under one roof anywhere in the world. In September, 1942, Groves was wrapping up and eager to get an overseas assignment when he was summoned by his superior, Lieutenant General Brehon Somervell. Somervell told Groves that he had been reassigned to an important project. When Groves irritably asked which one, Somervell told him that it was a project that could end the war. Groves had learned enough about the fledgling bomb program through the grapevine that his reaction was very simple – “Oh”.

Robert Oppenheimer is the most famous person associated with the Manhattan Project, but the truth of the matter is that there was one person even more important than him for the success of the project – Leslie Groves. Without Groves the project would likely have been impossible or delayed so much as to be useless. Groves was the ideal man for the job. By the fall of 1942, the basic theory of nuclear fission had been worked out and the key goal was to translate theory into practice. Enrico Fermi’s pioneering experiment under the football stands at the University of Chicago – effectively building the world’s first nuclear reactor – had made it clear that a chain reaction in uranium could be initiated and controlled. The rest would require not just theoretical physics but experimental physics, chemistry, ordnance and engineering. Most importantly, it would need large-scale project and personnel management and coordination between dozens of private and government institutions. To accomplish this needed the talents of a go-getter, a no-nonsense operator who could move insurmountable obstacles and people by the sheer force of his personality, someone who may not be popular but was feared and respected and who got the job done. Groves was that man and more. Read more »

Oppenheimer V: “Coordinator of Rapid Rupture”

by Ashutosh Jogalekar

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

This is the fifth in a series of essays on the life and times of J. Robert Oppenheimer. All the others can be found here.

Between December, 1941, when the United States entered the Second World War and July, 1945, when the war ended and two revolutionary weapons had been used against Japan, Robert Oppenheimer underwent an astonishing transformation that stunned his colleagues. From being an ivory tower intellectual who quoted French and Sanskrit poetry and who had led nothing bigger than an adoring group of graduate students and postdocs – not even a university department – he became the successful leader of the largest scientific and industrial enterprise in history, rubbing shoulders with cabinet secretaries and generals and directing the work of tens of thousands of individuals – Nobel laureates and janitors, physicists and chemists and mathematicians, engineers and soldiers and administrative staff. One cannot understand this transformation without tracing its seed back to momentous scientific and political world events in that troubled decade of the 1930s. I can barely scratch the surface of these events here; there is no better source that describes them than Richard Rhodes’s seminal book, “The Making of the Atomic Bomb.”

In December, 1938, working at the Kaiser Wilhelm Institute in Berlin, chemists Otto Hahn and Fritz Strassman found that uranium, when bombarded by neutrons, split into two small, almost equal fragments, a process that came to be called nuclear fission. This transformation was completely unexpected – the atomic nucleus was thought to be relatively stable. While physicists had bombarded elements with neutrons since the discovery of the elementary particle in 1932, all they had seen was the chipping off or building up of nuclei into elements one or two places above in the periodic table; the breaking up of uranium into much smaller elements like barium and xenon was stunning. When Hahn wrote his colleague Lise Meitner – an Austrian Jewish physicist in exile in Sweden – and her nephew Otto Frisch about this result, the two physicists prophetically figured out on a hike that the process would release energy that could be explained by Einstein’s famous equation, E =mc^2. When uranium breaks up, the two resulting pieces weigh slightly less than the parent uranium – that tiny difference in mass translates to a huge difference in energy according to Einstein’s formula. How huge? Several million times more than in the most energetic chemical reactions. Read more »

Oppenheimer IV: “Nim nim man”

by Ashutosh Jogalekar

This is the fourth in a series of posts about J. Robert Oppenheimer’s life and times. All the others can be found here.

Image credit: “Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

Robert Oppenheimer, said Hans Bethe, “created the greatest school of theoretical physics America has ever known.” Coming from Bethe, a physicist of legendary stature who received the Nobel Prize for figuring out what makes the stars shine and who published papers well into his nineties, this was high praise. Before Oppenheimer, it was almost mandatory for young American physics students to go to Europe to study at the feet of masters like Bohr or Born. After Oppenheimer brought back the fire from the continent, they only had to go to California to bask in its glow. Today, while Oppenheimer is most famous as the father of the bomb, it is very likely that posterity will judge his creation of the American school of modern physics as his most important accomplishment.

When he graduated from Göttingen with his Ph.D. in 1927, Oppenheimer’s reputation preceded him. He received ten job offers from universities like Harvard, Princeton and Yale. He chose to go to the University of California, Berkeley. There were two reasons that drew him to what was then a promising but not superlative outpost of physics far from the Eastern centers. Berkeley was, in his words, “a desert”, a place with enormous potential but one which did not have a flourishing tradition of physics yet. The physics department there had already hired Ernest Lawrence, an experimentalist who would become, with his cyclotron, the father of ‘big science’ in the country. Now they wanted a theorist to match Lawrence’s experimental acumen. Oppenheimer who had proven that he could hold his own with the most important physicists in Europe was a logical choice. Read more »

Oppenheimer III: “Oppenheimer seemed to me, right from the beginning, a very gifted man.”

by Ashutosh Jogalekar

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

This is the third in a series of posts about J. Robert Oppenheimer’s life and times. All the others can be found here.

In 1925, there was no better place to do experimental physics than Cambridge, England. The famed Cavendish Laboratory there has been created in 1874 by funds donated by a descendant of the eccentric scientist-millionaire Henry Cavendish. It had been led by James Clerk Maxwell and J. J. Thomson, both physicists of the first rank. In 1924, the booming voice of Ernest Rutherford reverberated in its hallways. During its heyday and even beyond, the Cavendish would boast a record of scientific accomplishments unequalled by any other single laboratory before or since; the current roster of Nobel Laureates associated with the institution stands at thirty. By the 1920s Rutherford was well on his way to becoming the greatest experimental physicist in history, having discovered the laws of radioactive transformation, the atomic nucleus and the first example of artificially induced nuclear reactions. His students, half a dozen Nobelists among them, would include Niels Bohr – one of the few theorists the string-and-sealing-wax Rutherford admired – and James Chadwick who discovered the neutron.

Robert Oppenheimer returned back to New York in 1925 after a vacation in New Mexico to disappointment. While he had been accepted into Christ College, Cambridge, as a graduate student, Rutherford had rejected his application to work in his laboratory in spite of – or perhaps because of – the recommendation letter from his undergraduate advisor, Percy Bridgman, that painted a lackluster portrait of Oppenheimer as an experimentalist. Instead it was recommended that Oppenheimer work with the physicist J. J. Thomson. Thomson, a Nobel Laureate, was known for his discovery of the electron, a feat he had accomplished in 1897; by 1925 he was well past his prime. Oppenheimer sailed for England in September. Read more »

Oppenheimer II: “Work…frantic, bad and graded A”

by Ashutosh Jogalekar

“Oppenheimer, Julius Robert”, by David A. Wargowski, December 7, 2018

This is the second in a series of posts about J. Robert Oppenheimer’s life and times. All the others can be found here.

In the fall of 1922, after the New Mexico sojourn had strengthened his body and mind, Oppenheimer entered Harvard with an insatiable appetite for knowledge; in the words of a friend, “like a Goth looting Rome”. He wore his clothes on a spare frame – he weighed no more than 120 pounds at any time during his life – and had striking blue eyes. Harvard required its students to take four classes every semester for a standard graduation schedule. Robert would routinely take six classes every semester and audit a few more. Nor were these easy classes; a typical semester might include, in addition to classes in mathematics, chemistry and physics, ones in French literature and poetry, English history and moral philosophy.

The best window we have into Oppenheimer’s personality during his time at Harvard comes from the collection of his letters during this time edited by Alice Kimball Smith and Charles Weiner. They are mostly addressed to his Ethical Culture School teacher, Herbert Smith, and to his friends Paul Horgan and Francis Fergusson. Fergusson and Horgan were both from New Mexico where Robert had met them during his earlier trip. Horgan was to become an eminent historian and novelist who would win the Pulitzer Prize twice; Fergusson who departed Harvard soon as a Rhodes Scholar became an important literary and theater critic. They were to be Oppenheimer’s best friends at Harvard.

The letters to Fergusson, Horgan and Smith are fascinating and provide penetrating insights into the young scholar’s scientific, literary and emotional development. In them Oppenheimer exhibits some of the traits that he was to become well known for later; these include a prodigious diversity of reading and knowledge and a tendency to dramatize things. Also, most of the letters are about literature rather than science, which indicates that Oppenheimer had still not set his heart on becoming a scientist. He also regularly wrote poetry that he tried to get published in various sources. Read more »