SYNOPSIS

The musical opens in Marie Curie’s final days. Sitting at her research desk, she is visited by her daughter Irène, who takes her temperature. When told that her temperature has dropped from the day before, Marie calmly replies that it is simply the natural process of dying. She scolds Irène for neglecting her research in order to care for her, and tells her to work hard so that she may one day receive the Nobel Prize. She then expresses her wish to be buried with a small pouch, which makes Irène curious.

The scene shifts to a train, where a small incident introduces Marie to a young Polish woman, Anne Kowalski (who insists on this name instead of Kowalska). Marie shows her the Periodic Table, explaining that it is a map of the smallest unit of matter, promising that one day her name will be on it. Anne, touched, gives Marie a small pouch filled with Polish soil.

At the Sorbonne, male students dismiss Marie for her nationality and gender. Pierre Curie appears, asking a professor for a research assistant. When Marie volunteers, Pierre replies that he is celibate — but she was only asking if she can get tungsten. Pierre asks Marie why she does science; Marie answers that it is because of curiosity.

Scenes change quickly. Marie and Pierre discuss how electricity and magnetism can be unified. Pierre says it can be unified in a closed system, and Marie counters that it can be unified in a “general system.” Anne brings Polish cake to celebrate Marie’s birthday. Anne says her situation is not good because she was expelled from a glass factory for speaking out about workers’ rights. Marie shows Anne a spectrum with extraordinary lines that reveal radiation far more intense than uranium in pitchblende. Anne, not knowing what it means, asks if Marie can put her name on the map — the Periodic Table.

Ruben Dupont, a wealthy investor, comes to the Sorbonne to find good research to support. Needing funds, Marie turns to Ruben and promises that he will witness “a new light.” She convinces him to support her research. In the lab, Marie crushes and melts ore, using a quadrant electrometer to identify a new element. After long struggle she announces polonium, named after her homeland, and later radium, “the new light.” Marie declares that she will not apply for a patent, as these elements are for everybody to use.

Meanwhile, Anne takes a job at Ruben Dupont’s clock factory thanks to Marie’s introduction, painting luminous dials with radium paint. She and her Polish colleagues lick the tips of their brushes to keep a fine point. They sing of big dreams, but one of them was already ill and hospitalized.

Marie applies to the French Academy of Sciences but receives a refusal letter due to her gender and nationality.

Pierre and Marie, together with Henri Becquerel, are awarded the 1903 Nobel Prize in Physics. After the prize, they continue their work as they always did, without seeking fame or money.

When Marie saw a young girl with retinoblastoma, she considered it possible to treat the cancer with radium and persuaded Ruben Dupont to fund the therapy. She tells him it is far bigger than radium lipstick, condoms, or cigarettes. Seeing a future in medicine, he agrees to support her research. At his hospital, Marie attempts the treatment using radium radiation.

But signs of danger appear. Pierre notices radium causes skin lesions. To test it, Marie paints a strip of cloth with radium and wraps it around her forearm. Pierre does the same on his leg.

At the factory, more workers fall ill and die. Autopsy reports claim syphilis. Anne refuses to believe it and confronts Ruben. He warns her not to taint Marie’s name by calling radium poisonous. Marie overhears their conversation, realizes the workers may indeed be dying from radium poisoning, and — visibly shaken — asks Ruben to stop both the factory and the clinical trials. He agrees, but insists she remain at the hospital to continue treating the retinoblastoma girl, whose vision seems to improve. Secretly, however, he orders the factory to run 24/7.

Pierre, worried, searches for a doctor who disappeared after raising doubts about Ruben’s hospital. The doctor is frightened at the sight of Pierre and asks if anyone followed him, but at Pierre’s persuasion promises to return to Paris and tell the truth. While Marie is in her laboratory, she hears that Pierre has died in a carriage accident. She is paralyzed by grief, until Pierre’s vision appears to comfort her. Marie requests an autopsy.

The autopsy report confirms Pierre died of hemorrhage from a fractured skull, but Marie adds that his leg had been too weak to dodge the carriage, saying his bone density had decreased from radiation poisoning.

Anne, consumed with guilt for the factory deaths, climbs a tall building to end her life. Marie follows her. Anne blames Marie for betraying the innocent workers. Marie protests that she “did not know,” but admits that she had been afraid the truth might stop her research. Anne accepts Marie’s apology, and as they embrace, Anne tells Marie that she is the shining star who received two Nobel Prizes and left her elements on the map, the Periodic Table.

The story returns to Marie’s final days. She explains the pouch of Polish soil, and admits to Irène that she was not a good mother, often neglecting her in pursuit of science. She urges her daughter not to live as she did. Irène reassures her: she lived a great life.


REVIEW

Maria Skłodowska-Curie was the first woman awarded a Nobel Prize and the first female faculty member at the Sorbonne. This musical tells her life story with theatrical inventions — some imaginative, some misleading.

One thing to mind when portraying a real person in a musical: creators may take liberties, but they must also face criticism. Mozart has often been cast as a protagonist in films and musicals, his life exaggerated or distorted. Marie Curie’s story receives the same treatment here.

At the end of the 19th century, Edison, Tesla, Bell, and Curie often appear as cameo figures in popular culture, their science reshuffled freely for dramatic convenience. A brief television appearance, I do not mind. But Marie Curie is a musical with Curie herself as its titular character, and here accuracy matters. The show treats her respectfully, presenting her as moral and scientifically minded. Yet in binding her too closely to invented subplots and invented guilt, it distorts both her context and her voice.

🎵 Music and Performances

The score was surprisingly good and memorable. Written for a mid-sized theater with a cast of about ten, the staging was effective, and the orchestra — largely piano and strings — carried light, catchy motifs that stayed in my ear. The composer knows how to expand duets and trios into ensemble numbers, giving a small cast unexpected breadth.

Ock Joo-hyun, as Marie, was the show’s powerhouse. She can both sing and act — what a performance. Her only flaw was the occasional awkward vowel shading in diphthongs, but this hardly detracted from her dramatic command. Cha Yun-hae, as Pierre, was a stable singer, tall and poised. Kang Hye-in, as Anne Kowalski — the Polish girl Marie befriends on the train to Paris and later a lifelong friend working at the radium-dial factory — sang with clear high notes that shone especially in duets with Marie. My favorite voice of the night belonged to Kang Tai-eul as Ruben Dupont: resonant, warm, carrying easily to the farthest corner of the auditorium. Even the factory workers, each given solo lines and role names, sang with strength. Not one faltered — a rare thing in an ensemble.

🎭 Staging

The staging cleverly used the limitations of a mid-sized venue. Glow effects for radium, simple factory scenes, and the intimacy of Marie’s domestic life all translated well. The factory-worker sequences, with their solo spots, gave every performer presence. With only a small orchestra, the production nonetheless made its world feel surprisingly expansive.

🔬 The Science That Distracted Me

And yet — the science. Each error may seem minor on its own, but the show was full of mistakes that a single review by a physicist or physical chemist could easily have fixed.

The very first misstep came early: Pierre and Marie discovering that “electricity and magnetism are exchangeable.” This was not theirs to discover; it was Ørsted, Faraday, and finally Maxwell who unified electromagnetism in the 19th century, decades before the Curies. To hand them that crown was like giving Mozart’s symphonies to Beethoven. As soon as I heard it, I could not focus. Linking the couple through magnetism was not wrong in itself. Marie’s first research was on the magnetic properties of tempered steel, and Pierre was studying how magnetism changes with temperature. How much better it would have been if Marie had taken Pierre’s work one step further. Pierre: “Magnetism seems to weaken at high temperatures.” Marie: “I think we could explain why it weakens as the temperature rises.” Or, on the piezoelectric effect he had discovered with his brother — Pierre: “Press a quartz crystal, and electricity appears.” Marie: “Then we could measure even the tiniest amount of electricity.” That would have been far truer to them than rediscovering established theory.

Pierre tells Marie “electromagnetism works only in closed systems,” and Marie replies that “it works in general systems.” But open, closed, and isolated systems belong to thermodynamics; the laws of electromagnetism hold regardless of them. Borrowing a thermodynamic concept for electromagnetism is odd enough, and “general system” is not a term in physics at all. Later, Marie scribbles a half-finished partial differential equation on a blackboard — with only one variable, where an ordinary derivative would have sufficed. To the audience, it signals brilliance; to a scientist, it is unsettling. It recalled Good Will Hunting, with its stylized chalkboard genius, except Will was at least solving in his own field. Numb3rs had Caltech mathematicians as consultants who wrote the on-screen equations themselves; a graduate student’s hand even stood in for the lead’s at the blackboard. This show did not.

The sodium chloride metaphor was another stumble. Marie and Pierre say that their bond is as strong as NaCl. But NaCl bonds dissolve instantly in water. Elphaba’s bucket could wash away their love as easily as the Wicked Witch. A physicist on the writing team could have saved them from this irony.

At one point the script even has Marie comparing a “treatment group” with a “control group,” claiming efficacy at double the dose. In the show, Marie designs the clinical trial herself, and it is Pierre who tries to stop her. But Marie never designed animal experiments or clinical trials. It was Pierre who did the animal work: in 1904, with physicians, he studied the effects of radium emanation on mice and guinea pigs. Radium therapy, too, worked the other way around — Pierre lent radium samples to physicians, and the physicians reported the results. And in experimental science a control group is not given a higher dose but rather withheld treatment, or else benchmarked against an established therapy. This misuse of terminology makes her sound less like a turn-of-the-century physicist-chemist than a 20th-century biotech scientist.

Even Pierre’s death is reframed. In the show, Pierre wraps a radium-painted cloth around his leg, and his bones weaken until he cannot dodge the carriage. In reality, Pierre tested radium on his arm, and the result was a skin lesion, which he observed and reported to the Academy of Sciences. Ionic radium salts barely pass through intact skin. Radium on the skin harms by irradiation, not absorption. Radium damages bone only when it enters the body, by ingestion or inhalation, settles in the bone like calcium, and irradiates it from within — precisely the path of the Radium Girls. A dose strong enough to weaken bone through a bandage would have destroyed the skin long before. The show distorts radium’s toxicology just to tie the carriage accident to radium. The real accident was tragic enough on its own.

🎭 Inventions and Melodrama

The show invents a financier, Ruben Dupont, who funds Marie’s radium research and runs a radium clock factory. Historically, radium was extremely rare around 1900. The radium chloride Marie first isolated in 1902 weighed barely a tenth of a gram, and her first full gram took years and tons of pitchblende. There was no luminous paint for watch dials, either. Radium-dial factories only appeared in the U.S. in the 1910s and 1920s, leading to the tragedy of the Radium Girls. Even the autopsy reports blaming syphilis come from a real case in the U.S. in 1922. The musical compresses all this into Paris c. 1900 and makes Marie responsible for persuading Ruben into clinical trials.

This distortion leads to her strangest moment: confessing to Anne that she kept silent about the side effects because she feared for her research. To the general audience, this plays as tragic moral hesitation. But to any scientist it is unthinkable. Scientific misconduct is a one-strike-out death sentence. It is like Milli Vanilli’s lip-sync that ended their career in music. The Curies did not hide the danger; they tested radium’s harm to the skin on their own bodies and reported it publicly. Their true tragedy was not concealment but not knowing how great the danger of long-term exposure was. There was no clock factory at the time, and Marie never designed clinical trials. A physicist is not an almighty scientist. It is like asking an opera singer to do ballet. She was a physicist-chemist, not a doctor. To burden her with a guilt she never had and make her into a Faustian figure is unfair.

🌱 What Rang True

There were moments, however, that felt authentic. In the opening scene, when Irène measures her mother’s temperature and Marie remarks that it is dropping, she accepts her dying process almost clinically. That, I believe. Many scientists would describe their decline in the same observational tone. That line resonated far more than the later bursts of vague guilt.

The laboratory scenes, too — crushing and melting ore, measuring again and again with the electrometer — came close to the truth. The Curies’ discoveries rested on a precise instrument Pierre had built with his brother. Marie’s wish to be buried with a pouch of Polish soil suits a woman who never let go of her Polish identity. And Anne’s surname, Kowalski, was a welcome touch: in 1894, it was the Polish physicist Józef Kowalski who first introduced Pierre and Marie.

And her answer to Pierre’s question — “Why do you do science?” — struck me as thin. She says, “Out of curiosity.” For stage, that works. But scientists rarely ask each other that question; it is like asking Pavarotti why he sings. And if one were asked, a simple “curiosity” would sound more like a way of brushing the question aside than a real answer. It is not curiosity alone; it is inevitability. It is fun, beauty, something in the bones.

Equally clumsy was the opening scene in which Marie scolds Irène, who has come to care for her on her deathbed, for neglecting her research — telling her that if she works hard, she too might win a Nobel Prize. A scientist would hardly say such a thing. It is as absurd as telling a young singer he will be the next Pavarotti if he only practices. Nobels, like world-class artistry, are not rewards for diligence but for rare brilliance that changes the world.

✨ Conclusion

Marie Curie the musical sings with passion, has a memorable score, and features outstanding performances — Ock Joo-hyun’s especially. The staging makes much of little, and the ensemble is strong. But when the script puts false guilt into Curie’s mouth, it crosses a line.

Except for the Radium Girls historical and geographic compression, what I found saddest was that almost all of the script and staging errors could have been easily corrected before opening night if the team had consulted a physicist or a physical chemist — someone who knows the correct terminology and the code of scientific conduct. A single expert voice could have preserved the integrity of the story without diminishing its drama.

Maria Skłodowska-Curie’s true story is already luminous: a woman who crushed tons of ore with her own hands, who carried glowing vials in her pocket unaware of how great the danger was, who built instruments with Pierre to measure what no one else could see. She refused to patent the process of producing radium and published every step of it to the world. That was her ethic — scientific honesty, selflessness, and devotion to knowledge. That story alone is powerful enough. To honor her, the musical must trust truth as much as melody.