Many great scientific and technological advances in history were made possible thanks to amazing women whose merit often went unrecognized. Luckily, we are now learning more and more about the background of these “women in the shadows”. At OpenMind, we selected some of the women who stood out in disciplines like physics, chemistry, mathematics and biology, and whose personal stories are particularly inspiring.SPECIALISM
Rose M. Mutiso is an activist and materials scientist from Kenya. She is co-founder and executive director of The Mawazo Institute and works with experts around the world to find solutions to the energy deficit in developing countries.
Sandra Magro, holds a PhD in ecology and ecosystem restoration, and is the founder of Creando Redes, the first Spanish startup to work on restoring degraded ecosystems and adapting them to climate change.
Angelicque E. White uses old microorganisms as a parameter to assess the health of the ocean, and find a way to renew them at a time when marine temperatures continue to increase. This biologist and professor associated with the University of Hawaii’s Oceanography Department is also the director of the Hawaii Ocean Time-series (HOT) program.
Professor Asmeret Asefaw Berhe focuses her research on understanding how disturbances in the environment affect the cycle of essential elements like carbon and nitrogen through the soil system. She obtained her doctorate in biogeochemistry from the University of California, Berkeley, where she discovered how erosion can make the soil store more carbon.
Cheryl Holder works to increase climate literacy and raise awareness of the impact of climate change on more vulnerable populations. She is a doctor and professor at the Herbert Wertheim College of Medicine where she stands out for her work on HIV and the health impacts of climate change.
The U.S. biologist Rachel Carson inspired rising concern for the environment in U.S. society where her book Silent Spring, which warned of the effects that the use of pesticides have on ecosystems, became a bestseller.
Eunice Newton Foote was a pioneer of women’s rights who, for a century and a half, has been forgotten as the scientist who beat Tyndall by three years; the greenhouse effect had a founding mother before it had a founding father. But why was Eunice Foote not acknowledged at the time?
Rita Levi-Montalcini was an Italian neurologist who discovered the first known growth factor in the nervous system - research for which she obtained the Nobel Prize in Physiology or Medicine in 1986, shared with Stanley Cohen.
Elizabeth Blackwell was a British doctor, the first woman to receive a medical degree in the U.S. and the first woman in the General Medical Counsel’s medical register.
Florence Nightingale was a nurse, writer and British statistician, considered the forerunner of contemporary, professional nursing, and the creator of the first conceptual model of nursing.
María Reiche Neumann was a Peruvian and German-naturalized archaeologist and mathematician, the greatest scholar of Nazca Lines, which were declared a UNESCO World Heritage Site in 1995.
Emmy Noether Amalie was a German mathematician of Jewish descent, and an expert in invariant theory and abstract algebra. She was the architect of a theorem that made it possible to understand and solve the problem of energy conservation.
Mary Fairfax, best known as Mary Somerville, was a Scottish scientist, writer and scholar. Self-educated, she studied mathematics and astronomy, and in 1835 was selected as one of the first women to be an honorary member of the Royal Astronomical Society, together with Caroline Herschel.
María Andresa Casamayor of La Coma was a Spanish mathematician, writer and teacher who stood out for her abilities with numbers and arithmetics - areas that were common for men, but not women at the time. Casamayor was the only woman in science in 18th Century Spain whose work was published.
María Gaetana Agnesi was an Italian mathematician whose most important work, Analytical Institutions, was translated to several languages and used to learn mathematics for more than 50 years in many countries in Europe. In it, she covered topics as new at the time as differential and integral calculus.
Maria Goeppert-Mayer was a U.S. theoretical physicist, originally from Poland. She won the Nobel Prize in Physics in 1963 for proposing the nuclear layer model, making her the third woman to win this award in physics, following Irene Curie.
The Austrian physicist Lise Meitner is the most obvious case of a scientific discovery that was made by a woman and ignored by the Nobel Prize committee. In 1938, she realized that nuclear fission had occurred in experiments carried out by her colleagues in the laboratory.
Dorothy Hodgkin was a British chemist who developed protein crystallography, for which she received the Nobel Prize in Chemistry in 1964. She proposed advances in the x-ray crystallography technique, a method used to identify three dimensional structures of crystals.
Alice Evans discovered that B. abortus was usually present in raw milk, going against the prevailing idea that this product was safe. Her proclamation that normal raw milk could cause illness in humans and that this risk was eliminated through pasteurization, was received with disbelief by scientists, doctors and veterinarians. However, her work was confirmed by other experts and the recognition of her thesis led to the promotion of milk pasteurization starting in the 1930s.
Maria Salomea Skłodowska-Curie, best known as Marie Curie or Madame Curie, was a Polish and naturalized-French physicist and chemist. She was a pioneer in the radioactivity field and was the first person to receive two Nobel Prizes in different fields: physics and chemistry.
The Marchioness of Châtelet, born as Gabrielle Émilie Le Tonnelier de Breteuil, was a French mathematician, physicist and philosopher. She also translated Newton to French and disseminated his theories. Du Châtelet was the first woman to have her work published by the French Academy.
Mary Anning was the first female paleontologist recognized as such, and a fossil collector and merchant. She discovered the first plesiosaurus and the first pterosaurus outside of Germany, findings that led her to be defined as “the greatest fossilist the world has ever known.”
U.S. botanist and geneticist Joanne Chory is a professor and the director of Plant Molecular and Cellular Biology Laboratory at the Salk and Howard Hughes institutes. She and her team aim to help plants develop larger, more robust root systems that can absorb more carbon.
Her passion for animals led her to quit her job and abandon her life in Europe to follow her passion of traveling to Africa and living among the animals. Five years after setting foot in Gombe for the first time, Goodall went from lacking a formal education to obtaining a doctorate from the University of Cambridge.
Mary Frances Lyon was a British geneticist who graduated from the University of Cambridge in 1946 and received her doctorate in 1948. In Edinburg, she studied the risks of mutations from radiation through mutagenesis experiments in mice.
Ruth Sager was a U.S. biologist who stands out as a pioneer of genetics in two ways: during the early decades of her career she researched the genes inside cell nuclei, while in a second stage she delved into the genetic mechanisms of breast cancer.
The U.S. geneticist Nettie Maria was the first researcher to discover the chromosomal basis that determines sex. She successfully expanded the fields of embryology and cytogenetics.
Maria Sibylla Merian was a pioneering German scientist in entomology, a naturalist, an explorer, a scientific illustrator and a painter. Her career as a respected naturalist began with the 1679 publication of The Wondrous Transformation of Caterpillars, the product of many years of observation and research.
Vera Rubin was the only woman to graduate with an astronomy degree from Vassar College in 1948. She found the first evidence of the existence of dark matter.
Williamina Fleming was a U.S. astronomer of British origin. She was originally hired as an assistant at the Harvard observatory. Although she did not have any specific training in astronomy, she made numerous discoveries of stellar bodies, making a significant contribution to the Henry Draper Catalogue of stellar spectra.
Maria Mitchell was an astronomer, librarian, naturalist and educator from the U.S. In 1847, she discovered a comet called 1847 VI, which was later known as Miss Mitchell's Comet in her honor. She earned a gold medal for her discovery, presented by King Christian VIII of Denmark in 1848.
Carolina Lucrecia Herschel was a German astronomer. She was the first woman to receive a pension from the British Crown as a scientist, the first to see her work published by the Royal Society, and the first to discover a comet, in addition to numerous groups of stars and nebulae. She never learned to multiply, so she always carried a cheat sheet with the multiplication tables in her pocket.
Russian astronaut, engineer and politician, Tereshkova became a legend as the first women to drive a spaceship. Following her space career, she received a doctorate degree as an engineer and became a member of the Central Committee of the Communist Party. Today she remains active in political life and regularly attends the Duma, Russia’s Federal Assembly.
Margaret Hamilton, computer scientist, mathematician and software engineer, was the director of the Software Engineering Division at MIT’s Instrumentation Laboratory. There, together with her team, she developed the on-board navigation software for the Apollo Space Program.
Hedwig Eva Maria Kiesler, known as Hedy Lamarr, was an Austrian movie actress and inventor. She and George Antheil were co-inventors of the first version of spread spectrum, which would enable wireless communications at far distances.
Mária Telkes was the inventor of the first thermoelectric generator, but she mainly stood out for being a pioneer in the development of solar technology. She dedicated her work to designing a heating system for homes that used clean solar energy instead of fossil fuels.
A pioneering physicist and inventor in surface engineering and chemistry, Katherine Burr Blodgett was the first woman to receive her doctorate in Physics from the University of Cambridge in 1926.
Amanda Jones developed the Jones process to preserve food in 1872. She came up with the idea for a vacuum-packed method that was improved with successive patents until fruit, vegetables and meat could be consumed for much longer than usual.
Ada Lovelace, the only legitimate daughter of poet Lord Byron, was a brilliant enthusiast of mathematics who anticipated computers’ enormous potential at a time when only the first mechanical calculators had been created. However, despite the undeniable value of her contributions, the common idea that she was the author of the first computer program in history is just a myth.