The name of the genius who suddenly appeared in the physics world is Sabrina Gonzalez Pasterski. Born on June 3, 1993, in Chicago, this Cuban-American has become a young researcher watched by physicists worldwide as she continues to tackle the fundamental mysteries of the universe. At 14, she flew a plane she built herself; she graduated from MIT with a perfect GPA; she opened new frontiers in gravitational wave research at Harvard University; and at 27, she became a professor at Canada's Perimeter Institute, leading an innovative research project to understand the universe as a hologram—her career can only be described as extraordinary.A Story That Began with a Dream of the SkyGrowing up in suburban Chicago, she had a strong interest in "what lies above the Earth" from an early age. Her father, Mark Pasterski, a lawyer and electrical engineer, constantly encouraged his daughter to pursue her dreams. She attended the Edison Regional Gifted Center, a school for naturally talented children, where she came to harbor the grand dream of one day sending humanity to Mars.Beginning flight training in small aircraft at age 9, she was captivated by the wonderful view from the sky and the exhilarating feeling of being aloft during her first flight. In an interview with the Chicago Tribune, she said, "Seeing everything small gave me a new perspective." The experience of flying gave her a physical intuition. She later stated that all physicists should learn to ride motorcycles, explaining that "it's like piloting an airplane—it gives you a certain kind of physical intuition."On her 10th birthday, her grandfather gave her a used Cessna 150. Determined to learn how to fix the frequently malfunctioning aircraft, she purchased an engine assembly stand and used parts on eBay and began practicing engine assembly outside her room. Her enthusiasm at the time was said to be extraordinary.The Girl Who Built an AirplaneAt age 12, she began assembling a real airplane. She chose a kit for a lightweight sport aircraft called the Canadian Light Sports Aircraft, but this kit had a significant problem. The model, called the Zodiac XL, had experienced more than ten fatal accidents due to mid-air breakup since 2006. Recognizing this design flaw, she decided to make over 300 design modifications to the original kit to improve safety.The airplane she completed at age 14 had to undergo rigorous inspection to receive certification as a light sport aircraft. She drafted the airworthiness certificate language herself and requested permission for student pilots to operate it. On January 11, 2008, she succeeded in convincing a team of inspectors from the FAA Manufacturing Inspection Standardization Office (MISO)—just 20 days before the regulatory deadline at age 14. The inspectors jokingly said that "the one who lost the draw signed it," but they proudly signed the documents. Thus, she became an official light sport aircraft manufacturer.However, there was still a problem. In the United States, one must be 16 years old to solo pilot a powered aircraft, so she applied to the FAA for an age waiver. In the meantime, her father conducted test flights and confirmed that the aircraft flew well. For the next year and a half, she waited for a response from the FAA, but none came. During this time, her father continued to fly the aircraft regularly to keep it in top condition.On the morning of her 16th birthday, she finally received her student pilot certificate from an FAA-certified physician. After obtaining the signature of flight instructor Jay Maynard, on August 24, 2009, she successfully completed the first solo flight in the United States in her self-built airplane. She became the youngest person to build an airplane, certify its airworthiness, and make the first U.S. solo flight in that aircraft. While younger boys had built airplanes, she was the youngest to be permitted to make a first solo flight in a self-built aircraft. Her YouTube video documenting the airplane construction, "Sabrina 2006: Building an Airplane for My Dad," has been viewed nearly 600,000 times since it was posted in 2008.Challenge and Glory at MITHaving built a track record in aerospace, she applied for admission to MIT at age 16, but was waitlisted; Harvard University rejected her. Normally one would give up at this point, but an event occurred that would change her fate. MIT Executive Secretary Peggy Udden showed her airplane construction video to physics professors Allen Haggerty and Earl Marmar. The professors who watched the video were astonished, with Professor Haggerty telling Yahoo in an interview, "Our jaws dropped. Her potential is limitless."Secretary Udden later recalled: "I couldn't believe it. Not just because she was so young, but because she was a girl." Of course, by 2016, nearly half of MIT's undergraduates were women, but she felt something special. Thus, she was welcomed to MIT and entered at age 17.She completed the undergraduate program in just three years. She finished in three years what normally takes four. During that time, she participated in MIT's Compact Muon Solenoid experiment as a sophomore, working on research at the Large Hadron Collider, the world's largest particle accelerator. Upon graduation, she ranked first in the physics department and achieved a perfect GPA of 5.00, the highest in all of MIT. 5.0 is the highest possible evaluation.In an Ozy.com interview, when asked about being waitlisted, she answered, "It was an interesting experience. It may have actually given me an opportunity to reevaluate where I really should be." Her attitude of viewing even adversity as an opportunity for growth is evident. In 2013, she became the first woman to receive the MIT Physics Department Orloff Scholarship and the first female student to rank first in the physics department in 20 years. Also in 2011, as the only MIT freshman, she received the William Barton Rogers Scholars Program's Award for Excellence in Entrepreneurship for the development of her self-built aircraft RG-1.Revolutionary Discovery at Harvard UniversityAfter graduating from MIT, she entered Harvard University's graduate school and began researching quantum gravity under renowned theoretical physicist Professor Andrew Strominger. Professor Strominger is a world-class physicist who would later publish papers jointly with Dr. Stephen Hawking.In 2014, just a few months after entering Harvard's Center for the Fundamental Laws of Nature, she made an astonishing discovery: the "spin memory effect." This discovery came before the findings reported by the LIGO gravitational wave observatory and would have a major impact on the physics world.Gravitational waves are ripples in spacetime caused by the movement of massive celestial objects like black holes and neutron stars, as predicted by Einstein. The previously known "displacement memory effect" was that the distance between detectors changes permanently after a gravitational wave passes, but the "spin memory effect" discovered by her, Professor Strominger, and Dr. Alexander Zhiboedov was a new type of gravitational memory. It describes how light rays in clockwise and counterclockwise orbits experience relative delays due to gravitational waves, potentially providing a new and relatively inexpensive method for detecting or verifying gravitational waves.Thanks to this groundbreaking discovery, in spring 2015, Professor Strominger granted her academic freedom. This was unusual for a graduate student—the right to independently pursue research of her choosing. In May 2015, she published a paper as sole author titled "Asymptotic Symmetries and Electromagnetic Memory." This paper completed the Pasterski-Strominger-Zhiboedov Triangle (PSZ triangle) on electromagnetic memory, important research connecting theories of gravity and electromagnetism. Remarkably, the first paper she ever wrote was accepted by the Journal of High Energy Physics just 24 hours after submission. Considering that paper review normally takes weeks to months, this was exceptionally fast, demonstrating the excellence of the content.Research Cited by Dr. HawkingIn early 2016, something even more remarkable happened. A paper titled "Soft Hair on Black Holes" by Dr. Stephen Hawking, Dr. Malcolm J. Perry, and Professor Andrew Strominger was published, and this paper cited two papers she co-authored and her sole-author paper. The wheelchair-bound genius physicist, Dr. Hawking, world-famous for his black hole research, cited her work. Among the 12 single-author papers cited, hers was the only one by a female scientist.Professor Nima Arkani-Hamed of Princeton University, recipient of the inaugural $3 million Fundamental Physics Prize, told Ozy.com in an interview that he had heard "wonderful things" about her from Professor Strominger. Around this time, the media began calling her "the new Einstein" or "the next Einstein," but she expressed discomfort with this designation. On the "Media Fact-Check Sheet" of her website "PhysicsGirl.com," she wrote, "I am just a grad student. I have a lot to learn. I am not worth all this attention."This wasn't mere humility. She explained in another interview, "It wasn't impostor syndrome. I knew I was actually being overrated because of clickbait." To preempt criticism, she worked harder than anyone and focused on proving her physics abilities.Actor George Takei spoke about her on his Twitter account in 2016, quoting her words: "Hopefully I will be known for what I do, not what I don't do." This tweet, which included an article from the Steven P. Jobs Trust Foundation, was shared over 1.2 million times and received tremendous response.The site Snopes.com verified the accuracy of viral memes about her and concluded that "most (though not all) facts are correct." In particular, the information that Dr. Hawking was following her on Twitter was false—in fact, neither Hawking nor she had Twitter accounts—but Snopes pointed out that "the truth is more interesting," emphasizing that Dr. Hawking had cited her research in his papers.At age 21, she gave a lecture at Harvard on "triangles" and "spin memory," and at age 22, she lectured to Harvard's faculty meeting on applications to black holes, continuing to be active at the forefront of academia at a young age.Understanding the Universe as a HologramIn May 2019, she received her Ph.D. in physics from Harvard University. Her doctoral dissertation was published in the academic journal Physics Reports; she was only the second Harvard doctoral candidate to have their dissertation published in this prestigious journal, the other being a researcher whose 1974 paper won the Nobel Prize in 2004.After obtaining her doctorate, she continued research as a postdoctoral fellow at Princeton University's Center for Theoretical Science. During this period, she received an extraordinary assistant professor offer of $1.1 million from Brown University, but she declined it. Then in 2021, at age 27, she became a professor at Canada's Perimeter Institute. Perimeter Institute is the world's largest theoretical physics research institution, and she became the youngest of 25 faculty members and one of only three female faculty members. Perimeter Institute was the first institution in the world to hire a junior celestial holography researcher as faculty, precisely because she was a pioneer in this field.What she launched at Perimeter Institute was the Celestial Holography Initiative. This project is an innovative attempt to understand our universe as a hologram. A hologram is a three-dimensional-appearing image used on credit cards and such, where 3D images are actually reproduced from information recorded on a 2D surface.The holographic principle is the idea that our universe might be similar. The physical laws governing our universe might be explained by a simpler theory at the edge of spacetime—the hypothesis that information about the 3D universe is recorded on a 2D surface. This idea has existed before, and in string theory, an equivalence known as AdS/CFT correspondence has been found, but this relates to spacetime with negative curvature, different from our actual universe which has slightly positive curvature.Celestial holography proposes a new approach to understanding our universe as a projection onto the night sky. She explains, "The celestial sphere is where you eventually arrive no matter which direction you point." When we look up at the night sky, that starry sky might actually contain information about our entire universe—that's the idea.This new approach requires collaboration from researchers in various specialized fields such as quantum field theory, mathematical physics, and quantum gravity. In 2021, she established the Celestial Holography Initiative and hired four postdoctoral fellows within just six months. She then invited Professor Andrew Strominger and applied to the Simons Foundation for $8 million in research funding. This application was approved, and the Simons Collaboration on Celestial Holography is now underway as an international research collaboration.This collaboration includes 13 distinguished principal investigators from around the world, including Tim Adamo from the University of Edinburgh, Nima Arkani-Hamed from the Institute for Advanced Study at Princeton, Kevin Costello and Laurent Freidel from Perimeter Institute, Andrew Strominger from Harvard University, and Lionel Mason from Oxford University. She speaks of the environment at Perimeter Institute: "The pieces of the puzzle we've been building over this decade are finally starting to come together. And Perimeter is the perfect place to make it happen."Professor Strominger also says, "Perimeter is the ideal place. Because it covers various aspects of the problem. Three faculty members representing three different fields collaborating on a new research program—this is very unique." Collaborator Professor Kevin Costello also states, "My mathematical physics research connects with her celestial holography research, and further connects with Laurent's quantum gravity research. It's truly serendipitous."Mission as a Female ResearcherAlongside her brilliant research activities, she is also dedicated to improving the status of women in STEM (science, technology, engineering, mathematics) fields. Eric McLaren, principal of the Illinois Mathematics and Science Academy, points out that she was one of only 23 women among the approximately 300 U.S. Physics Team semifinalists selected nationwide, and this experience became an opportunity for her to recognize the underrepresentation of women and minorities in science. She is currently working on a documentary to encourage women and minorities to study science.Principal McLaren told the Chicago Tribune, "She has many abilities in mathematics and science and has applied knowledge to real-world things. But what's most compelling to me is her commitment to paving the way for other young women and other minorities to pursue science."In 2016, her "Let Girls Learn" initiative promotion activities were recognized, and she was invited to the White House. She was featured in a two-page spread in the January 2017 issue of Marie Claire magazine alongside then-First Lady Michelle Obama, and congratulatory messages from the White House were broadcast on national network television, creating a major sensation. Her activities promoting STEM education for girls in Cuba were recognized by the Annenberg Foundation, and her 2017 activities in Russia were recognized by the U.S. Embassy in Moscow and Moscow Polytech, demonstrating international activity.Her activities have been internationally reported in Russian, Polish, Czech, Spanish, German, Hindi, and French media, including Russia Today, Poland's Angora magazine, Czech DNES magazine, People en Español magazine, Germany's Jolie magazine, India's Vanitha TV, France's Madame magazine and Le Figaro, Switzerland's Femina magazine, and Marie Claire España. In 2016, R&B singer Chris Brown also posted a video introducing her, and Forbes magazine and the History Channel featured her for Mexican and Latin American audiences, with her influence spreading beyond the scientific community.She posts videos on her YouTube channel "PhysicsGirl," continuing to disseminate information to all people interested in physics. In a Discovery Canada interview, she says, "I don't know what problems I'll solve or not solve. I don't know exactly what I'll be working on in a few years. The fun thing about physics is that you don't know exactly what you're going to end up doing."Private LifeIn her private life, National Geographic magazine reports that she socializes with a few close friends, has never had a romantic partner, doesn't drink alcohol, and doesn't smoke. She appears to have a solid personality, but she also rides a Honda CBR300R motorcycle and wears 10-centimeter heels when giving lectures. She doesn't own a smartphone and has no social media accounts on Facebook, Instagram, Twitter, or LinkedIn—unusual for a modern young person.She told Yahoo in an interview, "Physics itself is exciting enough. It's not like a nine-to-five job. When I'm tired, I sleep, and when I'm not tired, I do physics." In a Scientific American 30 Under 30 interview, she named Leon Lederman, Dudley Herschbach, and Freeman Dyson as her science heroes and said that Jeff Bezos led her to the path of physics.Her office at Perimeter Institute is an interesting space. A pinball machine flashes, design drawings of her self-built airplane are placed under a 3D printer, aerospace engineering books line up among physics textbooks, and on the wall hangs a Van Gogh-style painting of the Perimeter Institute building that her mother recreated based on Perimeter's 2021 "Discovery Day" poster. "My office is not just a workspace. It's a map of my restless energy, a map of overlapping curiosities, and a map of my insatiable desire to discover the unknown," she says.She enjoys her research life at Perimeter Institute, participating in group discussions with researchers and impromptu conversations at blackboards, while when she needs time for solitary reflection, she explores the workings of the universe in the cozy space of her own office in the warm light of the pinball machine. "I've definitely found my tribe here. Everyone wants to make big discoveries. But how do you approach it—do you fight competition, or do you work more collaboratively?" she says, noting that Perimeter Institute provides a collaborative working environment and she has found her place there.Numerous Honors and Future ExpectationsShe was selected for the Forbes 30 Under 30 Science list in 2015, Forbes 30 Under 30 All-Star in 2017, and returned in 2018 as one of the first all-female science category judges for Forbes. According to Google Trends, she was the #3 trending scientist for all of 2017—the third most searched scientist. In 2012, she was selected for Scientific American's 30 Under 30 and chosen as a young researcher at the Lindau Nobel Laureate Meeting that year, gaining the opportunity to interact with Nobel Prize winners.In 2015, she was selected as a Hertz Foundation Fellow, receiving $250,000 over five years as one of that year's 12 recipients. That same year, she received $150,000 over five years from the National Science Foundation and substantial funding from the Smith Foundation. In 2018, she was selected as one of "the 100 greatest innovators, artists, scientists, and visionaries of our time" in the Albert Einstein Foundation's Genius 100 Visions Project, and that year was also chosen as a Discovery Canada International Women's Day honoree.Jeff Bezos publicly offered her a position at Blue Origin, the aerospace company he founded, saying "come anytime you like," and News.com.au reports that NASA has also shown interest in recruiting her. Bezos is a special figure to her, having inspired her to pursue physics. As a child, she admired aerospace entrepreneurs like Bezos and says she "built an airplane to prove I was smart enough to get their attention."Her papers from Perimeter Institute alone number over 20 published from 2023 to 2025, with recent research including "Multiparticle States for Flat Holography," "Cryptographic Tests of the Python's Lunch Hypothesis," and "Radiation in Holography." She has given lectures at Princeton, Harvard (including faculty meetings), MIT, Forbes Summit Philadelphia, and others, served as lead coordinator at Strings 2023, and currently also serves as deputy director of the newly established Simons Collaboration on Celestial Holography.Challenge to the FutureThe challenge she tackles is one of the most fundamental problems in physics: unifying quantum mechanics and general relativity. This is a question about the nature of the universe that Einstein and Dr. Hawking tackled in their youth. Her discovery of the spin memory effect may be confirmed during an extremely rare celestial gravitational lens phenomenon predicted for the first week of May 2028, or possibly earlier through Advanced LIGO, making it possible to detect or verify gravitational waves as an inexpensive method. If this discovery is demonstrated, it will provide solid evidence connecting to the more theoretical parts of celestial holography, marking the most important moment for science when theory is confirmed by experiment.Wired magazine's article "A New Way to Understand the Universe" and the Canadian Broadcasting Corporation's live broadcast "What If the Universe Were a Hologram?" featured her pioneering physics research spanning 10 years from 2014 to 2023. The Simons Collaboration on Celestial Holography she leads receives four years of funding from the Simons Foundation, collaborating through team meetings three times a year for week-long sessions, personnel exchanges, and virtual seminars, and from 2024 hosts biennial summer schools at Perimeter Institute providing educational programs for graduate students."We've been fascinated by the night sky since ancient times," she says. "That fascination merges with cutting-edge progress in understanding quantum gravity." She also says, "I don't know which problems I'll ultimately solve or not solve. I don't know exactly what I'll be working on in a few years. The fun thing about physics is that you don't know exactly what you're going to end up doing."The Chicago Tribune reports that her dream is not to be tied to specific research at a specific institute or company, but to establish and run a laboratory spanning different academic disciplines, and she is now realizing exactly that dream through the Celestial Holography Initiative at Perimeter Institute. Being a scientist, being a woman, and being a human—embodying all of these while continuing to tackle the mysteries of the universe, her words "I want to be known for what I do" represent not mere modesty but the attitude of a sincere scientist.Born in 1993, she is 32 years old as of 2025, and her career as a physicist has only just begun. The secrets of the universe she seeks to unravel have the potential to greatly change humanity's future. Showing the way to the next generation of scientists, creating an environment where women can thrive in science, and above all courageously challenging the fundamental mysteries of the universe—her name will certainly be inscribed in the history of 21st-century physics.SourcesChicago Tribune"Sabrina Pasterski '10 Profiled by Chicago Tribune" (2015)Ozy.com"This Millennial Might Be the New Einstein" (January 12, 2016)Yahoo News/Yahoo InterviewPhysicsGirl.comNational Geographic AustraliaPickle (Australian information site)Snopes.com"The Remarkable Sabrina Pasterski" (December 27, 2017)Scientific American"30 Under 30" interview (2012)Perimeter Institute official websiteKevin Costello quote: "truly serendipitous"Discovery CanadaInternational Women's Day feature (2018)