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As a PhD graduate from the Faculty of Sciences in Paris (now part of PSL), Marie Curie was the first woman to win a Nobe... View More
As a PhD graduate from the Faculty of Sciences in Paris (now part of PSL), Marie Curie was the first woman to win a Nobel Prize—and remains the only person honored in two different sciences: Physics in 1903 and Chemistry in 1911. Her pioneering work in radioactivity fundamentally transformed modern physics and chemistry, paving the way for x‑ray technology and cancer treatment. Beyond her discoveries, Curie broke down barriers for women in science. She founded the Radium Institute in Paris and served as a professor at the Sorbonne. Her legacy resonates deeply in PSL’s interdisciplinary and research‑driven spirit View Less
Trained at École Normale Supérieure (ENS, now part of PSL), Pierre‑Gilles de Gennes earned the 1991 Nobel Prize in P... View More
Trained at École Normale Supérieure (ENS, now part of PSL), Pierre‑Gilles de Gennes earned the 1991 Nobel Prize in Physics for uncovering how liquid crystals and polymers behave, likening their physical order to magnets. His intuitive approach earned him the title "the Isaac Newton of our age." He also taught at the Collège de France, influencing generations of physicists. His work on soft matter science underpins modern display technologies and materials research. De Gennes embodied PSL’s ethos: deep science, big vision, real-world impact View Less
An ENS alumna and PSL-affiliated professor, Esther Duflo shared the 2019 Nobel Prize in Economics for her experimental a... View More
An ENS alumna and PSL-affiliated professor, Esther Duflo shared the 2019 Nobel Prize in Economics for her experimental approach to reducing global poverty. Co-founder of the Abdul Latif Jameel Poverty Action Lab (J‑PAL), she applies randomized controlled trials to test interventions in education, health, and microfinance. Her focus is rigorously empirical and deeply humane—design policy around evidence, not theory. Duflo’s career exemplifies PSL’s interdisciplinary breadth: economics, development studies, statistics, and collaboration across departments View Less
Cédric Villani studied and taught at ENS (PSL) and won the Fields Medal in 2010 for his groundbreaking work on nonlinea... View More
Cédric Villani studied and taught at ENS (PSL) and won the Fields Medal in 2010 for his groundbreaking work on nonlinear Landau damping and optimal transport theory. Known for his flair—think velvet cravats and manic scientific energy—Villani blends rigorous math with public outreach. He also served in the National Assembly, advising on digital innovation and higher education policy. Villani represents PSL’s unique culture: bold in scholarship, creative in communication, and active in civic life View Less
Laurent Lafforgue, an alumnus of ENS-PSL, won the Fields Medal in 2002 for proving the Langlands conjectures for functio... View More
Laurent Lafforgue, an alumnus of ENS-PSL, won the Fields Medal in 2002 for proving the Langlands conjectures for function fields—an achievement as profound as Andrew Wiles’ proof of Fermat’s Last Theorem. His work unites number theory, representation theory, and algebraic geometry. Lafforgue is also a vocal advocate for research reform. His academic rigor and leadership mirror PSL’s scientific ambition and interdisciplinary drive View Less
Serge Haroche studied at ENS (PSL) and earned the Nobel Prize in Physics in 2012 for his work on controlling and measuri... View More
Serge Haroche studied at ENS (PSL) and earned the Nobel Prize in Physics in 2012 for his work on controlling and measuring individual quantum particles using methods like trapping photons. That research has shed light on quantum information and coherence, critical for quantum computing. A professor at the Collège de France, Haroche is known for being both an experimentalist and a thoughtful communicator of quantum science. His career epitomizes the depth and innovation PSL fosters View Less
Albert Fert, ENS graduate, received the 2007 Nobel Prize in Physics for discovering giant magnetoresistance—a quantum ... View More
Albert Fert, ENS graduate, received the 2007 Nobel Prize in Physics for discovering giant magnetoresistance—a quantum mechanical phenomenon that led directly to high‑capacity hard drives. His discovery transformed data storage and helped launch the information age. Fert remains active in research leadership in spintronics. He perfectly embodies PSL’s ambition: fundamental science leading to real technological leaps View Less
An ENS alum, Gérard Debreu won the 1983 Nobel Prize in Economics for developing the theory of general equilibrium—an ... View More
An ENS alum, Gérard Debreu won the 1983 Nobel Prize in Economics for developing the theory of general equilibrium—an abstract mathematical model explaining how supply, demand and prices coordinate in markets. His work brought precision and rigor to economic theory. Debreu’s intellectual legacy reflects PSL’s grounding in analytical thinking and cross-disciplinary depth, bridging economics, mathematics, and philosophy View Less
Jean‑Paul Sartre studied at ENS (PSL), became one of the 20th century’s most influential existentialist philosophers... View More
Jean‑Paul Sartre studied at ENS (PSL), became one of the 20th century’s most influential existentialist philosophers, playwrights, novelists and critics, and was awarded the Nobel Prize in Literature (which he famously declined) in 1964. Sartre probed themes of freedom, anxiety, crisis and responsibility in works like "Being and Nothingness" and "No Exit." His legacy underscores PSL’s strength in humanities: rigorous thought, creative expression, and societal engagement View Less
Alumnus of Mines Paris – PSL, Georges Charpak won the 1992 Nobel Prize in Physics for inventing particle detectors tha... View More
Alumnus of Mines Paris – PSL, Georges Charpak won the 1992 Nobel Prize in Physics for inventing particle detectors that transformed experimental physics—most notably the multiwire proportional chamber. His inventions massively improved precision in measuring high-energy particles, used worldwide in laboratories and medicine. Charpak later became an influential educator and advocate for science outreach. His career aligns with PSL’s bridging of research excellence and societal benefit View Less
The below information is required while
completing the university application :
key documents you’ll typically need to submit when applying for a Bachelor’s degree (L1) at Université?PSL—delivered as a tight, clear list without links:
Application via Parcoursup or Études en France portal
Depending on your citizenship and program, you’ll apply through Parcoursup (for French/EU students and CPES track) or the Études en France system if you're an international student applying to programs like Sustainability Sciences or Dauphine-PSL degrees
High school diploma and academic transcripts
You must provide your baccalauréat or equivalent foreign diploma, along with full transcripts showing subject marks and final grades
Language proficiency certificate (French or English)
Most bachelor's programs require at least B2 level in French (DELF/DALF) or acceptable proof in English for programs taught in English
Motivation letter or personal statement
You'll need to explain why you’re interested in PSL’s multidisciplinary approach, outline your academic interests, and demonstrate fit with the program’s style
Curriculum vitae (CV)
A simple CV summarizing your academic record, relevant extracurricular activities, achievements, and any research-oriented experience helps showcase your profile and potential
Additional documents as required per program
Some tracks like CPES or artistic creation may ask for specific items—such as authorizations, portfolios, ranking lists, or proof of extracurricular involvement—so check your program’s page carefully
In 2025, Université PSL was ranked 24th in the QS World University Rankings, making it the first French and continental European institution to break into the global top 25 (excluding the UK) . That placement reflects stellar performance across research impact, employer reputation, academic environment, and international presence. Holding this rank for consecutive years signals sustained quality in teaching and global influence. It proves PSL's ability to compete on the world stage and attract outstanding international faculty, partners, and students.
On October 9, 2024, THE confirmed PSL’s rank as 42nd globally for the 2025 edition, marking the seventh straight year the university appeared in the top 50 . PSL remained the top French university in that ranking. That long‑running presence at the elite tier underscores the university’s excellence in research quality, teaching environment, industry collaboration, and international outreach.
In March 2025, PSL was recognized as the most‑cited French institution in the QS by‑subject rankings, appearing 47 times across discipline‑specific lists . That means PSL had subject rankings in fields as diverse as natural sciences, engineering, humanities, and social sciences. This breadth demonstrates PSL’s interdisciplinary excellence—impact in both depth and scale across many fields.
By 2025, PSL had secured over 200 European Research Council grants . These include Starting, Advanced, Synergy, and Proof‑of‑Concept awards. In 2023 alone, four PSL labs won Starting Grants . in 2019, two PSL projects earned highly competitive Synergy grants worth around €10 million each ; earlier, five PSL researchers secured Advanced Grants
In August 2024 PSL climbed to 33rd in the Academic Ranking of World Universities (Shanghai ranking)—its best result since debuting . That top‑50 position reflects high scientific output, citation strength, and excellence in multiple subject areas. It confirmed PSL’s status among global research powerhouses, showing its constituent labs and faculty delivering truly world‑class scholarship.
In October 2022, six early‑career women researchers from PSL (across ESPCI, ENS, Collège de France, Institut Curie) were honored with the L’Oréal‑UNESCO Young Talent Awards . Selected from over 660 applicants, they earned research grants (€15,000‑20,000) and mentoring programs. This recognition highlights PSL’s support for diversity, excellence and empowering women scientists in labs tackling biophysics, computer science, neurobiology, and cancer biology.
In 2022, PSL was ranked first in THE’s Young University Rankings—the best French university under 50 years of age . That validated its rapid ascent since formal establishment in 2019, consolidating elite member schools into a high-impact research university. It shows how quickly PSL achieved maturity and global competitiveness.
Since 2020, PSL co‑leads the French chapter of the UN Sustainable Development Solutions Network (SDSN), alongside Kedge and Cergy‑Pontoise . It created a Bachelor’s in Sustainability Sciences and a Master in 2024, integrating curriculum across ENS, Dauphine, Chimie and Chartes. PSL also hosts the European School of Positive Impact and Responsibility. These initiatives signal deep institutional commitment to training for climate, biodiversity and social responsibility.
In early 2010s, PSL’s constituent institutions won multiple prestigious LabEx and EquipEx labels, securing funding from €2m to €10m per project . These programs fund world‑leading labs in areas like mesoscience, material science, biology and brain imaging. They provided infrastructure and research capacity that propelled PSL’s labs into global leadership positions, enabling major strategic research initiatives (IRIS, Q‑Life, Scripta).
In 2008, Ludwik Leibler’s team at the Soft Matter and Chemistry Laboratory of ESPCI Paris–PSL unveiled a self‑healing elastomer. This smart material can repair itself when pressed together—no heat or glue—enhancing durability in applications from tires to robotics. Within 18 months of discovery, it entered industrial manufacturing via Arkema. This breakthrough underscores PSL’s modern innovation ethos—united science, sustainability, entrepreneurship, and industrial relevance.
Paul Langevin—PSL‑linked alumnus and former director of ESPCI—developed sonar in the late 1910s. His system detected submarines using sound waves, laying the foundations for modern underwater navigation and imaging. Langevin’s invention continues to influence defense, oceanography, and medical ultrasound. It reflects PSL’s strength in interdisciplinary engineering and real‑world applications born from theoretical physics.
Georges Claude, who studied at ESPCI Paris–PSL roots, invented neon tube lighting in 1910. His invention transformed urban aesthetics and interior design worldwide. Neon signs became symbols of modernity and commercial culture. Claude’s pioneering work also led him to co-found the industrial gas company Air Liquide. That entrepreneurial spirit mirrors PSL’s blend of pure research and industrial innovation
Marie and Pierre Curie, based at ESPCI Paris–PSL roots, discovered radium in December 1898. Their work transformed our understanding of radioactivity, enabling new medical technologies like cancer treatment with radiotherapy and opening doors to nuclear physics and chemistry. Radium's discovery embodied PSL’s deeply research-driven culture—bridging fundamental science with societal impact. Their meticulous experiments laid the groundwork for modern nuclear medicine and contributed to forming the school's enduring reputation for innovation
Just before radium, in July 1898, the Curies also identified the element polonium. Named after Marie Curie’s native Poland, polonium further enriched the early periodic table and advanced atomic theory. This breakthrough validated ESPCI’s experimental rigor and PSL’s culture of pushing boundaries. Though highly radioactive, polonium’s discovery helped illuminate the mechanisms of radioactive decay and contributed to subsequent developments in atomic science and medical isotopes
Pierre Curie—linked to PSL’s ENS and ESPCI tradition—demonstrated in 1880 that certain crystals produce electric charge when mechanically stressed. Known today as the piezoelectric effect, it launched technologies like quartz watches, ultrasonic sensors, and precision instrumentation. This invention represents PSL’s legacy in translating theoretical insight into real-world tools. That same principle now powers devices from industrial sensors to guitar pickups and electronic ignition systems
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