Lyon, France
Lyon, France
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Roger Guillemin earned his foundational training at Claude Bernard Universi13230ty Lyon 1 and went on to win the N... View More
Roger Guillemin earned his foundational training at Claude Bernard Universi13230ty Lyon 1 and went on to win the Nobel Prize in Physiology or Medicine in 1977, after receiving the U.S. National Medal of Science in 1976. His pioneering work unraveled the chemical messengers controlling the endocrine system, especially neuropeptides like TRH and GnRH. Guillemin’s research reshaped our understanding of hormone regulation in human physiology. His achievements underscore UCBL’s ability to nurture world-class scientists whose work changes how medicine is practiced globally View Less
Victor Grignard graduated from what became Lyon 1 and was awarded the Nobel Prize in Chemistry in 1912 for developing ... View More
Victor Grignard graduated from what became Lyon 1 and was awarded the Nobel Prize in Chemistry in 1912 for developing the Grignard reagent. His landmark discovery transformed organic chemistry, enabling new pathways for synthesizing complex molecules. That reagent remains a staple in research labs. Grignard’s legacy lives on in UCBL’s emphasis on high-impact science: the groundwork he laid continues to influence drug development and materials science today. View Less
Alexis Carrel studied medicine at Lyon-based institutions that evolved into Claude Bernard University. He later received... View More
Alexis Carrel studied medicine at Lyon-based institutions that evolved into Claude Bernard University. He later received the 1912 Nobel Prize in Physiology or Medicine for pioneering vascular suturing and organ transplantation methods. His innovations established the framework for modern surgery and transplant biology. Carrel’s career illustrates UCBL’s tradition of blending medical training with transformative innovation—long before such work became mainstream. His legacy still echoes in Lyon’s university hospital system and clinical training reputation. View Less
Jean Decety, a neuroscientist and philosopher educated at Lyon 1, is renowned for his research on empathy, morality, a... View More
Jean Decety, a neuroscientist and philosopher educated at Lyon 1, is renowned for his research on empathy, morality, and social cognitive neuroscience. He combines psychology, neuroscience, and philosophy to understand how humans perceive and respond to others’ emotions. His work has implications for mental health, ethics, and education. UCBL supported Decety’s interdisciplinary training, helping him rise to international prominence. His career reflects the university’s strength in blending hard science with human-scale inquiry. View Less
Astrophysicist Hélène Courtois earned her PhD at Lyon 1 and is now a leading figure in cosmic structure research. Sh... View More
Astrophysicist Hélène Courtois earned her PhD at Lyon 1 and is now a leading figure in cosmic structure research. She maps galaxy motions to reveal the local universe’s phantom gravitational push—what she dubbed the “Dipole Repeller.” Courtois’s work illuminates how cosmic voids shape galactic motion, offering fresh insight into dark matter and dark energy. UCBL’s strong Earth and space science programming supported her trajectory. Her success shows how the university promotes curiosity-driven research that reaches far beyond terrestrial labs. View Less
Agnès Bernet, who earned her PhD at Lyon 1 in 1994, is a cell biologist turned biotech entrepreneur. As co‑founder ... View More
Agnès Bernet, who earned her PhD at Lyon 1 in 1994, is a cell biologist turned biotech entrepreneur. As co‑founder and scientific director of Netris Pharma, she helped bring a novel anticancer therapy targeting the Netrin‑1 pathway into clinical trials. Her research on dependence receptors has advanced targeted therapies with real patient impact. Recognized with the Irène Joliot‑Curie Prize in 2015 and honored as Chevalier of the Legion of Honour, Bernet shows how UCBL training can spin into innovation with global health relevance. View Less
Isabelle Daniel completed her doctoral studies in Earth sciences at Lyon 1 in 1995. She later became a professor of mi... View More
Isabelle Daniel completed her doctoral studies in Earth sciences at Lyon 1 in 1995. She later became a professor of mineralogy and geology and directed the Observatory of Lyon from 2015 to 2022. Her work in high‑pressure aluminosilicates and Raman spectroscopy broadened understanding of planetary and deep‑Earth processes. In 2024 she was elected President of the European Mineralogical Union. Daniel’s path highlights UCBL’s role in training world‑class geoscientists who influence both academic research and continental scientific leadership. View Less
Vincent Calvez earned his habilitation and now serves as Directeur de Recherche at Claude Bernard Lyon 1. A mathematic... View More
Vincent Calvez earned his habilitation and now serves as Directeur de Recherche at Claude Bernard Lyon 1. A mathematical biologist, he is known for modeling chemotaxis and collective cell motion. He won the Bellman Prize for mathematical biosciences in 2008, CNRS Bronze Medal in 2014, and the EMS Prize in 2016. Through the “Mathàlyon” outreach initiative, he promotes mathematics to students across France. Calvez’s career underscores UCBL’s strengths in interdisciplinary science, blending mathematics and biology in ways that advance both fields. View Less
Louisa Nécib Cadamuro, educated at Lyon 1, became one of France’s premier women footballers. Over her tenure with O... View More
Louisa Nécib Cadamuro, educated at Lyon 1, became one of France’s premier women footballers. Over her tenure with Olympique Lyonnais, she captured 18 titles and earned a reputation as an elegant, technically gifted midfielder. Often compared to Zinedine Zidane, she was known for visionary passing and positional intelligence. Her success transcended sport: she became a role model for young women in athletics. Her path reflects how UCBL supports diverse talents—not just in labs, but in life. View Less
Gwendal Peizerat studied in Lyon and rose to become an Olympic champion in ice dancing, winning gold at Salt Lake City i... View More
Gwendal Peizerat studied in Lyon and rose to become an Olympic champion in ice dancing, winning gold at Salt Lake City in 2002 with partner Marina Anissina. Beyond sport, he later served as vice president of the French Ice Sports Federation and entered politics. His journey shows how UCBL’s community can nurture excellence outside academia too. His dual roles in sport and civic leadership mirror a life built around discipline, public profile, and performance—qualities the university’s culture encourages. View Less
The below information is required while
completing the university application :
key documents typically required for admission to a Bachelor’s degree (Licence / BUT) at Claude Bernard University Lyon?1:
1. High School Diploma and Official Transcripts
You must provide an official copy of your secondary school certificate (e.g., Baccalauréat, IB, A?Levels, or equivalent) and full transcripts. For international applicants, documents should be translated into French or English and officially certified. These confirm you meet the academic entry threshold to start a Licence program.
2. Language Proficiency Certificate
If you’re applying for a French?taught program, a DELF B2 or TCF level?4 (CEFR B2) certificate is required unless you've completed your studies in France or in French. For any English?taught courses, you may need IELTS or TOEFL at C1 level depending on the course
3. Passport or National ID Copy
A clear, valid copy of your passport or national identification is required to verify your identity when applying and for administrative registration after acceptance. International students generally upload this during application.
4. Motivation Letter (Lettre de Motivation)
Although not always mandatory for L1 entry, a motivation letter can strengthen your application— explaining why you chose the program, your goals, and any relevant experience. It’s especially useful if applying via e?candidat or Campus?France.
5. Curriculum Vitae (CV)
A CV highlighting your academic background, extracurriculars, projects, internships or language skills is recommended—particularly important if you aim to enter selective programs or show motivation beyond grades
6. Campus France / Parcoursup Application Confirmation
Depending on your nationality and origin of your diploma:
EU/EEA/Swiss applicants use Parcoursup from mid?January to March.
Non?EU applicants, often via Campus?France (CEF), submit a DAP dossier (October–December) and upload acceptance on e?candidat. This officially logs your admission pathway
Know moreThrough its dynamic research clusters, interdisciplinary collaborations, and innovation policies, Lyon 1 secured a place within the top 50 global universities for innovation in a Reuters ranking. This achievement underscores how the university doesn’t just publish; it builds value, incubates projects, and converts scientific insight into societal solutions. Strong patent filings, EU projects, and spin-off support reinforce that positioning
By 2024, Lyon 1 held a QS global ranking around #601–650, climbing into #=562 in 2025 and projected at #=587 in 2026. Additionally, it ranks 2nd in France and top in the Auvergne–Rhône‑Alpes region according to EduRank criteria. These rankings reflect steady improvement in academic reputation, citations, and research metric performance—solid markers of sustained excellence over time
In 2022, UCBL researchers published over 7,523 scientific articles, covering an enormous range of disciplines from physics and chemistry to health and earth sciences. Maintaining this volume year after year illustrates both excellent output and sustained research capacity. With nearly 2,840 researchers and 78 labs and federations, the university produces at scale while preserving quality. Such output places Lyon 1 among top national and European performers in research volume and influence
Between 2019 and 2020, students and research units at Lyon 1 co-developed a medical mask prototype in response to health challenges. Simultaneously, the university established the Centre Lyonnais d’Enseignement par la Simulation en Santé (CLESS)—an advanced training platform with immersive simulation labs and lifelike dummies. These developments strengthened healthcare pedagogy and innovation in clinical training, showcasing UCBL’s ability to rapidly respond to public health needs with education and applied research
In the 2019 Academic Ranking of World Universities (Shanghai Ranking), Claude Bernard Lyon 1 ranked among the best French universities—and within top European institutions—particularly in scientific disciplines. This recognition is based on criteria like research citations, Nobel-level achievements, and high-impact academic output. That result affirmed UCBL’s international credibility and competitive presence on the global stage
In 2013, Claude Bernard Lyon 1 co-founded the Centre International de Recherche en Infectiologie (CIRI) alongside CNRS, INSERM, ENS Lyon, Institut Pasteur, and Mérieux Foundation, building a Biosafety Level-4 facility. This allowed the university to host elite research teams fighting dangerous pathogens like Ebola. Establishing CIRI elevated Lyon 1’s infectious diseases research to global significance—and placed its labs at the frontier of pandemic preparedness
In 2013, UCBL helped launch SALADYN, a French–Chinese international associated lab focused on sediment transport and landscape dynamics (Sediment transport And Landscape DYNamics). SALADYN reflects the university’s global partnerships and geoscience excellence. Its long-running research advanced understanding of earth surface processes in central Asia and supported international academic cooperation across continents
Mathematician and professor Cédric Villani, affiliated with UCBL, was elected to the French Academy of Sciences in December 2013. Villani won the Fields Medal in 2010 and is among France’s most celebrated scientists. His association with Lyon 1—through teaching and research—elevated the university’s profile in pure mathematics, making it a recognized site for high‑level theoretical research with international prestige.
In 2022, Claude Bernard Lyon 1 ranked as the leading French university in number of patents filed, as reported by the INPI. That milestone reflects not only high research output but a strong culture of innovation and technology transfer. The university’s proactive commercialization arm, including its subsidiary EZUS Lyon, supports lab-to-market efforts and industry partnerships. Filing more patents than any peer institution shows Lyon 1’s drive to make scientific discoveries directly relevant and deliverable beyond academia. This achievement highlights its role not just as a knowledge creator, but as a technology generator for societal impact
Created in 1971, the Herbier LY collection on the Doua campus holds 4.4 million plant specimens, making it the second-largest university herbarium in the world (after Harvard) and second in France (after Paris Natural History Museum). Recent digitization efforts—scanning 3,000 sheets per day—have brought the collection online. This scientific, historical, and educational resource positions Lyon 1 at the forefront of botanical systematics and biodiversity knowledge
In June 2023 UCBL and partner institutions filed a patent (published May 2024) on the therapeutic use of FUBP1 inhibitors for treating chronic hepatitis B infection. The invention targets viral cccDNA using antisense oligonucleotides like siRNA/shRNA to destabilize the template required for persistence. It represents a novel antiviral strategy with potential clinical impact. The work flows from UCBL’s strong biotech and molecular biology research environment, demonstrating its ability to translate molecular mechanisms into potential therapies against persistent viral infections.
Filed July 2022 and published September 2024, UCBL co-invented a diagnostic kit to detect replicating respiratory viruses by measuring interferon-stimulated gene transcripts from patient nasal or oral samples. This molecular method enables early infection detection before symptoms emerge. The associated kit offers a practical tool for monitoring outbreaks or clinical diagnostics. It draws on UCBL’s expertise in virology, immunology, and translational research, reflecting a commitment to emergent public health needs, particularly relevant in context of pandemics and respiratory disease surveillance.
A computer‑implemented method filed May 2022 and published July 2024 allows calculation of shear elasticity modulus of flexible tubes (e.g., blood vessels or implants) using image‑based deformation tracking. By analyzing spatiotemporal deformation and wave propagation through vessel walls, it estimates risk of rupture or compatibility. This innovation blends biomechanics, medical imaging, and software analytics. It serves cardiovascular research and implant design by quantifying material properties, reflecting UCBL’s biotech-engineering crossover research.
Filed December 2021 and granted December 2024, this patent describes a stabilization system for quantum harmonic oscillators in Schrödinger cat states, using frequency combs and multiphononic dissipation to control boson number parity. This is foundational hardware for quantum computing and precision quantum measurement. It reflects UCBL’s engagement in quantum physics and emerging quantum technologies, pushing toward control strategies for fragile quantum states—key for next-generation quantum sensors or processors.
patent filed June 2022 and granted mid‑2024 covers an aromatic polyether polymer incorporating biosourced furan diol, potentially enabling sustainable membrane production. This green chemistry invention merges renewable resources (furan-based monomers) with advanced polymer science. It targets applications in filtration, separation or packaging materials. UCBL’s involvement demonstrates its participation in environmental materials research and circular economy initiatives—applying biology-derived building blocks to develop performance polymers with reduced ecological footprint.
Developed in partnership with Inserm and others, UCBL filed in September 2016 a patent granted in January 2023 for a wearable device that records multiple biosignals: acceleration, inclination, temperature, and multispectral light radiation via sensors ranging from UV to near‑IR. This multipurpose tracker can monitor physical activity, circadian exposure, and environmental light exposure simultaneously. It reflects UCBL’s focus on preventive health tech and personal data analytics. The device exemplifies how academic research can lead to tangible tools with applications in wellness monitoring, chronobiology research, or lifestyle-based preventive medicine.
In 2013 Claude Bernard University Lyon 1 and partner institutions filed a patent for a fusion reactor triggered by femtosecond laser pulses. The approach uses laser‑induced Coulomb explosions inside micro‑bubbles within a liquid solution to accelerate atomic nuclei and initiate fusion. The patent was published in February 2014 and remains in force
A drive unit combining a fuel cell and reversible electrical energy storage was patented in mid‑2013, published in January 2014. It includes control circuitry that optimizes power delivery by dynamically distributing load between a hydrogen fuel cell and a battery, guided by a polynomial consumption model. The system enhances vehicle efficiency and responsiveness. This invention reflects UCBL’s role in sustainable transport research and engineering collaboration with national labs. It positions the university at the intersection of clean energy systems and automotive innovation, contributing to greener mobility technologies.
Filed June 2013 and published January 2014, UCBL researchers jointly patented a device to assess patient cognitive abilities based on eye-tracking and visual stimulus. It records gaze transitions between test visuals and response choices, helping diagnose neuropsychological conditions. By combining ophthalmology, cognitive science, and interface technology, this tool delivers objective measurements of reaction times and attention span. It underscores UCBL’s strength in multidisciplinary healthcare innovation, bridging engineering, neuroscience, and clinical diagnostics to support robust cognitive assessments in neurology and rehabilitation settings.
Patented in 2011 and granted 2015, UCBL co-developed a variant anti‑CD19 antibody featuring Fc region modifications for improved antibody-dependent cellular cytotoxicity and reduced glycosylation complexity. This antibody targets B‑cell malignancies, optimizing immune effector functions while minimizing off-target effects. The work shows UCBL’s contributions to immunotherapy design and antibody engineering. It demonstrates a bridge between basic immunobiology and therapeutic innovation, underlining the university’s role in delivering biomedical tools with real clinical relevance.
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