The prestigious 2024 Luigi Tartufari Prize in Mathematics, Mechanics, and Applications has been awarded to José Antonio Carrillo by the Italian National Academy (Academia Nazionale dei Lincei). The award ceremony took place in Rome on November 7, 2024, where the Academy recognized outstanding achievements in multiple scientific disciplines.
Professor Carrillo was honored for his remarkable contributions to various fields, particularly in kinetic theory, population dynamics, and gradient flows. As highlighted in the laudatio, José Antonio’s work stands out due to his innovative use of mathematical techniques, which have had a profound impact on the scientific community. His extensive body of research has made him a highly influential figure in the mathematical world.
In addition to his groundbreaking research, José Antonio Carrillo is a valued member of EurASc and currently serves as Head of the Division of Mathematics. His continued collaboration and leadership within the Institute of Mathematics are highly regarded.
We extend our warmest congratulations to Professor Carrillo for this well-deserved recognition and look forward to his continued contributions to the field of mathematics in the years to come.
The European Academy of Sciences (EurASc) is thrilled to announce that Professor Paul Lecoq, Head of the EurASc Physics Division, has been awarded the Edward J. Hoffman Medical Imaging Scientist Award by the IEEE Nuclear and Plasma Sciences Society. This prestigious award, named in honor of Edward J. Hoffman—co-creator of the first human PET (Positron Emission Tomography) scanner—celebrates exceptional contributions to the field of medical imaging science.
Awarded annually, the Edward J. Hoffman Award is among the IEEE’s most esteemed recognitions in the realm of medical imaging, given to individuals who have demonstrated innovation and profound impact in their research. The award was presented to Professor Lecoq on October 30 in Tampa, Florida, honoring his contributions to the development of fast, radiation-resistant, and heavy scintillation materials that have had a transformative impact on medical imaging applications. This work has been pivotal for advanced diagnostic techniques, particularly in improving imaging speed, resolution, and accuracy in detecting diseases such as cancer.
The IEEE citation recognized Professor Lecoq as a “driving force” behind the development of these critical materials, acknowledging the significant strides he has made in advancing the technological frontiers of diagnostic imaging. His dedication to research and innovation continues to propel medical imaging forward, ensuring more precise and accessible healthcare solutions worldwide.
Reflecting on the award, Professor Lecoq said, “Receiving this award is an immense honor and reaffirms our commitment to pioneering technologies that enhance diagnostic capabilities and improve patient care globally.”
We extend our warmest congratulations to Professor Lecoq for this well-deserved recognition, which reflects not only his outstanding achievements but also his leadership within the scientific community at EurASc.
On June 27, 2024, Professor Miguel Ángel Fernández Sanjuán was officially inducted as a full member of the Royal Academy of Exact, Physical, and Natural Sciences of Spain. The ceremony, held in Madrid, was attended by many of his colleagues and supporters, who celebrated this milestone in his career. Fernández Sanjuán expressed his gratitude to the Academy, remarking on the honor of joining an institution that has upheld the highest standards of scientific excellence for more than two centuries.
In his speech, he thanked academicians Juan María Marcaide Osoro, Miguel Ángel Alario Franco, and Manuel Aguilar Benítez de Lugo for nominating him to occupy the newly created Medal 60 in the Physical and Chemical Sciences Section. Reflecting on his initial selection as a Corresponding Member in 2015, he shared his commitment to advancing the Academy’s mission. Fernández Sanjuán highlighted his contributions to international collaboration, including roles on the International Relations Commission and the planning committee for the annual General Conference, where he collaborates with over 200 researchers from 25 countries.
The new academician’s inaugural lecture, “Nonlinear Dynamics, Chaos, and Complexity: Interdisciplinarity in Science”delved into the profound influence of chaos theory and the butterfly effect on his scientific work. He concluded with a message of hope and optimism, stating, “I see a bright and promising future ahead, with challenges to overcome and many new opportunities to advance our understanding.”
This prestigious recognition marks a significant achievement in Fernández Sanjuán’s career and aligns with a historic moment for the Academy as it prepares for its first female president this fall. The European Academy of Sciences (EurASc) proudly congratulates Professor Fernández Sanjuán on this accomplishment and honors his dedication to advancing scientific knowledge. His commitment to interdisciplinary research embodies the values shared by EurASc and the Academy.
This text draws on information and images from official reports by the RAC, available on their website here, as well as from local news articles in León and Villaviciosa de Odón. Full details of these events can be read in* León Noticias) and Línea Verde Villaviciosa de Odón *A video of the ceremony can also be viewed on YouTube* [here]
EurASc proudly congratulates its member, Mara Freire, co-founder and CEO of RYA-Purification Technologies (RYAPURTECH) and researcher at the CICECO – Chemistry Department of the University of Aveiro, for being selected as one of the 40 top winners in the prestigious Women TechEU program. Chosen from 820 applicants, Mara Freire’s outstanding work in deep tech innovation places her among Europe’s leading female entrepreneurs.
The Women TechEU initiative, funded by the European Union, aims to support a total of 160 women-led startups across Europe through a series of four calls over the course of two years. Each selected entrepreneur receives €75,000 in financial support, along with a personalized business development program that includes mentoring, coaching, and specialized training. This initiative seeks to promote gender diversity in entrepreneurship, recognizing that innovation, growth, and sustainability are strongly driven by a diverse ecosystem.
Mara Freire, with her spin-off company RYAPURTECH, applied for the Women TechEU program to advance the development of a portfolio of immunoglobulin Y (IgY) therapies designed to combat antimicrobial resistance (AMR)—one of the world’s most critical health challenges. Without innovative solutions, it is projected that AMR could be responsible for 10 million deaths annually by 2050. The Ymmune Project, supported by the Women TechEU funding, will facilitate continued pre-clinical trials and help further the growth of RYAPURTECH. This achievement not only drives forward critical health innovations but also highlights the importance of female leadership in Europe’s deep tech sector.
The European Academy of Sciences celebrates Mara Freire’s achievements and the impact of her work in fostering innovation, sustainability, and gender balance in the entrepreneurial landscape.
The image included is courtesy of the University of Aveiro, and this article is based on the news release available on their website.
We are delighted to announce that Professor Alessandro Reali from the University of Pavia has been awarded the 2024 edition of the esteemed “Modesto Panetti and Carlo Ferrari International Prize and Gold Medal.” This prestigious accolade is conferred every two years by the Academy of Sciences of Turin to a living scientist who has distinguished themselves in the field of Applied Mechanics over the past decade.
The award ceremony will take place during the inauguration of the next Academic Year of the Academy of Sciences of Turin on November 18, 2024.
The selection committee recognized Professor Reali with the following motivation: “In the last decade, Alessandro Reali has produced a significant number of important research contributions in the field of Applied Mechanics in a broad sense, and particularly in the mechanics of solids and structures, but also in fluid mechanics and fluid-structure interactions, both numerically and analytically (and in some cases experimentally), with applications ranging from Mechanical and Civil to Biomedical Engineering. In this regard, his results on the modeling of structural elements and on the development of efficient constitutive laws for innovative materials, such as shape memory alloys, are both noteworthy. Moreover, his numerous methodological and applicative contributions to the field of numerical simulation are particularly significant, and range from classical finite elements to isogeometric analysis methods.”
Professor Reali’s work has profoundly impacted the fields of Mechanical and Civil Engineering as well as Biomedical Engineering, highlighting his versatility and excellence in research. His pioneering efforts in the development of efficient constitutive laws for innovative materials and advanced numerical simulation techniques have set new benchmarks in Applied Mechanics.
The EurASc community extends its heartfelt congratulations to Professor Reali for this well-deserved recognition and looks forward to his continued contributions to the scientific world.
For further details, please visit the official announcement from the University of Pavia here.
This text was adapted from the press release provided by the University of Pavia.
We are delighted to share that the London Mathematical Society has announced its 2024 Prize Winners, and among them is our esteemed Fellow of the European Academy of Sciences, Professor Gui-Qiang G. Chen from the University of Oxford. Professor Chen has been honored with the prestigious 2024 Pólya Prize.
“Professor Gui-Qiang G. Chen of the University of Oxford is awarded the Pólya Prize for his deep research into nonlinear partial differential equations, and in particular his rigorous theoretical analysis of the equations of gas dynamics, especially those involving transonic flows.”
The Pólya Prize is awarded in recognition of outstanding creativity in, imaginative exposition of, or distinguished contribution to, mathematics within the United Kingdom.
This recognition highlights Professor Chen’s exceptional contributions to the field of mathematics, particularly his groundbreaking work in nonlinear partial differential equations and gas dynamics.
We extend our heartfelt congratulations to Professor Chen on this well-deserved honor.
It is with great pride that we announce that Professor Alfio Quarteroni has been awarded the 2024 Ritz-Galerkin Medal for his exceptional and enduring contributions to computational methods in applied sciences. This accolade, conferred by the European Community on Computational Methods in Applied Sciences (ECCOMAS), represents the pinnacle of recognition in the field, celebrating individuals whose work has significantly advanced computational methods over extensive periods of their careers.
The Ritz-Galerkin Medal is awarded every four years and honors outstanding, sustained contributions to computational methods in applied sciences. The medal commemorates the legacy of Walter Ritz and Boris Galerkin, pioneers in the synergy between mathematics, numerical analysis, mechanics of solids and structures, fluid dynamics, and other engineering disciplines that form the foundation of computational methods.
Professor Quarteroni’s work epitomizes this synergy. His research has profoundly impacted the development and application of computational methods, influencing a wide array of scientific and engineering fields. His dedication and innovative approaches have set new standards and inspired countless professionals in the discipline.
The award ceremony took place on June 3 during the opening event of the ECCOMAS 2024 Congress in Lisbon. The event was attended by leading figures in computational sciences, who gathered to celebrate Professor Quarteroni’s achievements and his lasting impact on the field.
We extend our heartfelt congratulations to Professor Alfio Quarteroni on this well-deserved honor and look forward to his continued contributions to the advancement of computational methods in applied sciences.
The European Academy of Sciences is thrilled to announce the recipients of the prestigious 2024 awards. Following a meticulous selection and evaluation process, the winners have been revealed.
The Leonardo da Vinci Award is conferred by the entire academy, recognizing individuals for their exceptional lifelong achievements. The selection process for this prestigious award undergoes rigorous evaluation and selection by the EurASc Presidium.
The Blaise Pascal Medal recognizes individuals for their outstanding contributions to science, technology, and research education. The selection process involves meticulous evaluation and assessment by the Division Scientific Committees, with final approval from the EurASc General Board.
We extend our heartfelt congratulations to all the deserving recipients for their remarkable achievements!
Professor Herbert Roesky is awarded the Leonardo da Vinci Award 2024 in recognition of his life-long outstanding research and teaching contributions to chemistry.
His brilliance extends beyond the academic realm as he has successfully raised awareness and enthusiasm for chemistry and science among the general public, from school children to teachers and scientists, through captivating experimental public lectures and outstanding books. Throughout his remarkably productive career at the University of Göttingen, Professor Roesky has demonstrated exceptional originality and creativity in research. His standing as a world leader in chemistry is evidenced by numerous national and international awards, prizes, and memberships in prestigious academies. Professor Roesky’s contributions to chemical research are unparalleled, with over 1350 scientific papers and more than 45700 citations to his name, establishing him as a leader in synthetic inorganic chemistry. Moreover, his major books, including “Chemical Curiosities” and “Spectacular Chemical Experiments,” have received worldwide acclaim, significantly impacting chemistry education and serving as invaluable resources for students and educators alike. Beyond his research endeavors, Professor Roesky has dedicated himself to enhancing the public image and awareness of chemistry. His captivating experimental lectures, given in over 16 countries, have inspired countless individuals to pursue chemistry and other fields of science. Professor Herbert W. Roesky’s pioneering contributions to research and the popularization of chemistry have had a profound impact on modern chemistry and scientific education. His remarkable talents and unwavering commitment to science have transformed the way chemistry is perceived and taught globally.
2024 Blaise Pascal Medals
Professor Joachim Sauer is honored with the Blaise Pascal Medal in Chemistry for his exceptional contributions to understanding catalytic reactions on the basis of quantum chemistry at all levels and through his intense collaboration with experimentalists.
His pioneering research, employing high-accuracy theory and mechanistic insight, has propelled our understanding of computational heterogeneous catalysis to unprecedented levels. Prof. Sauer’s innovative methods, including hybrid quantum mechanics-quantum mechanics calculations and Grand Canonical Monte Carlo simulation, have revolutionized predictions for gas adsorption in materials like MOFs, enhancing our ability to design future separation technologies. His dedication to advancing heterogeneous catalysis, evident through editorial roles and leadership in research review committees, underscores his profound impact on theoretical guidance in crucial areas such as methane conversion.
Prof. Sauer’s transformative research merits the highest recognition, making him a fitting recipient of the Blaise Pascal Medal in Chemistry for 2024.
Professor Peter Smith has been awarded the 2024 Blaise Pascal Medal in Earth and Environmental Sciences for his groundbreaking contributions to understanding and mitigating climate change.
His innovative soil incubation methods and modeling techniques have challenged prevailing views, leading to a reshaped understanding of soil responses to climate change. Prof. Smith’s work has significantly improved the accuracy of soil carbon dynamics models, highlighting the potential of mineral soils to act as a net carbon sink under climate change. Furthermore, Prof. Smith has played a pivotal role in quantifying the greenhouse gas mitigation potential of managed land worldwide. His research has not only informed international climate policies but has also provided essential guidance for reducing emissions from agriculture and land use. Beyond academia, his contributions have resulted in practical tools like the Cool Farm Tool, empowering farmers to quantify and reduce greenhouse gas emissions on their farms. In recognition of his transformative research and its practical applications, Professor Pete Smith is a highly deserving recipient of the 2024 Blaise Pascal Medal in Earth and Environmental Sciences.
Professor Pol D. Spanos has been awarded the 2024 Blaise Pascal Medal in Engineering for his exceptional contributions to the field of dynamics.
As the L.B. Ryon Endowed Chair in Engineering at Rice University, USA, Prof. Spanos has spearheaded groundbreaking advancements in both theoretical and applied aspects of nonlinear dynamics. His innovative techniques have had a profound impact across industries such as aerospace, marine, and petroleum, revolutionizing dynamic analysis methodologies. His theoretical insights, ranging from equivalent linearization to statistical quadratization, have significantly advanced our understanding of structural behavior. These insights have not only led to more accurate predictions but have also empowered engineers to make better-informed decisions. With a mentorship legacy that includes over 55 Ph.D. and 75 MS students, Prof. Spanos has played a pivotal role in shaping the next generation of engineers, ensuring that his influence extends far beyond his own research endeavors. Prof. Spanos’s research, backed by numerous federal agencies, has had a tangible impact on industry practices, as evidenced by his extensive publication record and prestigious editorial roles in leading engineering journals. His dedication to teaching, research, and leadership has earned him recognition with awards such as the Theodore Von Kármán Medal and membership in esteemed academies.
Therefore, in acknowledgment of his transformative contributions and unwavering commitment to excellence, Professor Pol D. Spanos is a truly deserving recipient of the 2024 Blaise Pascal Medal in Engineering.
Professor Yury Gogotsi has been honored with the 2024 Blaise Pascal Medal in Materials Science for his exceptional contributions to the field.
As the Director of the A.J. Nanomaterials Institute and Distinguished University Professor at Drexel University, Prof. Gogotsi has spearheaded groundbreaking research in the synthesis and application of nanostructured materials. His pioneering work includes the discovery of MXenes, a novel family of two-dimensional materials renowned for their remarkable electrochemical properties. Through his research, Prof. Gogotsi has developed over 40 stoichiometric structures and numerous solid solutions, revolutionizing atomistic design and opening avenues for diverse technological applications. The versatile chemistry of MXenes has enabled tailored properties suitable for a wide array of applications, ranging from energy storage to healthcare. Prof. Gogotsi’s contributions extend beyond MXenes, encompassing the development of carbon materials for electrochemical energy storage, which has led to the commercialization of supercapacitors and other energy storage devices. His groundbreaking work has garnered international recognition, including prestigious awards such as the Jan Czochralski Award and the MRS Medal. With over 300 lectures worldwide, Prof. Gogotsi has been instrumental in disseminating knowledge and fostering the adoption of innovative materials and technologies. In acknowledgment of his transformative research and remarkable achievements, Prof. Yuri Gogotsi is a deserving recipient of the 2024 Blaise Pascal Medal in Materials Science.
Professor Alfio Quarteroni has been awarded the 2024 Blaise Pascal Medal in Mathematics in recognition of his exceptional contributions to the field, particularly in applied mathematics.
Over three decades, Prof. Quarteroni has established himself as a leading figure globally, known for pioneering work in Numerical Analysis and Scientific Computing. His research not only advances theoretical understanding but also offers practical solutions to real-world challenges. Notably, his leadership in designing a winning sailing boat for the Swiss team Alinghi, securing victory in the America’s Cup twice, highlights his ability to apply mathematics to engineering challenges with extraordinary success. Moreover, Prof. Quarteroni’s groundbreaking work on modeling the human heart, encompassing fluid dynamics, muscle mechanics, and the electrical heart system, has revolutionized medical treatment strategies. By developing comprehensive mathematical models, he provides invaluable insights for physicians, enhancing the accuracy of cardiac diagnosis and treatment. Beyond academia, Prof. Quarteroni’s impact extends to various sectors of society, from sports engineering to medical diagnostics. His dedication to bridging theory and practice has earned him widespread recognition, making him a distinguished member of the mathematical community and deserving recipient of the Blaise Pascal Medal.
Professor Michel Goldman has been honored with the 2024 Blaise Pascal Medal in Medicine and Life Sciences for his exceptional contributions to immunology and healthcare innovation.
His distinguished membership in esteemed institutions like the Royal Academy of Medicine of Belgium and the National Academy of Pharmacy in France underscores his profound dedication to advancing scientific understanding in these fields. Through groundbreaking research, Professor Goldman has illuminated crucial aspects of immunological processes, notably elucidating neonatal transplantation tolerance mechanisms and uncovering the molecular underpinnings of allergic disorders in early life. His work has not only expanded our knowledge but also paved the way for targeted therapies, offering hope for conditions like hyper-eosinophilic syndrome and chronic allograft rejection. Furthermore, Professor Goldman’s leadership extends beyond the laboratory. As the Founding President of the Institute for Interdisciplinary Innovation in healthcare at the Université libre de Bruxelles and the first Executive Director of the European Innovative Medicines Initiative, he has spearheaded initiatives bridging academia and industry to accelerate healthcare innovation. His commitment to advancing scientific knowledge and fostering interdisciplinary collaboration exemplifies the spirit of the Blaise Pascal Medal, making him a truly deserving recipient of this prestigious honor.
Professor Luis Silva has been honored with the 2024 Blaise Pascal Medal in Physics for his exceptional contributions to plasma physics, particularly in the realm of laser and particle beam interactions.
With a PhD in theoretical plasma physics from Instituto Superior Técnico (IST) in Lisbon, Professor Silva’s journey began with pioneering research alongside Professor John M. Dawson at UCLA’s Plasma Simulation Group, leading to groundbreaking insights into extreme plasma physics scenarios. Returning to Europe in 2001, Professor Silva spearheaded the establishment of a world-class research environment in Portugal, attracting top talent and securing funding for cutting-edge projects, including access to advanced computing resources. His research achievements are vast and impactful, ranging from predicting electron acceleration in laser wakefield regimes to formulating scaling laws for laser-driven plasma accelerators. Published in esteemed journals, his work has significantly advanced the field of plasma physics. Beyond research, Professor Silva actively engages in scientific dissemination and institutional responsibilities, delivering keynote talks at global conferences, contributing to educational initiatives, and holding leadership positions within scientific committees. Professor Luis Silva’s unwavering dedication to advancing plasma physics, coupled with his transformative research and leadership, epitomizes the spirit of innovation and excellence celebrated by the Blaise Pascal Medal in Physics. His profound impact on the field underscores his richly deserved recognition as a recipient of this prestigious award.
He has 25 years teaching experience, 31 years research experience and 12 years administration experience in 3 continentals; Asia, Africa and Europe. Al-Douri has been awarded OeAD Award, Austria 2020, Japan Society for the Promotion of Science (JSPS) Award 2019, Asian Universities Alliance (AUA) Award 2019, TWAS-UNESCO Associateship (Twice) Award 2012 & 2015, one of the World’s Top 2% Scientists by Stanford University, USA since 2020 and ongoing, and 75 awards and achievements. He has initiative of MSc Program in Nanotechnology Engineering, the first in Malaysia; Founder of Nano Computing Laboratory in Malaysia; Founder of Applied Materials Laboratory in Algeria; Founding Editor-in-Chief of Experimental and Theoretical Nanotechnology; Editor-in-Chief of World Journal of Nano Science and Engineering; Associate Editor of Nano-Micro Letters (Springer,Q1,IF=26.6), editor and reviewer of peer-reviewed journals; and supervisor of more than 25 PhD and MSc students. Furthermore, external examiner for 37 post-graduates’ viva-voca, McGraw–Hill’s publisher books and referee of King of Jordan Abdulla II bin Al-Hussein for Creative (Field: Recent Applications in Solar Energy) in 2014. Al-Douri’s field is Physics, Materials Science with focus on Nanomaterials, Nanoelectronics and Renewable Energy with a distinguished record of more than 860 publications including Citations > 12000 and h-index = 60. He has been awarded US$ 5.1M research grants. Al-Douri’s teaching philosophy is aimed to grow-up distinguished students for bright future. The teaching language is in English and French language in different courses of General Physics, Mathematical Methods in Physics, Electricity, Classical Mechanics, Quantum Mechanics, Materials Science, Electronic Properties of Materials, Solid State Physics, Optics, Semiconductors Physics, Computational Physics, Electromagnetic Theory, Thermodynamic Materials, Electronic Materials Engineering, Materials Characterization, Electronic Metallurgy, Engineering Mathematics, Manufacturing Technology, Managing Engineering and Technology, Engineering Mechanics II, Circuits for undergraduates Bands Theory, Optoelectronic Materials for graduates. While, his research motivation focuses on renewable energy, solar cells, nanoelectronics, nanomaterials, water treatment, characterization, analysis of nanostructured materials (binary compounds, ternary, quaternary and quinternary alloys) using experimental methods of sol-gel technique, thermal evaporation, electrochemical etching, electrochemical deposition, pulsed laser deposition, pulsed laser ablation, rf sputtering and others, and modeling and simulation using theoretical methods of empirical, semi-empirical and first-principles calculations (DFT), Monte-Carlo (MC) and Molecular Dynamics (MD) methods to study different physical (electronic, structural, optical, thermal and positron) properties of nanostructures at ambient environment and external effects of pressure and temperature, and their technological applications. Al-Douri has published physical models registered under his name internationally.
Al-Douri’s ambitious is to disseminate the knowledge and information to all students of different nationalities and cultures, educate the society and widen the research network of collaboration overseas to enrich the scientific libraries and support the community of science and technology.
As a valued member of EurASc, Dr. Al-Douri continues to play a pivotal role in advancing the fields of Physics, Materials Science, and Renewable Energy.
EurASc proudly extends its congratulations to Dr. Yarub Al-Douri on this well-deserved honor.
We are delighted to announce that Dr. Alfonso Farina, member of the Engineering Division of EurASc and a distinguished personality in the field of scientific cognitive concepts and cross-disciplinarity Radar Technology and Systems, has been conferred with the title of Honoris Causa by the Università degli Studi of Palermo. The prestigious event took place last 22nd March 2024 at the Sala Magna del Complesso Monumentale dello Steri under its Pro-Rector Professor Enrico Napoli. The event was attended by numerous distinguished members of Accademia and Industry.
Dr. Alfonso Farina remarkable contributions and achievements to science in the evolution of Radar Systems have played a fundamental role in the following fields: Tracking; Adaptivity; Cognitive; Green Radar; Waveform Diversity and Design (WDD); Space-Time Adaptive Processing (STAP); Synthetic-Aperture Radar (SAR). In his speech, Dr. Farina with a large and respected international recognition, emphasized the crucial role of science in addressing contemporary challenges: “From the engineering point of view we are working to improve systems that are able to transform mathematical algorithms into functional systems in a full spectrum world of electromagnetic, acoustic waves and infrared emissions”.
The proposal for Dr. Farinas’s Honoris Causa was made by the University of Palermo which Motivations were presented by Professor Ilenia Tinnirello. Professor Patrizia Livreri presented a remarkable Laudatio on Dr. Farina’s invaluable contributions and effort to conjugate scientific innovation and current social duties.
The ceremony closed with a warm speech and congratulations to the New Honoris Causa Doctor of the University of Palermo.
We extend our heartfelt congratulations to Dr. Farina, our estemid Fellow on this well-deserved honor and express our gratitude for his continued dedication to advancing knowledge and innovation in his field.
