InfluenceAsia
Nomination

Science Influence Research / 2025

InfluenceAsia 2025 Scientists 100

InfluenceAsia 2025 Scientists 100 recognizes scientists whose work defined Asian-connected scientific authority in a year marked by immune tolerance, programmable chemistry, genome editing, mathematical structure, quantum matter, artificial intelligence, climate-facing materials and precision biomedical platforms.

Publication Frame Full Ranking All Editions

Publication Dataset

Annual editorial frame

A rigorous annual ranking recognizing scientists whose discoveries, platforms, methods and public relevance shaped Asia's scientific influence in 2025.

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Ranking Title

InfluenceAsia 2025 Scientists 100

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Edition Year

2025

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Publication Position

Annual editorial and research ranking

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Publisher Voice

InfluenceAsia

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Core Proposition

A rigorous annual ranking recognizing scientists whose discoveries, platforms, methods and public relevance shaped Asia's scientific influence in 2025.

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Editorial Standard

Independent, evidence-led, discipline-aware and publication-ready. The ranking is designed as an original InfluenceAsia list rather than a replica of any award roster, citation table or institutional index.

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Geographic Scope

Asia and the global Asian scientific community, including scientists whose citizenship, birthplace, research formation, long-term institutional base, heritage or field-building contribution creates a substantial Asian connection.

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Time Perspective

Written from the standpoint of the 2025 edition. Later awards, later deaths, later titles and post-2025 outcomes are not used as ranking arguments.

Ranking Introduction

How the 2025 list defines influence

The 2025 edition privileges discoveries that changed what science can regulate, design, compute, measure or treat. The strongest profiles in this edition are scientists whose work moved from specialist achievement into the shared infrastructure of medicine, materials, mathematics, AI, quantum science and public health.

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List Introduction

InfluenceAsia 2025 Scientists 100 recognizes scientists whose work defined Asian-connected scientific authority in a year marked by immune tolerance, programmable chemistry, genome editing, mathematical structure, quantum matter, artificial intelligence, climate-facing materials and precision biomedical platforms.

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Editorial Lens

The 2025 edition privileges discoveries that changed what science can regulate, design, compute, measure or treat. The strongest profiles in this edition are scientists whose work moved from specialist achievement into the shared infrastructure of medicine, materials, mathematics, AI, quantum science and public health.

Editorial Copy

Independence Statement

InfluenceAsia prepared this ranking as an original editorial research product. The list, scoring architecture, placement logic, written profiles and presentation language are controlled by InfluenceAsia. Inclusion does not imply endorsement by the scientists, their employers, public agencies, universities, companies, laboratories or research partners.

Annual Theme

Regulated Systems: Immunity, Molecular Architecture and Computable Science

In 2025, influence concentrated around scientists who explained how complex systems can be controlled without being simplified: immune systems restrained by regulatory cells, porous molecular frameworks designed from first principles, genomes edited with base-level precision, mathematical categories structuring hidden geometry, and quantum systems revealing new forms of order. The year rewarded science that could turn complexity into disciplined intervention.

Immune tolerancemetal-organic frameworksgenome editingalgebraic analysissymplectic geometryinformation geometryquantum matterAI foundations

Selected Objects

Eligibility and inclusion rules

The annual list is organized around verifiable scientific contribution, Asian connection, discipline-aware evidence and the editorial horizon of 2025.

Inclusion Rule

Core Eligible Profiles

Living scientists, physician-scientists, mathematicians, computer scientists, research engineers and science-led inventors whose work had demonstrable international impact by the 2025 editorial horizon.

Inclusion Rule

Asian Connection

Eligible candidates must have a substantial Asian connection through citizenship, birthplace, heritage, research formation, primary institutional work in Asia, or direct contribution to Asian scientific capacity.

Inclusion Rule

Evidence Threshold

Candidates must be verifiable public figures with a documented scientific field, recognized contribution and durable international relevance. Ambiguous, fictional, unverifiable or primarily promotional profiles are excluded.

Inclusion Rule

Exclusions

Pure administrators, political figures, celebrity technologists without direct research contributions, deceased figures before the 2025 editorial close, and profiles whose influence rests mainly on disputed or discredited science are excluded.

Inclusion Rule

Scientific Weight

Candidates are assessed for their contribution to working science, not for publicity alone. Platform builders, discovery scientists, method creators and field architects receive priority when their work materially changes what other researchers can do.

Top Preview

Top 10 scientists in the 2025 edition

A concise preview of the highest ranked scientists before the full searchable table. Top three: Shimon Sakaguchi, Susumu Kitagawa, Omar M. Yaghi.

Rank 1

Shimon Sakaguchi Immunology and Regulatory T Cells

Sakaguchi leads the 2025 edition for discoveries that made immune tolerance a tractable biological principle. His identification and definition of regulatory T cells reshaped autoimmunity, transplantation,...

Rank 2

Susumu Kitagawa Coordination Chemistry and Porous Materials

Kitagawa is ranked second for advancing porous coordination materials into a coherent chemistry of molecular space. His work showed that designed frameworks could admit, store, separate and transform...

Rank 3

Omar M. Yaghi Reticular Chemistry and Sustainable Materials

Yaghi is included for reticular chemistry and the programmable design of metal-organic and covalent organic frameworks. In 2025, his influence stood at the intersection of intellectual elegance and planetary...

Rank 4

Masaki Kashiwara Mathematics, Algebraic Analysis and Representation Theory

Kashiwara is ranked for fundamental contributions to algebraic analysis, D-modules and crystal bases. His work created structures through which mathematicians can move between analysis, algebra, geometry and...

Rank 5

David R. Liu Genome Editing and Chemical Biology

Liu is included for base editing and prime editing, technologies that expanded genome engineering beyond conventional cutting and repair. His work turned genetic correction into a more programmable discipline...

Rank 6

Kenji Fukaya Symplectic Geometry and Mathematical Physics

Fukaya is ranked for foundational work in symplectic geometry, the Fukaya category, gauge theory and mirror symmetry. His influence is both conceptual and structural, giving modern geometry a deep framework...

Rank 7

Shun-ichi Amari Information Geometry and Neural Network Theory

Amari is included for pioneering neural network theory and establishing information geometry as a mathematical language for statistical models. In 2025, his work gained renewed force as artificial...

Rank 8

Jainendra K. Jain Quantum Matter and Composite Fermions

Jain is ranked for the composite fermion framework, one of the most powerful ideas in the physics of two-dimensional electron systems. His work transformed understanding of the fractional quantum Hall effect...

Rank 9

Azim Surani Developmental Biology and Genomic Imprinting

Surani is included for discovering and elucidating genomic imprinting in mammals. His work showed that parental genomes carry distinct epigenetic information essential to development, changing the logic of...

Rank 10

Mordehai Heiblum Mesoscopic Physics and Quantum Electronics

Heiblum is ranked for experimental studies of quantum transport, fractional charge and two-dimensional electron systems. His work gave direct physical reality to exotic quantum behavior and strengthened the...

Full Ranking

Search, filter and review all 100 entries

Use the controls to filter by Asia link, subregion or field cluster. The table shows 20 entries per page while preserving the 2025 ranking order.

InfluenceAsia 2025 Scientists 100 Showing 1-20 of 100 entries.
Rank Scientist Asia Link Field Field Cluster Score Editorial Rationale
1
Shimon Sakaguchi
 Japan Immunology and Regulatory T Cells Life Sciences 99.4 Sakaguchi leads the 2025 edition for discoveries that made immune tolerance a tractable biological principle. His identification and definition of regulatory T cells reshaped autoimmunity, transplantation, cancer immunology and inflammatory disease, giving medicine a disciplined way to think about immune restraint rather than immune force alone.
2
Susumu Kitagawa
 Japan Coordination Chemistry and Porous Materials Chemistry, Materials and Energy 99.2 Kitagawa is ranked second for advancing porous coordination materials into a coherent chemistry of molecular space. His work showed that designed frameworks could admit, store, separate and transform molecules, making material architecture a central language for energy, environment, catalysis and chemical control.
3
Omar M. Yaghi
 Jordan / United States Reticular Chemistry and Sustainable Materials Chemistry, Materials and Energy 99.0 Yaghi is included for reticular chemistry and the programmable design of metal-organic and covalent organic frameworks. In 2025, his influence stood at the intersection of intellectual elegance and planetary utility: water harvesting, carbon capture, gas storage and molecular design for a resource-constrained century.
4
Masaki Kashiwara
 Japan Mathematics, Algebraic Analysis and Representation Theory Mathematics 98.8 Kashiwara is ranked for fundamental contributions to algebraic analysis, D-modules and crystal bases. His work created structures through which mathematicians can move between analysis, algebra, geometry and representation theory, making him one of Asia's most consequential architects of modern mathematics.
5
David R. Liu
 Taiwan / United States Genome Editing and Chemical Biology Chemistry, Materials and Energy 98.6 Liu is included for base editing and prime editing, technologies that expanded genome engineering beyond conventional cutting and repair. His work turned genetic correction into a more programmable discipline and gave therapeutic science a refined language for changing DNA with greater precision.
6
Kenji Fukaya
 Japan / China Symplectic Geometry and Mathematical Physics Mathematics 98.4 Fukaya is ranked for foundational work in symplectic geometry, the Fukaya category, gauge theory and mirror symmetry. His influence is both conceptual and structural, giving modern geometry a deep framework for connecting topology, physics and mathematical abstraction.
7
Shun-ichi Amari
 Japan Information Geometry and Neural Network Theory Mathematics 98.2 Amari is included for pioneering neural network theory and establishing information geometry as a mathematical language for statistical models. In 2025, his work gained renewed force as artificial intelligence demanded deeper foundations for learning, optimization and probabilistic structure.
8
Jainendra K. Jain
 India / United States Quantum Matter and Composite Fermions Physics and Space Science 98.0 Jain is ranked for the composite fermion framework, one of the most powerful ideas in the physics of two-dimensional electron systems. His work transformed understanding of the fractional quantum Hall effect and continues to inform quantum matter, topology and future quantum technologies.
9
Azim Surani
 India / United Kingdom Developmental Biology and Genomic Imprinting Life Sciences 97.8 Surani is included for discovering and elucidating genomic imprinting in mammals. His work showed that parental genomes carry distinct epigenetic information essential to development, changing the logic of inheritance and expanding the conceptual foundations of developmental biology.
10
Mordehai Heiblum
 Israel Mesoscopic Physics and Quantum Electronics Physics and Space Science 97.6 Heiblum is ranked for experimental studies of quantum transport, fractional charge and two-dimensional electron systems. His work gave direct physical reality to exotic quantum behavior and strengthened the bridge between condensed-matter physics and quantum technology.
11
Jeongwan Haah
 South Korea / United States Quantum Information and Many-Body Physics Physics and Space Science 97.4 Haah is included for models that bring discrete mathematical structures into quantum physics, including error-correcting codes with fractal conservation laws. His work stands at the frontier where quantum matter, computation and mathematical structure become a single research language.
12
Ewin Tang
 Asian American / United States Theoretical Computer Science and Quantum Algorithms Computing and AI 97.2 Tang is ranked for quantum-inspired classical algorithms and work at the boundary of quantum computing, learning theory and linear algebra. Her influence lies in sharpening the standards by which quantum advantage is evaluated, turning hype-sensitive questions into rigorous computational science.
13
Si Ying Lee
 Singapore / United States Number Theory and Arithmetic Geometry Mathematics 97.0 Lee is included for work in arithmetic geometry and the Langlands program, including a new approach to problems around Shimura varieties. Her 2025 profile signals a rising generation of Asian mathematical leadership in one of the deepest structural programs in modern mathematics.
14
Chuan He
 China / United States Chemical Biology and RNA Regulation Chemistry, Materials and Energy 96.8 He is ranked for revealing chemical regulation in RNA and gene expression. His work helped define epitranscriptomics as a powerful field, showing that biological information is not static text but a chemically modulated system of timing, context and cellular response.
15
Akiko Iwasaki
 Japan / United States Immunology and Viral Host Response Life Sciences 96.6 Iwasaki is included for work on antiviral immunity, mucosal defense and host response. In 2025, her influence remained central to the scientific understanding of infection, vaccination, immune memory, post-viral illness and the biological basis of recovery.
16
Linfa Wang
 China / Singapore / Australia Emerging Infectious Disease and Bat Virology Medicine and Public Health 96.4 Wang is ranked for research on bat-borne viruses, zoonotic emergence and viral ecology. His work gives pandemic preparedness a biological foundation by connecting reservoir science, spillover risk and the evolutionary logic of emerging pathogens.
17
Gagandeep Kang
 India Vaccinology, Microbiology and Public Health Medicine and Public Health 96.2 Kang is included for vaccine science, enteric infections and child health in India. Her influence reflects a rare ability to connect laboratory evidence, clinical trials, field epidemiology and public-health implementation in settings where science must meet social complexity.
18
Anima Anandkumar
 India / United States Machine Learning and Scientific AI Computing and AI 96.0 Anandkumar is ranked for tensor methods, optimization, deep learning and AI for science. In 2025, her work represented the movement of machine learning into physical simulation, climate systems, robotics, materials and scientific computing.
19
Dina Katabi
 Syria / United States Wireless Systems, Sensing and Health AI Medicine and Public Health 95.8 Katabi is included for wireless sensing, networked systems and AI-enabled health monitoring. Her work turns ambient signals into scientific instruments, offering new ways to observe physiology, behavior and care without conventional clinical instrumentation.
20
Suchi Saria
 India / United States Machine Learning and Health Informatics Medicine and Public Health 95.6 Saria is ranked for clinical machine learning, risk modelling and decision support. Her influence lies in forcing health AI to meet the standards of medicine: reliability, workflow, patient safety, transparency and accountable deployment.
21
Demis Hassabis
 Singapore / United Kingdom Artificial Intelligence and Computational Biology Computing and AI 95.4 Hassabis remains central to the 2025 scientific landscape because AI-for-science has become an operational research paradigm. His work connects deep learning, biological structure and scientific discovery, making computation a practical instrument for molecular biology and drug design.
22
Zhijian James Chen
 China / United States Innate Immunity and Molecular Biology Life Sciences 95.2 Chen is included for discovering molecular pathways by which cells detect DNA and activate immune defense. His work on cGAS and nucleic-acid sensing remains fundamental to inflammation, antiviral biology, autoimmune disease and immune-system regulation.
23
Swee Lay Thein
 Malaysia / United Kingdom / United States Hematology and Genetic Blood Disease Medicine and Public Health 95.0 Thein is ranked for work on fetal hemoglobin regulation and inherited blood disorders. Her research helped make reactivation of fetal hemoglobin a therapeutic strategy for sickle cell disease and beta thalassemia, diseases with profound global health consequences.
24
Feng Zhang
 China / United States Genome Engineering and Neurotechnology Life Sciences 94.8 Zhang is included for contributions to optogenetics, CRISPR systems and programmable biology. Genome engineering remained a central technology of 2025 medicine, agriculture and functional genomics, keeping his tool-building influence exceptionally strong.
25
Yuk Ming Dennis Lo
 Hong Kong Genomic Medicine and Liquid Biopsy Medicine and Public Health 94.6 Lo is ranked for turning cell-free DNA into a clinical platform. Non-invasive prenatal testing and liquid biopsy show how a molecular signal in blood can become a diagnostic architecture for pregnancy, cancer and precision medicine.
26
Pan Jianwei
 China Quantum Information and Quantum Communication Physics and Space Science 94.4 Pan is included for quantum communication, satellite-based quantum experiments and photonic quantum systems. His work represents Asian leadership in strategic frontier science where physics, computation and secure communication converge.
27
Shankar Balasubramanian
 India / United Kingdom Genomics and Next-Generation Sequencing Life Sciences 94.2 Balasubramanian is ranked for sequencing-by-synthesis and the transformation of genomics into a scalable scientific platform. Sequencing remains indispensable to rare-disease diagnosis, cancer genomics, pathogen surveillance and the data architecture of biology.
28
Syukuro Manabe
 Japan / United States Climate Science and Atmospheric Modelling Climate and Earth Systems 94.0 Manabe is included for physical climate models that made greenhouse warming quantitatively intelligible. His influence remains central to climate attribution, extreme-weather analysis, planetary risk and the scientific basis of environmental accountability.
29
Hidetoshi Katori
 Japan Quantum Metrology and Optical Lattice Clocks Physics and Space Science 93.8 Katori is ranked for optical lattice clocks and the redefinition of precision timekeeping. His work gives quantum control practical authority in metrology, geodesy, navigation, fundamental physics and ultra-precise measurement.
30
June Huh
 South Korea / United States Mathematics and Geometric Combinatorics Mathematics 93.6 Huh is included for bringing geometric and Hodge-theoretic ideas into combinatorics. His work continues to show how deep geometry can reorganize discrete mathematics and solve problems that appear finite only on the surface.
31
Ashish Vaswani
 India / United States Artificial Intelligence and Transformer Architecture Computing and AI 93.4 Vaswani is ranked for the transformer architecture, one of the defining computational ideas behind contemporary AI. In 2025, transformer systems continued to shape language, code, images, scientific modelling and multimodal reasoning.
32
Niki Parmar
 India / United States Artificial Intelligence and Sequence Modelling Computing and AI 93.2 Parmar is included for contributions to transformer research and scalable sequence models. Her work forms part of the technical lineage behind large language models, scientific assistants, code systems and foundation-model workflows.
33
Fei-Fei Li
 China / United States Artificial Intelligence and Computer Vision Computing and AI 93.0 Li is ranked for large-scale visual data, computer vision and human-centered AI leadership. Her influence connects machine perception with the social, ethical and institutional responsibilities of intelligent systems.
34
Kaiming He
 China / United States Computer Vision and Deep Learning Computing and AI 92.8 He is included for residual learning and deep visual representation systems. His work remains essential to the training of deep networks used in perception, robotics, foundation models and scalable neural architectures.
35
Xiaowei Zhuang
 China / United States Bioimaging and Spatial Biology Life Sciences 92.6 Zhuang is ranked for super-resolution microscopy and spatial molecular methods. Her work turned visualization into a discovery platform, allowing biology to be mapped with exceptional molecular and cellular precision.
36
Ardem Patapoutian
 Lebanon / United States Neuroscience and Mechanosensation Life Sciences 92.4 Patapoutian is included for identifying mechanosensitive ion channels and clarifying how cells sense pressure and touch. His work continues to influence pain biology, physiology, sensory neuroscience and the molecular understanding of embodied experience.
37
Huda Zoghbi
 Lebanon / United States Neuroscience and Human Genetics Life Sciences 92.2 Zoghbi is ranked for linking genes, brain development and neurodevelopmental disease. Her work remains central to human genetics, pediatric neurology, disease modelling and the molecular study of nervous-system disorders.
38
Ilya Sutskever
 Israel / Canada Deep Learning and Generative AI Computing and AI 92.0 Sutskever is included for foundational work in deep learning, sequence modelling and large-scale generative systems. His influence remains visible wherever neural systems translate scale, architecture and data into general computational capability.
39
Andrew Ng
 Hong Kong / Singapore / United States Machine Learning, Robotics and AI Education Computing and AI 91.8 Ng is ranked for machine-learning research, robotics, applied AI leadership and the global training of technical talent. His influence extends across laboratories, universities, companies and public understanding of artificial intelligence.
40
Jitendra Malik
 India / United States Computer Vision and Artificial Intelligence Computing and AI 91.6 Malik is included for image segmentation, object recognition and visual understanding. Machine perception remains a core layer of robotics, autonomous systems, generative media and embodied intelligence.
41
Daphne Koller
 Israel / United States Probabilistic AI and Computational Biology Computing and AI 91.4 Koller is ranked for probabilistic graphical models, machine learning and computational biology. Her work connects automated reasoning, biological data, drug discovery and the demand for interpretable structures behind prediction.
42
Xiao-Gang Wen
 China / United States Quantum Matter and Topological Order Physics and Space Science 91.2 Wen is included for topological order, quantum phases and many-body theory. His ideas remain central to quantum materials, emergent matter and the conceptual basis for fault-tolerant quantum information.
43
Masato Sagawa
 Japan Magnetic Materials and Energy Infrastructure Chemistry, Materials and Energy 91.0 Sagawa is ranked for the neodymium-iron-boron permanent magnet, a materials breakthrough embedded in motors, electronics, wind power and electric mobility. High-performance magnets remain critical to electrification and energy-efficient infrastructure.
44
Ching W. Tang
 Hong Kong / United States Organic Electronics and OLED Technology Chemistry, Materials and Energy 90.8 Tang is included for foundational organic light-emitting diode technology. His influence remains visible in displays, lighting, thin-film devices and the conversion of molecular materials science into mass-market electronics.
45
Shinya Yamanaka
 Japan Stem Cell Biology and Regenerative Medicine Medicine and Public Health 90.6 Yamanaka is ranked for induced pluripotent stem cell science, a platform that continues to shape regenerative medicine, disease modelling, drug screening and the ethical design of cell-based therapies.
46
Tu Youyou
 China Pharmacology and Malariology Medicine and Public Health 90.4 Tu is included for artemisinin-based malaria treatment and one of the most consequential therapeutic discoveries of modern infectious-disease medicine. Her work remains a standard example of pharmacology translated into global survival.
47
Tasuku Honjo
 Japan Immunology and Cancer Therapy Life Sciences 90.2 Honjo is ranked for PD-1 biology and the cancer-immunotherapy revolution it enabled. Immune checkpoint therapy remains a pillar of oncology and a model for translating immune mechanisms into therapeutic power.
48
Akira Yoshino
 Japan Battery Chemistry and Energy Storage Chemistry, Materials and Energy 90.0 Yoshino is included for practical lithium-ion battery architecture. His work remains embedded in mobile electronics, electric vehicles, energy storage and the infrastructure of decarbonization.
49
Venkatraman Ramakrishnan
 India / United Kingdom / United States Structural Biology Life Sciences 89.8 Ramakrishnan is ranked for ribosome structure and the molecular understanding of protein synthesis. His influence combines discovery science, structural biology and a public commitment to evidence-based scientific culture.
50
Ada Yonath
 Israel Crystallography and Structural Biology Chemistry, Materials and Energy 89.6 Yonath is included for ribosome crystallography and the structural understanding of translation and antibiotic action. Her work remains essential to molecular medicine, drug resistance and high-risk experimental biology.
51
Andrew Yao
 China / United States Theoretical Computer Science Computing and AI 89.4 Yao is ranked for computational complexity, communication complexity, cryptography and algorithms. His influence extends through the theoretical foundations of computer science and the formation of elite Asian research environments.
52
Manjul Bhargava
 India / Canada / United States Mathematics and Number Theory Mathematics 89.2 Bhargava is included for reshaping number theory through arithmetic statistics and algebraic structures. His work represents mathematical creativity, structural depth and enduring influence across elite research communities.
53
Terence Tao
 Hong Kong / Australia / United States Mathematics and Analysis Mathematics 89.0 Tao is ranked for breadth across analysis, number theory, combinatorics and partial differential equations. His influence comes from sustained problem-shaping power and a rare ability to connect methods across fields.
54
Akshay Venkatesh
 India / Australia / United States Mathematics and Automorphic Forms Mathematics 88.8 Venkatesh is included for work connecting number theory, dynamics, representation theory and topology. His research exemplifies a modern mathematical style built on deep links between distant structures.
55
Takuro Mochizuki
 Japan Mathematics and Algebraic Geometry Mathematics 88.6 Mochizuki is ranked for work on harmonic bundles, twistor D-modules and flat connections over algebraic varieties. His influence reflects the quiet authority of technical mathematics that reshapes theoretical landscapes.
56
Shafi Goldwasser
 Israel / United States Cryptography and Computational Theory Computing and AI 88.4 Goldwasser is included for probabilistic encryption, zero-knowledge proofs and complexity theory. Her work remains central to digital trust, secure computation and the mathematical basis of privacy in networked life.
57
Adi Shamir
 Israel Cryptography and Computer Science Computing and AI 88.2 Shamir is ranked for public-key cryptography, cryptanalysis and secure computation. His influence is embedded in authentication, digital finance, communication security and the invisible infrastructure of the internet.
58
Raj Reddy
 India / United States Artificial Intelligence and Computer Science Computing and AI 88.0 Reddy is included for foundational work in artificial intelligence, speech recognition and human-computer interaction. His scientific arc remains relevant as AI becomes a general-purpose layer of technology and society.
59
Zoubin Ghahramani
 Iran / United Kingdom / United States Machine Learning and Probabilistic AI Computing and AI 87.8 Ghahramani is ranked for probabilistic machine learning, Bayesian methods and leadership in AI research. His work highlights the need for systems that can reason under uncertainty rather than only scale prediction.
60
Takeo Kanade
 Japan / United States Robotics and Computer Vision Computing and AI 87.6 Kanade is included for robotics, visual tracking, facial recognition and autonomous systems. His work remains relevant to machine perception, interactive systems, vehicles and embodied intelligence.
61
Rashid Sunyaev
 Uzbekistan / Germany / Russia Astrophysics and Cosmology Physics and Space Science 87.4 Sunyaev is ranked for high-energy astrophysics, cosmic background studies and the Sunyaev-Zeldovich effect. His influence remains important to cosmology, galaxy clusters and the interpretation of large-scale structure.
62
Nima Arkani-Hamed
 Iran / Canada / United States Theoretical Physics Physics and Space Science 87.2 Arkani-Hamed is included for particle physics, scattering amplitudes, extra dimensions and future collider ideas. He remains one of the most influential theorists shaping the search for deeper physical laws.
63
Cumrun Vafa
 Iran / United States String Theory and Mathematical Physics Physics and Space Science 87.0 Vafa is ranked for string dualities, quantum gravity, black hole entropy and the geometry of field theory. His work remains central to the mathematical language of high-energy theoretical physics.
64
M. Zahid Hasan
 Bangladesh / United States Topological Materials and Quantum Matter Physics and Space Science 86.8 Hasan is included for experimental work on topological insulators, Weyl fermions and quantum materials. His influence connects condensed matter physics to materials with unusual electronic and topological properties.
65
Ali Yazdani
 Iran / United States Quantum Materials and Nanoscale Spectroscopy Physics and Space Science 86.6 Yazdani is ranked for nanoscale studies of superconductors, topological materials and correlated electron systems. His work shows how precision instruments reveal quantum behavior at atomic and electronic scales.
66
Hitoshi Murayama
 Japan / United States Particle Physics and Cosmology Physics and Space Science 86.4 Murayama is included for work across particle physics, neutrinos, dark matter and cosmology. His influence links deep theory, scientific communication and institution-building across international physics communities.
67
Nergis Mavalvala
 Pakistan / United States Gravitational-Wave Physics and Quantum Measurement Physics and Space Science 86.2 Mavalvala is ranked for gravitational-wave detection, precision interferometry and quantum measurement science. Her work remains a model of frontier physics built from instrumentation, collaboration and extreme measurement discipline.
68
Hualan Chen
 China Virology and Veterinary Infectious Disease Medicine and Public Health 86.0 Chen is included for avian influenza surveillance, viral evolution and vaccine research. Her work sits at the intersection of animal health, food systems, human risk and infectious-disease early warning.
69
Soumya Swaminathan
 India Tuberculosis, HIV and Global Health Science Medicine and Public Health 85.8 Swaminathan is ranked for tuberculosis and HIV research and for the translation of scientific evidence into health decision-making. Her profile represents disciplined public-health science in an era of contested evidence.
70
Rattan Lal
 India / United States Soil Science and Climate-Smart Agriculture Climate and Earth Systems 85.6 Lal is included for soil carbon, sustainable land management and soil as climate infrastructure. His work matters to food security, carbon sequestration, agricultural resilience and climate adaptation.
71
Gurdev Khush
 India / Philippines / United States Rice Genetics and Plant Breeding Agriculture and Food Systems 85.4 Khush is ranked for rice breeding that improved yields and food security across Asia. His influence remains embedded in crop genetics, agricultural systems and the scientific effort to feed large populations sustainably.
72
C. N. R. Rao
 India Materials Chemistry and Solid-State Science Chemistry, Materials and Energy 85.2 Rao is included for materials chemistry across oxides, nanomaterials and solid-state systems. His standing reflects both scientific discovery and the formation of Indian research capacity across generations.
73
Zhong Nanshan
 China Respiratory Medicine and Public Health Medicine and Public Health 85.0 Zhong is ranked for respiratory medicine, clinical interpretation and public-health authority. His influence remains tied to the role of experienced physician-scientists during respiratory disease uncertainty and public trust challenges.
74
Chen-Ning Yang
 China / United States Theoretical Physics Physics and Space Science 84.8 Yang is included for foundational contributions to symmetry, gauge theory and particle physics. His influence remains embedded in modern theoretical physics and in the global visibility of Chinese scientific achievement.
75
Shing-Tung Yau
 China / United States Mathematics and Geometric Analysis Mathematics 84.6 Yau is ranked for geometric analysis, differential geometry and mathematical physics. His influence continues through research, education and institution-building for Chinese and Asian mathematics.
76
S. R. Srinivasa Varadhan
 India / United States Probability Theory and Mathematics Mathematics 84.4 Varadhan is included for probability theory, large deviations and stochastic processes. His work remains foundational for mathematics, statistical physics, risk, finance and the theoretical language of uncertainty.
77
Ngo Bao Chau
 Vietnam / France Mathematics and Representation Theory Mathematics 84.2 Ngo is ranked for proving the fundamental lemma and for raising the international visibility of Vietnamese mathematics. His influence combines abstract depth with the institution-building needed for emerging scientific communities.
78
Caucher Birkar
 Iran / United Kingdom Mathematics and Algebraic Geometry Mathematics 84.0 Birkar is included for advances in birational geometry, Fano varieties and the minimal model program. His profile remains a powerful example of mathematical leadership emerging from an Asian background into global prominence.
79
Elon Lindenstrauss
 Israel Mathematics and Dynamical Systems Mathematics 83.8 Lindenstrauss is ranked for work connecting ergodic theory, number theory and homogeneous dynamics. His methods continue to influence advanced questions about rigidity, distribution and mathematical structure.
80
Yitang Zhang
 China / United States Mathematics and Number Theory Mathematics 83.6 Zhang is included for the breakthrough on bounded gaps between prime numbers. His influence represents the rare power of a single mathematical result to reopen a classical problem and redirect an active field.
81
Nieng Yan
 China / United States Structural Biology and Membrane Proteins Life Sciences 83.4 Yan is ranked for high-impact structures of membrane transporters and channels. Her work remains important to molecular medicine, cellular physiology and the global standing of Chinese structural biology.
82
Yigong Shi
 China Structural Biology and Cell Mechanisms Life Sciences 83.2 Shi is included for structural studies of apoptosis, spliceosomes and cellular machinery, as well as institution-building in China. His influence combines molecular discovery with advanced life-science infrastructure.
83
Wang Yifang
 China Experimental Particle Physics and Neutrinos Physics and Space Science 83.0 Wang is ranked for leadership in neutrino physics and China's particle-physics infrastructure. His influence reflects the ability of Asian-led large experiments to produce measurements of global significance.
84
Yi Cui
 China / United States Nanomaterials, Energy and Environment Climate and Earth Systems 82.8 Cui is included for nanomaterials research in batteries, energy storage, environmental technology and advanced characterization. His work remains aligned with safer batteries, cleaner materials and scalable climate technologies.
85
Peidong Yang
 China / United States Nanoscience and Artificial Photosynthesis Chemistry, Materials and Energy 82.6 Yang is ranked for semiconductor nanowires, nanoscale materials and artificial photosynthesis. His influence remains important to renewable fuels, energy conversion and the chemistry-materials interface.
86
Zhenan Bao
 China / United States Chemical Engineering and Flexible Electronics Chemistry, Materials and Energy 82.4 Bao is included for skin-inspired electronics, organic semiconductors and flexible materials. Her work matters to wearable devices, soft robotics, biomedical sensors and human-compatible electronics.
87
Ali Javey
 Iran / United States Nanotechnology and Semiconductor Devices Chemistry, Materials and Energy 82.2 Javey is ranked for nanomaterials, semiconductor devices, flexible electronics and energy-related materials. His influence connects nanoscale fabrication with practical electronics, sensing and solar-energy conversion.
88
Nader Engheta
 Iran / United States Metamaterials and Nanophotonics Physics and Space Science 82.0 Engheta is included for metamaterials, plasmonics and optical nanocircuit concepts. His work remains influential where electromagnetism, computation and engineered materials meet.
89
Aydogan Ozcan
 Turkey / United States Computational Imaging and Bioengineering Life Sciences 81.8 Ozcan is ranked for lens-free microscopy, mobile diagnostics and computational imaging. His work reflects the push toward scalable diagnostic tools and the merging of optics, AI and biomedical engineering.
90
Kazunari Domen
 Japan Photocatalysis and Solar Fuels Chemistry, Materials and Energy 81.6 Domen is included for photocatalysis and water-splitting research aimed at solar fuel production. His influence sits within the search for systems capable of storing renewable energy in chemical form.
91
Qikun Xue
 China Condensed Matter Physics and Quantum Materials Physics and Space Science 81.4 Xue is ranked for quantum materials, thin films and the quantum anomalous Hall effect. His influence reflects China's growing authority in precision condensed-matter experiments.
92
Hideo Hosono
 Japan Materials Science and Superconductors Physics and Space Science 81.2 Hosono is included for transparent oxide semiconductors, iron-based superconductors and functional materials discovery. His work connects basic materials chemistry to electronics, display technology and superconducting systems.
93
Nam-Gyu Park
 South Korea Perovskite Solar Cells Chemistry, Materials and Energy 81.0 Park is ranked for stable perovskite solar-cell research that helped open a major photovoltaic field. His work matters to solar efficiency, renewable-energy materials and next-generation photovoltaic architectures.
94
Sang Yup Lee
 South Korea Metabolic Engineering and Synthetic Biology Life Sciences 80.8 Lee is included for metabolic engineering, systems biotechnology and microbial production platforms. His influence links biological design to sustainable chemicals, industrial biotechnology and engineered cellular production.
95
Taeghwan Hyeon
 South Korea Nanochemistry and Functional Nanomaterials Chemistry, Materials and Energy 80.6 Hyeon is ranked for controlled synthesis of uniform nanoparticles and functional nanomaterials. His work is visible in catalysis, energy, biomedical imaging and South Korea's position in high-impact nanoscience.
96
Jin-Soo Kim
 South Korea Genome Editing and Molecular Tools Life Sciences 80.4 Kim is included for genome-editing research and targeted genetic modification tools. His influence sits within the global movement toward precise editing technologies in biology, agriculture and medicine.
97
Jackie Ying
 Taiwan / Singapore / United States Nanobioengineering and Materials Science Chemistry, Materials and Energy 80.2 Ying is ranked for nanostructured materials, bioengineering and translational research leadership. Her profile represents Singapore-linked scientific ambition at the intersection of chemistry, medicine and materials.
98
Yoshinori Ohsumi
 Japan Cell Biology and Autophagy Life Sciences 80.0 Ohsumi is included for making autophagy a central concept in cell biology, metabolism, infection, aging and neurodegeneration. His discoveries continue to shape research into cellular recycling, repair and stress response.
99
Takaaki Kajita
 Japan Particle Astrophysics and Neutrino Physics Physics and Space Science 79.8 Kajita is ranked for neutrino research that changed understanding of particle mass. His influence remains central to Asian experimental physics and the continuing search for physics beyond established models.
100
Aziz Sancar
 Turkey / United States DNA Repair and Molecular Biology Life Sciences 79.6 Sancar completes the 2025 list for illuminating DNA repair mechanisms connected to cancer, aging, circadian biology and environmental damage. Genome maintenance remains central to biomedical research and precision medicine.

Research Dimensions

Six weighted dimensions behind the ranking

Placement reflects the combined strength of discovery originality, international influence, applied consequence, Asia-system contribution, 2025 relevance and field architecture. No single factor automatically determines rank.

25% weight

Discovery Originality

The degree to which the scientist introduced a new discovery, method, theory, material, platform, algorithm, treatment model or research direction.

20% weight

Global Scientific Influence

International recognition across disciplines, research communities, major laboratories, professional networks and enduring scientific literature.

15% weight

Applied and Societal Consequence

Real-world importance in medicine, public health, agriculture, energy, communication, computing, industry, policy or quality of life.

15% weight

Asia Knowledge-System Contribution

Contribution to Asian research institutions, talent formation, regional scientific confidence, Asian-led projects, or global visibility of Asian science.

15% weight

2025 Relevance

Relevance to the scientific, public-health, technological, environmental or institutional questions that were especially visible in 2025.

10% weight

Leadership and Field Architecture

Capacity to build fields, laboratories, platforms, collaborations, standards, schools of thought or durable scientific communities.

Methodology

Scoring, review process and limits

InfluenceAsia uses a 100-point editorial research framework. Scores are comparative indicators within this 2025 edition, not laboratory measurements, financial valuations, citation counts or prize points.

Method Element

Scoring Model

InfluenceAsia uses a 100-point editorial research framework. Scores are comparative indicators within this 2025 edition, not laboratory measurements, financial valuations, citation counts or prize points.

Method Element

Review Process

Candidates are assessed by discipline clusters, then normalized across fields to reduce bias toward AI visibility, biomedical publicity, prize cycles, public-health prominence, technology commercialization or single-year media attention alone.

Method Element

Ranking Logic

Placement reflects the combined strength of discovery originality, international influence, applied consequence, Asia-system contribution, 2025 relevance and field architecture. No single factor automatically determines rank.

Method Element

Verification Standard

Every included scientist must have a verifiable identity, recognized field and defensible scientific contribution. Profiles with unverifiable claims, primarily promotional narratives, or unresolved credibility concerns are excluded.

Method Element

2025 Time Control

The editorial voice is anchored to 2025. Later recognitions may confirm a scientist's standing, but they are not used as the basis of the 2025 ranking copy.

Method Element

Limits

Scientific influence is uneven across disciplines, publication cultures, languages, institutional systems and disclosure practices. InfluenceAsia therefore treats the final order as a professional editorial ranking rather than a mechanical calculation.