Kenji Watanabe
Publishes on Advanced materials at National Institute for Materials Science: 360 papers in 2 years.
Publishes on Advanced materials at National Institute for Materials Science: 360 papers in 2 years.
Publishes on Advanced materials at National Institute for Materials Science: 293 papers in 2 years.
Publishes on Advanced materials at Nanjing Agricultural University: 172 papers in 2 years.
Publishes on 6G wireless at University of Electronic Science and Technology of China: 118 papers in 2 years.
Publishes on 6G wireless at Nanyang Technological University: 110 papers in 2 years.
Publishes on 6G wireless at New York University Abu Dhabi: 104 papers in 2 years.
Publishes on 6G wireless at Chandigarh University: 97 papers in 2 years.
Publishes on 6G wireless at Shanghai University: 95 papers in 2 years.
Publishes on Space technology at National Institute of Technology Warangal: 91 papers in 2 years.
Publishes on Photonics at State Key Laboratory of Modern Optical Instruments: 91 papers in 2 years.
Publishes on Advanced materials at Consejo Superior de Investigaciones Científicas: 90 papers in 2 years.
Publishes on 6G wireless at Jiangnan University: 89 papers in 2 years.
Publishes on 6G wireless at Macao Polytechnic University: 84 papers in 2 years.
Publishes on Advanced materials at Helmholtz-Zentrum Berlin für Materialien und Energie: 84 papers in 2 years.
Publishes on Advanced materials at Jiangsu University: 84 papers in 2 years.
Publishes on Advanced materials at Pohang University of Science and Technology: 83 papers in 2 years.
Publishes on Next-gen batteries at Western University: 81 papers in 2 years.
Publishes on Advanced materials at Southwest University of Science and Technology: 80 papers in 2 years.
Publishes on Fusion energy at Harvard University Press: 76 papers in 2 years.
Publishes on Advanced materials at Helmholtz-Zentrum Berlin für Materialien und Energie: 76 papers in 2 years.
Publishes on 6G wireless at Anhui University: 74 papers in 2 years.
Publishes on Next-gen batteries at BGI Group (China): 74 papers in 2 years.
Publishes on 6G wireless at University of Siena: 73 papers in 2 years.
Publishes on Advanced materials at BGI Group (China): 71 papers in 2 years.
Publishes on Next-gen batteries at Central South University: 68 papers in 2 years.
Publishes on 6G wireless at University of Electronic Science and Technology of China: 67 papers in 2 years.
Publishes on 6G wireless at University of Essex: 67 papers in 2 years.
Publishes on Quantum sensing at University of Science and Technology of China: 66 papers in 2 years.
Publishes on Next-gen batteries at Nanjing Tech University: 66 papers in 2 years.
Publishes on 6G wireless at Nanyang Technological University: 64 papers in 2 years.
Publishes on Space technology at Northwestern Polytechnical University: 64 papers in 2 years.
Publishes on Advanced semiconductors at Ewha Womans University: 64 papers in 2 years.
Publishes on Humanoid robots at Hong Kong Polytechnic University: 61 papers in 2 years.
Publishes on Photonics at Australian Research Council: 60 papers in 2 years.
Publishes on 6G wireless at Amazon (United States): 59 papers in 2 years.
Publishes on 6G wireless at Beijing University of Posts and Telecommunications: 59 papers in 2 years.
Publishes on Advanced semiconductors at First Affiliated Hospital of Xi'an Jiaotong University: 57 papers in 2 years.
Publishes on Next-gen batteries at Zhejiang University of Technology: 57 papers in 2 years.
Publishes on Nanotechnology at Chandigarh University: 56 papers in 2 years.
Publishes on Next-gen batteries at Beijing Institute of Technology: 56 papers in 2 years.
Publishes on 6G wireless at University of Liverpool: 55 papers in 2 years.
Publishes on 6G wireless at North China University of Technology: 54 papers in 2 years.
Publishes on Synthetic biology at Zhejiang University of Technology: 54 papers in 2 years.
Publishes on 6G wireless at University of Surrey: 54 papers in 2 years.
Publishes on Advanced materials at The Graduate Center, CUNY: 54 papers in 2 years.
Publishes on Next-gen batteries at University of Technology Sydney: 54 papers in 2 years.
Publishes on 6G wireless at Missile Defense Agency: 53 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 53 papers in 2 years.
Publishes on 6G wireless at University of Electronic Science and Technology of China: 53 papers in 2 years.
Publishes on 6G wireless at Beijing Jiaotong University: 53 papers in 2 years.
Publishes on 6G wireless at Beijing University of Posts and Telecommunications: 52 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 52 papers in 2 years.
Publishes on Next-gen batteries at Forschungszentrum Jülich: 51 papers in 2 years.
Publishes on Nanotechnology at Shenyang Pharmaceutical University: 51 papers in 2 years.
Publishes on Advanced materials at University of Science and Technology of China: 51 papers in 2 years.
Publishes on Next-gen batteries at University of Shanghai for Science and Technology: 51 papers in 2 years.
Publishes on Next-gen batteries at Zhejiang Wanli University: 50 papers in 2 years.
Publishes on Advanced semiconductors at China Three Gorges University: 50 papers in 2 years.
Publishes on Next-gen batteries at Xidian University: 50 papers in 2 years.
Publishes on Next-gen batteries at Harbin University of Science and Technology: 49 papers in 2 years.
Publishes on Space technology at National Institute of Technology Warangal: 49 papers in 2 years.
Publishes on Advanced materials at Nanjing University of Posts and Telecommunications: 49 papers in 2 years.
Publishes on Advanced semiconductors at Beijing National Research Center for Information Science and Technology: 48 papers in 2 years.
Publishes on Next-gen batteries at Tsinghua–Berkeley Shenzhen Institute: 48 papers in 2 years.
Publishes on Next-gen batteries at Nanjing Normal University: 48 papers in 2 years.
Publishes on Quantum sensing at University of Science and Technology of China: 48 papers in 2 years.
Publishes on Next-gen batteries at Beijing Institute of Technology: 48 papers in 2 years.
Publishes on Next-gen batteries at Western University: 48 papers in 2 years.
Publishes on Photonics at IMEC: 47 papers in 2 years.
Publishes on Next-gen batteries at Shandong University: 47 papers in 2 years.
Publishes on Next-gen batteries at State Key Laboratory of Electrical Insulation and Power Equipment: 47 papers in 2 years.
Publishes on Next-gen batteries at National Taiwan University of Science and Technology: 46 papers in 2 years.
Publishes on Quantum sensing at Peking University: 46 papers in 2 years.
Publishes on Quantum computing at National Taiwan Normal University: 46 papers in 2 years.
Publishes on Nanotechnology at Zabol University: 46 papers in 2 years.
Publishes on Next-gen batteries at Chinese Academy of Sciences: 46 papers in 2 years.
Publishes on Advanced materials at Multimedia University: 46 papers in 2 years.
Publishes on Advanced materials at Pacific Northwest National Laboratory: 46 papers in 2 years.
Publishes on Next-gen batteries at Karlsruhe Institute of Technology: 46 papers in 2 years.
Publishes on Humanoid robots at Amazon (United States): 45 papers in 2 years.
Publishes on Quantum sensing at Max Planck Institute for Mathematics in the Sciences: 45 papers in 2 years.
Publishes on Quantum sensing at Leibniz Institute for Solid State and Materials Research: 44 papers in 2 years.
Publishes on Advanced materials at Guangdong University of Technology: 44 papers in 2 years.
Publishes on Advanced materials at Xiamen University: 43 papers in 2 years.
Publishes on Advanced semiconductors at Harbin University of Science and Technology: 43 papers in 2 years.
Publishes on Next-gen batteries at Shandong University: 42 papers in 2 years.
Publishes on Quantum sensing at Technische Universität Dresden: 42 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 42 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 42 papers in 2 years.
Publishes on Synthetic biology at UK Research and Innovation: 41 papers in 2 years.
Publishes on Advanced nuclear at Xi'an Jiaotong University: 41 papers in 2 years.
Publishes on Quantum sensing at National Institute of Standards and Technology: 41 papers in 2 years.
Publishes on Nanotechnology at University of Tehran: 41 papers in 2 years.
Publishes on Advanced materials at Beijing Institute of Technology: 41 papers in 2 years.
Publishes on Advanced materials at Universidad Nacional Autónoma de México: 41 papers in 2 years.
Publishes on Photonics at Harbin Institute of Technology: 41 papers in 2 years.
Publishes on Advanced materials at Duy Tan University: 40 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 40 papers in 2 years.
Publishes on Advanced materials at Chinese Academy of Sciences: 40 papers in 2 years.
Publishes on Advanced materials at Australian National University: 40 papers in 2 years.
Publishes on Space technology at Beijing Institute of Technology: 40 papers in 2 years.
Publishes on Photonics at State Key Laboratory of Modern Optical Instruments: 39 papers in 2 years.
Publishes on Longevity biotech at Korea Disease Control and Prevention Agency: 39 papers in 2 years.
Publishes on Longevity biotech at Yonsei University: 39 papers in 2 years.
Publishes on Longevity biotech at Yonsei University: 39 papers in 2 years.
Publishes on Longevity biotech at Korea Institute of Energy Research: 39 papers in 2 years.
Publishes on Nanotechnology at Shenyang Pharmaceutical University: 39 papers in 2 years.
Publishes on Advanced materials at Chinese Academy of Sciences: 39 papers in 2 years.
Publishes on Advanced materials at City University of Hong Kong: 39 papers in 2 years.
Publishes on Advanced semiconductors at Northeast Normal University: 39 papers in 2 years.
Publishes on Advanced semiconductors at Anhui University: 39 papers in 2 years.
Publishes on Advanced materials at University of Science and Technology of China: 38 papers in 2 years.
Publishes on Photonics at Université Paris-Sud: 38 papers in 2 years.
Publishes on Brain-computer interfaces at Warsaw University of Technology: 38 papers in 2 years.
Publishes on Advanced semiconductors at Hebei Agricultural University: 38 papers in 2 years.
Publishes on Quantum sensing at Shanghai Jiao Tong University: 38 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 38 papers in 2 years.
Publishes on Advanced semiconductors at Seoul National University: 38 papers in 2 years.
Publishes on Advanced semiconductors at Gachon University: 38 papers in 2 years.
Publishes on Photonics at Chinese University of Hong Kong: 37 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 37 papers in 2 years.
Publishes on Brain-computer interfaces at National Yang Ming Chiao Tung University: 37 papers in 2 years.
Publishes on Space technology at Xidian University: 37 papers in 2 years.
Publishes on Longevity biotech at Enzo Life Sciences (United States): 37 papers in 2 years.
Publishes on Nanotechnology at Narsee Monjee Institute of Management Studies: 37 papers in 2 years.
Publishes on Fusion energy at Beihang University: 36 papers in 2 years.
Publishes on Photonics at Jet Propulsion Laboratory: 36 papers in 2 years.
Publishes on Next-gen batteries at Texas Materials Institute: 36 papers in 2 years.
Publishes on Longevity biotech at Heidelberg University: 36 papers in 2 years.
Publishes on Longevity biotech at Moffitt Cancer Center: 36 papers in 2 years.
Publishes on Longevity biotech at Stanford Medicine: 36 papers in 2 years.
Publishes on Longevity biotech at Stanford University: 36 papers in 2 years.
Publishes on Longevity biotech at Memorial Sloan Kettering Cancer Center: 36 papers in 2 years.
Publishes on Brain-computer interfaces at Tianjin University: 36 papers in 2 years.
Publishes on Advanced semiconductors at Technische Universität Dresden: 36 papers in 2 years.
Publishes on Next-gen batteries at Max Planck Institute for Chemical Physics of Solids: 36 papers in 2 years.
Publishes on Next-gen batteries at Shandong University: 36 papers in 2 years.
Publishes on Advanced semiconductors at Brandenburg University of Technology Cottbus-Senftenberg: 36 papers in 2 years.
Publishes on Humanoid robots at Beijing Institute of Technology: 35 papers in 2 years.
Publishes on Quantum computing at Software Competence Center Hagenberg (Austria): 35 papers in 2 years.
Publishes on Photonics at National Research Council: 35 papers in 2 years.
Publishes on Synthetic biology at Shenyang Pharmaceutical University: 35 papers in 2 years.
Publishes on Humanoid robots at Shanghai Jiao Tong University: 35 papers in 2 years.
Publishes on Advanced nuclear at The University of Texas at Austin: 35 papers in 2 years.
Publishes on Fusion energy at Xiamen University: 34 papers in 2 years.
Publishes on Advanced semiconductors at Beijing National Research Center for Information Science and Technology: 34 papers in 2 years.
Publishes on Advanced semiconductors at SIB Swiss Institute of Bioinformatics: 34 papers in 2 years.
Publishes on Next-gen batteries at Purdue University West Lafayette: 34 papers in 2 years.
Publishes on Next-gen batteries at Institució Catalana de Recerca i Estudis Avançats: 34 papers in 2 years.
Publishes on Fusion energy at Hunan University: 34 papers in 2 years.
Publishes on Advanced semiconductors at Beijing National Research Center for Information Science and Technology: 34 papers in 2 years.
Publishes on Advanced semiconductors at Consejo Superior de Investigaciones Científicas: 34 papers in 2 years.
Publishes on Advanced semiconductors at Wuhan University of Technology: 34 papers in 2 years.
Publishes on Space technology at Harbin Institute of Technology: 33 papers in 2 years.
Publishes on Advanced semiconductors at Forschungszentrum Jülich: 33 papers in 2 years.
Publishes on Advanced geothermal at China Three Gorges University: 33 papers in 2 years.
Publishes on Quantum computing at Fraunhofer Institute for Telecommunications, Heinrich Hertz Institute: 33 papers in 2 years.
Publishes on Advanced materials at Central South University: 33 papers in 2 years.
Publishes on Advanced materials at Central South University: 33 papers in 2 years.
Publishes on Advanced materials at National University of Singapore: 33 papers in 2 years.
Publishes on Photonics at Hong Kong University of Science and Technology: 33 papers in 2 years.
Publishes on Synthetic biology at Shanghai Ocean University: 33 papers in 2 years.
Publishes on Advanced semiconductors at Hebei University: 33 papers in 2 years.
Publishes on Advanced semiconductors at Southwest University: 33 papers in 2 years.
Publishes on Advanced semiconductors at Fujian Science and Technology Innovation Laboratory for Optoelectronic Information of China: 33 papers in 2 years.
Publishes on Nanotechnology at Ganpat University: 33 papers in 2 years.
Publishes on Quantum sensing at Nanjing University of Posts and Telecommunications: 33 papers in 2 years.
Publishes on Photonics at Hebei University: 32 papers in 2 years.
Publishes on Brain-computer interfaces at Goethe University Frankfurt: 32 papers in 2 years.
Publishes on Quantum sensing at Guangzhou University of Chinese Medicine: 32 papers in 2 years.
Publishes on Quantum computing at LMU Klinikum: 32 papers in 2 years.
Publishes on Advanced materials at The University of Sydney: 32 papers in 2 years.
Publishes on Humanoid robots at Hong Kong Polytechnic University: 32 papers in 2 years.
Publishes on Advanced semiconductors at Shivaji University: 32 papers in 2 years.
Publishes on Photonics at Politecnico di Milano: 32 papers in 2 years.
Publishes on Fusion energy at Ghent University: 31 papers in 2 years.
Publishes on Space technology at Missile Defense Agency: 31 papers in 2 years.
Publishes on Quantum sensing at Beijing University of Technology: 31 papers in 2 years.
Publishes on Nanotechnology at Dr. Dayaram Patel Pharmacy College: 31 papers in 2 years.
Publishes on Advanced materials at State Key Laboratory of Materials Processing and Die & Mould Technology: 31 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 31 papers in 2 years.
Publishes on Brain-computer interfaces at Fırat University: 31 papers in 2 years.
Publishes on Humanoid robots at National Institute of Advanced Industrial Science and Technology: 31 papers in 2 years.
Publishes on Advanced semiconductors at Hong Kong Polytechnic University: 31 papers in 2 years.
Publishes on 6G wireless at Indian Institute of Technology Ropar: 30 papers in 2 years.
Publishes on Photonics at Ghent University: 30 papers in 2 years.
Publishes on Humanoid robots at Hess (United States): 30 papers in 2 years.
Publishes on Humanoid robots at Beijing Institute of Technology: 30 papers in 2 years.
Publishes on Quantum sensing at Palacký University Olomouc: 30 papers in 2 years.
Publishes on Nanotechnology at Kanazawa University: 30 papers in 2 years.
Publishes on Space technology at Beijing University of Posts and Telecommunications: 30 papers in 2 years.
Publishes on Space technology at Beijing National Research Center for Information Science and Technology: 30 papers in 2 years.
Publishes on Quantum sensing at University of Padua: 30 papers in 2 years.
Publishes on Space technology at University of Surrey: 30 papers in 2 years.
Publishes on Space technology at King Abdullah University of Science and Technology: 30 papers in 2 years.
Publishes on Photonics at IMEC: 29 papers in 2 years.
Publishes on Synthetic biology at Dalian Institute of Chemical Physics: 29 papers in 2 years.
Publishes on Brain-computer interfaces at Hangzhou Dianzi University: 29 papers in 2 years.
Publishes on Brain-computer interfaces at Universidad de La Rioja: 29 papers in 2 years.
Publishes on Humanoid robots at Palo Alto University: 29 papers in 2 years.
Publishes on Space technology at Auckland Institute of Studies: 29 papers in 2 years.
Publishes on Quantum sensing at University of Science and Technology of China: 29 papers in 2 years.
Publishes on Quantum sensing at Sun Yat-sen University: 29 papers in 2 years.
Publishes on 6G wireless at Queen's University Belfast: 29 papers in 2 years.
Publishes on Photonics at Université Paris-Sud: 29 papers in 2 years.
Publishes on Photonics at Ghent University: 29 papers in 2 years.
Publishes on Humanoid robots at Hunan University: 29 papers in 2 years.
Publishes on Advanced semiconductors at University of Science and Technology of China: 29 papers in 2 years.
Publishes on Quantum sensing at Oak Ridge National Laboratory: 29 papers in 2 years.
Publishes on Photonics at Beijing University of Posts and Telecommunications: 29 papers in 2 years.
Publishes on Longevity biotech at Stanford Medicine: 29 papers in 2 years.
Publishes on 6G wireless at Shanghai Jiao Tong University: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at City College of San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at University of California, San Francisco: 28 papers in 2 years.
Publishes on Nanotechnology at ProLynx (United States): 28 papers in 2 years.
Publishes on Fusion energy at University of Science and Technology of China: 28 papers in 2 years.
Publishes on Photonics at Wuhan National Laboratory for Optoelectronics: 28 papers in 2 years.
Publishes on Photonics at IMEC: 28 papers in 2 years.
Publishes on Synthetic biology at Jiangnan University: 28 papers in 2 years.
Publishes on Brain-computer interfaces at University of Essex: 28 papers in 2 years.
Publishes on Space technology at Xidian University: 28 papers in 2 years.
Publishes on Space technology at Institut national de recherche en sciences et technologies du numérique: 28 papers in 2 years.
Publishes on Advanced nuclear at Xi'an Jiaotong University: 28 papers in 2 years.
Publishes on Quantum sensing at University of Science and Technology of China: 28 papers in 2 years.
Publishes on Quantum computing at National Education Services: 28 papers in 2 years.
Publishes on 6G wireless at National Sun Yat-sen University: 28 papers in 2 years.
Publishes on 6G wireless at National Institute of Technology Warangal: 28 papers in 2 years.
Publishes on Nanotechnology at Sun Yat-sen University: 28 papers in 2 years.
Publishes on Nanotechnology at East China University of Science and Technology: 28 papers in 2 years.
Publishes on Nanotechnology at Ministry of Health and Medical Education: 28 papers in 2 years.
Publishes on Synthetic biology at Shandong University: 28 papers in 2 years.
Publishes on Space technology at Tohoku University: 28 papers in 2 years.
Publishes on Quantum sensing at Shandong University of Science and Technology: 28 papers in 2 years.
Publishes on Nanotechnology at Ministry of Education of the People's Republic of China: 28 papers in 2 years.
Publishes on Quantum computing at Commonwealth Scientific and Industrial Research Organisation: 28 papers in 2 years.
Publishes on Photonics at University of Pisa: 28 papers in 2 years.
Publishes on Humanoid robots at Tongji University: 28 papers in 2 years.
Publishes on Quantum sensing at Paderborn University: 28 papers in 2 years.
Publishes on Photonics at University of Arkansas at Fayetteville: 27 papers in 2 years.
Publishes on Photonics at Université Paris-Sud: 27 papers in 2 years.
Publishes on Photonics at Centre National de la Recherche Scientifique: 27 papers in 2 years.
Publishes on Synthetic biology at Korea Advanced Institute of Science and Technology: 27 papers in 2 years.
Publishes on Space technology at Polytechnique Montréal: 27 papers in 2 years.
Hosts the EAST superconducting tokamak in Hefei.
DOE nuclear lab hosting Reactor Pilot Program tests, including Antares, Aalo and Radiant.
DOE lab doing advanced reactor, fuel and materials research.
Nanoelectronics R&D hub running the EU NanoIC pilot line for beyond-2nm chips.
Japan's nuclear R&D agency working on fast and high-temperature reactors.
German geoscience center with geothermal energy research.
Pairs brain implants with spinal cord stimulation to restore walking after paralysis.
Singapore institute researching advanced packaging and heterogeneous integration.
Consortium of seven DOE national labs operating a distributed biofoundry for biomanufacturing.
US manufacturing innovation institute running an integrated photonics foundry and packaging line in New York.
Company research institutes studying the biology of cell rejuvenation to reverse disease.
Nonprofit research institute in Palo Alto that built the Evo 2 genome language model with NVIDIA.
Epigenetics research within an institute whose research theme includes healthy ageing.
Builds the Tiangong open humanoid platform and embodied AI data sets.
John Bowers' group develops heterogeneous silicon photonics and integrated lasers.
Long-running clinical consortium testing intracortical BCIs to restore movement and communication.
Independent biomedical research institute focused solely on aging and age-related disease.
Canada's national nuclear lab with advanced reactor research programs.
French public institute doing semiconductor and microelectronics research.
French applied research institute with optics and photonics as a strategic research axis.
Runs the NanoFab, giving researchers access to nanoscale fabrication tools.
Home of Dan Peer's group working on targeted RNA-LNP delivery.
Studies the neural basis of speech and builds speech and bilingual neuroprostheses.
Regional hub running quantum networking research and testbeds with partner labs.
Spanish energy storage center working on electrolytes and cell prototyping.
Grenoble biomedical research center working on neurotechnology for tetraplegia, Parkinson's and epilepsy.
Ultracold atom facility on the International Space Station testing quantum sensing in orbit.
Developed the surface EMG wristband interface published in Nature in 2025.
DARPA program to advance nuclear thermal rocket propulsion for cislunar missions.
Berkeley Lab group studying subsurface energy, including geothermal.
Cornell project to heat its campus with an enhanced geothermal system.
Neutral-atom group that trapped a record array of 6,100 atom qubits with optical tweezers.
Builds and studies superconducting qubit systems.
Joint effort to put a fission reactor on the Moon for Artemis by 2030.
Researches electronic packaging from wafer level to system.
ESA program on reusable launch technology, including the Themis reusable booster demonstrator.
Generalist embodied agent research, including the open GR00T N1.5 humanoid foundation model.
Jason Chin's institute leading the Wellcome-funded Synthetic Human Genome Project.
Builds Gemini Robotics vision-language-action models for robot control.
Designs and fabricates superconducting chips such as Willow in Santa Barbara.
Battery research center founded in 2011 by KIT.
European-level 6G flagship project defining the 6G system vision and demos.
Researches superconducting processors, error correction and quantum algorithms.
Works on sub-2nm chips, nanosheet transistors, chiplets and packaging.
Research group working on humanoid robot locomotion and control.
Runs silicon and silicon nitride photonics platforms for R&D and prototyping.
David Baker's institute, founded in 2012, designing new proteins for medicine and technology.
Research on AI for wireless, 5G and 6G systems and open RAN testbeds.
Julich group researching battery electrochemistry.
Made 2D metals such as bismuth and tin at angstrom thickness by van der Waals squeezing.
Peer-reviewed program that tests agents for lifespan and healthspan extension in mice.
International tokamak under assembly in southern France.
Jun Ye's group built the first link between a thorium nuclear transition and an atomic clock.
DOE Office of Science research center engineering microbes and plants for biofuels and bioproducts.
Built a molecular machine that directs the synthesis of a catenane.
Korea's national nuclear research institute, including SMR design.
Tobias Kippenberg's lab works on microresonator frequency combs and integrated photonics.
Japanese research association for leading-edge semiconductor technology.
Builds artificial molecular motors powered by chemical catalysis.
Entangled two quantum memory nodes over deployed Boston fiber with AWS.
Research institute in Cologne studying the basic biology of ageing across model organisms.
Runs the Wendelstein 7-X stellarator and ASDEX Upgrade tokamak.
Released the OMat24 dataset and pretrained models for inorganic materials.
Developed the MatterGen generative model for inorganic materials.
Runs MIT's research reactor for fuel, materials and instrument studies.
Engineers lipid nanoparticles for targeted mRNA delivery, including to the placenta.
Low-cost bimanual mobile robot that learns household tasks from human demonstrations.
DOE user facility for nanoscience research.
Cambridge lab where Chin's team built Syn57, an E. coli strain with a 57-codon synthetic genome.
Research and scale-up hub for graphene and other 2D materials.
Laser facility that first achieved fusion ignition and holds the yield record.
Japanese fusion institute behind the Large Helical Device.
UK national lab that hosts testbeds and works to speed up quantum computing.
Decodes attempted and inner speech and handwriting from motor cortex in trial participants.
Industrial research lab working on 6G energy efficiency, AI air interfaces and resilience.
Academic center focused on 6G and beyond, including mmWave and sub-THz research.
MIT research center for plasma physics, fusion magnets and fusion engineering.
DOE lab with battery research and a battery testing laboratory.
Gives researchers access to commercial quantum computers through the OLCF.
German metrology division developing optical atomic clocks.
Dirk Englund's group builds integrated photonic processors for deep neural networks.
Research institute working on quantum computing and the quantum internet.
Japanese national center researching quantum computer hardware and theory.
Samsung's 6G research hub, leading ISAC and AI-RAN work with Korean operators.
Hosts Intel's Hala Point system and studies neuromorphic computing applications.
Research group studying why we age and how to reverse it, including epigenetic reprogramming.
Built SLIM, the Smart Lander for Investigating Moon, a precision lunar landing demonstrator.
Research on ultralight structures, photovoltaics and wireless power transfer from orbit.
Builds holographic AR displays and neural holography methods.
Reported ambient-pressure superconductivity in strained La3Ni2O7 nickelate films.
Built a RISC-V microprocessor from 5,900 MoS2 transistors.
DOE center working on superconducting qubits and quantum materials.
UK battery research institute funding work on solid-state and sodium-ion cells.
Develops US atomic clocks and time standards, including the record aluminum ion clock.
Develops large behavior models for robots, including work with Boston Dynamics on Atlas.
Irish research institute in Cork working on photonic devices, integration and packaging.
UK national fusion lab at Culham running tritium breeding and materials programs.
UK national lab supporting new reactor and fuel development.
National hub developing quantum sensors and clocks with industry partners.
Frontier Observatory for Research in Geothermal Energy, a field lab for enhanced geothermal research.
Applied research on wireless networks and sensing, partnered with Nokia on 6G work.
Optics school researching optical design used in displays and imaging.
Geneva center accelerating neurotechnologies for neurological and mental health disorders.
Develops DNA nanostructures for drug delivery.
Among the institutions publishing most on Advanced materials, Next-gen batteries, Advanced semiconductors.
Among the institutions publishing most on Advanced materials, Quantum computing, Next-gen batteries.
Among the institutions publishing most on Advanced materials, Next-gen batteries, Quantum computing.
Among the institutions publishing most on Advanced materials, Next-gen batteries, Synthetic biology.
Among the institutions publishing most on Advanced materials, Quantum computing, Quantum sensing.
Among the institutions publishing most on Advanced materials, Next-gen batteries, Quantum sensing.
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Among the institutions publishing most on Advanced materials, Next-gen batteries, Humanoid robots.
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Among the institutions publishing most on Advanced materials.
Among the institutions publishing most on Advanced materials, Next-gen batteries, Space technology.
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Among the institutions publishing most on Next-gen batteries.
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Among the institutions publishing most on Next-gen batteries, Advanced semiconductors.
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Among the institutions publishing most on Nanotechnology, Advanced geothermal.
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Among the institutions publishing most on Nanotechnology.
Among the institutions publishing most on Advanced semiconductors.
Among the institutions publishing most on Quantum sensing.