12 computational-physics-"https:"-"https:"-"https:"-"https:" positions at Nature Careers in India
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Job Title: Associate or Senior Editor, Communications Physics Location: Shanghai, Beijing, Madrid, Pune, Hybrid Working Model Application Deadline: Feb 4th, 2026 About Springer Nature Springer
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research and development efforts. Through a competitive selection process, the program identifies exceptionally talented individuals at various career stages, from recent graduates to experienced researchers
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Job Title: Associate Editor, Discover Journals (Computer Science, Cybersecurity or Networks) Location: Pune/Beijing/Shanghai/Nanjing, Hybrid working model Closing Date: Nov 6th, 2025 About the
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Faculty Positions in School of Al for Science / School of Electronic and Computer Engineering, PKUSZ
for Materials Science, AI for Life Science, and Computational Mathematics. We welcome candidates whose research aligns with these directions and who are eager to contribute to an open, cutting-edge, and cross
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needs and performance. Furthermore, we operate hybrid working, with the city of Birmingham, UK, serving as our hub for physical meetings. Our core values include fostering teamwork, and earning trust in
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Informatics Lab in Doha, Qatar, led by Prof. Younes Mokrab. The role will help drive translation-oriented research in the lab, with a focus on genome-phenome correlations in Middle Eastern populations, with
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in our key strategic fields, including but not limited to: Advanced Integration Technology, Biomedical and Health Engineering, Advanced Computing and Digital Engineering, Biomedicine and Biotechnology
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Notes: Candidates who reach the interview stage for the Overseas Outstanding Young Talents program but are not selected may be included in the NPU Aoxiang Young Fellow program through certain procedures
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engineering unit operation technologies and theories based on new materials”. The program aims to resolve the bottleneck problems in energy, resources and environment that are restraining the sustainable
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The research aims to develop next-generation magnetic recording technologies that achieve ultra-low power consumption and ultra-high recording density. Specifically, we focus on magnetic thin-film devices utilizing magnetization dynamics induced by spin-transfer torque and spin-orbit torque, as...