If you hold a PhD and are on the lookout for postdoctoral fellowships, RIKEN in Saitama, Japan offers an exceptional opportunity to advance your research career. RIKEN, one of Japan’s most prestigious research institutions, is renowned for its cutting-edge scientific contributions and interdisciplinary approach. With several postdoctoral positions currently open, RIKEN invites applications from talented and passionate researchers worldwide.
These positions span a wide array of research fields, including life sciences, materials science, physics, chemistry, and computational science. Each role provides a unique platform to engage in innovative projects, collaborate with leading scientists, and access state-of-the-art facilities. RIKEN’s commitment to fostering a dynamic and supportive research environment ensures that postdoctoral fellows can focus on groundbreaking research while benefiting from professional development and networking opportunities.
Submitting your application to RIKEN not only places you in a hub of scientific excellence but also offers the chance to immerse yourself in the rich cultural and academic life of Japan. Whether you’re interested in fundamental research or applied science, RIKEN’s diverse and inclusive community is dedicated to pushing the boundaries of knowledge and technology. Don’t miss the chance to join a world-class research institution; explore these exciting postdoctoral opportunities and submit your application soon.
1. Postdoctoral Position in Star and Planet Formation Research
Star formation is one of the most critical processes in the creation of cosmic structures. Utilizing advanced radio telescopes, including ALMA, researchers are investigating the chemical evolution that occurs during star and planet formation. The research aims to uncover the mechanisms driving these processes with the aid of sophisticated physicochemical tools.
Key questions in this field include: When and how does a disk structure form around a protostar? How does this disk evolve into a protoplanetary disk and eventually a planetary system? How do chemical compositions transform throughout these stages? Addressing these questions is crucial for understanding the origins of the Solar System and the potential for life.
This research not only provides insights into the fundamental processes of star and planet formation but also contributes to the broader understanding of the universe’s evolution. This postdoctoral position offers a unique opportunity to be at the forefront of astrophysical research, utilizing cutting-edge technology and methodologies. Those passionate about exploring the cosmos and uncovering its secrets are encouraged to consider applying for this exciting position in the field of star and planet formation research.
2. Postdoctoral Position at RIKEN Center for Quantum Computing
The RIKEN Center for Quantum Computing (RQC) aims to advance the understanding of quantum mechanics and quantum information, develop techniques for quantum control and measurement, build quantum computing hardware and software, and explore novel applications. Superconducting qubits, with their high degree of freedom in circuit design and the ability for local control and quantum state readout, are central to this mission.
3. Postdoctoral Position in Optical Quantum Control Research
This research team is dedicated to advancing optical quantum control technology with the goal of developing an optical quantum computer. Quantum systems are highly sensitive to environmental disturbances and measurements, making it crucial to develop sophisticated quantum control techniques to manipulate quantum states effectively.
The team’s objectives include developing high-fidelity quantum measurement and estimation methods, along with coherent and measurement-based control techniques. These advancements aim to enhance the performance of optical quantum computing and quantum information technologies. The focus is on achieving precise manipulation of quantum states to overcome the inherent challenges posed by environmental interactions.
This postdoctoral position offers an exciting opportunity to contribute to groundbreaking research in optical quantum computing. Researchers will engage in the development of innovative control techniques that could pave the way for significant advancements in quantum information technology. This role is ideal for those passionate about pushing the boundaries of what is possible in the realm of quantum computing.
Researchers are leveraging these properties to develop small-scale quantum analog simulators designed to simulate macroscopic material properties. Additionally, the study of non-equilibrium quantum dynamics within these circuits is a key focus. This research is crucial for pushing the boundaries of quantum computing and discovering new applications. This postdoctoral position offers a unique opportunity to contribute to cutting-edge quantum research and development, utilizing advanced techniques and technologies in a leading research environment.
4. Postdoctoral Position in Developmental Genetics Research
The Developmental Genetics Research Group focuses on understanding the epigenetic regulation of organ development and stem cell functions through Polycomb group (PcG) proteins and DNA methylation mechanisms. The research aims to uncover how these processes influence growth and development at the genetic level.
In addition to its research initiatives, the group manages the animal facility at the Yokohama Institute, which includes services such as cryopreservation and the generation of genetic resources. The facility also supports human iPS cell research, providing crucial resources for advanced genetic studies.
This postdoctoral position offers an opportunity to engage in cutting-edge research and contribute to the understanding of developmental genetics and epigenetics.
5. Postdoctoral Position in Advanced Analytical Research
Specializing in X-ray crystal structure analysis, electron microscopy, and elemental analysis, this team offers comprehensive research support. Rather than merely executing routine tasks, they collaborate closely with researchers to achieve specific research goals and derive new insights from their findings.
Their proactive approach extends to developing innovative measurement methods, aimed at enhancing analytical capabilities and advancing scientific discovery. This postdoctoral opportunity invites researchers interested in leveraging advanced analytical techniques to tackle complex scientific challenges and contribute to cutting-edge research initiatives.
6. Postdoctoral Position in Quantum Software Engineering Science
Specializing in quantum software engineering science, this team plays a crucial role in advancing quantum computing capabilities. Their current focus involves developing foundational technologies to harness the potential performance of quantum computers, both existing and anticipated in the near future. Applications span across fundamental physics, quantum chemistry, and quantum machine learning.
Looking ahead, their research agenda includes pioneering efforts in quantum computer architectures, quantum error correction techniques, and optimizing quantum circuits. These endeavors aim to pave the way for scalable and fault-tolerant quantum computing systems.
This postdoctoral opportunity invites researchers passionate about quantum computing and its transformative potential across scientific disciplines. Join this dynamic team to contribute to cutting-edge advancements in quantum software engineering, shaping the future of computing technology.
7. Postdoctoral Position in Cognitive Neuroscience Research
Researching the brain mechanisms underlying learning and higher cognitive functions in humans, this team explores the interactions between conscious and subconscious processing. Employing diverse research methodologies such as psychophysics, neuroimaging, brain stimulation, and machine learning, they aim to unravel these complex cognitive processes.
Motivated scholars with a robust background in relevant fields are invited to join their research endeavors. This postdoctoral opportunity offers a chance to contribute to cutting-edge research in cognitive neuroscience, exploring fundamental questions about human cognition and brain function.
8. Postdoctoral Position at RIKEN Center for Computational Science
The RIKEN Center for Computational Science (R-CCS), under the leadership of Center Director Satoshi Matsuoka, serves as a global focal point for computational science, advocating for “science of computing, by computing, and for computing.” R-CCS places emphasis on leveraging RIKEN’s strengths in technology (R-CCS technology) and software development (R-CCS software) to drive advancements across science, technology, industry, and society.
Central to R-CCS’s mission is the continuous development and dissemination of these technologies both domestically and internationally. The center aims to generate impactful outcomes through pioneering research in computational science, fostering collaborations that transcend disciplinary boundaries.
This postdoctoral opportunity invites researchers to join a vibrant community at the forefront of computational science. Candidates will contribute to advancing technological frontiers and shaping the future of computing-driven scientific discovery and innovation.
9. Postdoctoral Position in Quantum-HPC Hybrid Platform Development
Established on April 1, 2023, the Quantum-HPC Hybrid Platform Division (Quantum-HPC PF Div.) is dedicated to designing and developing an innovative Quantum-HPC Hybrid platform. This platform represents a new computational infrastructure aimed at significantly expanding the computable domain by tightly integrating a Quantum Computer (QC) with a supercomputer (HPC).
The division’s missions encompass the development of essential software stacks necessary for realizing the Quantum-HPC Hybrid platform. This includes enhancing the platform’s usability and optimizing its operational environment to facilitate seamless integration and efficient utilization of quantum and classical computing resources.
This postdoctoral opportunity invites researchers to contribute to pioneering advancements in computational infrastructure. Join us in shaping the future of computing technology, where quantum and high-performance computing converge to push the boundaries of scientific discovery and computational capability.
10. Postdoctoral Position in Experimental Quantum Information Processing
Specializing in quantum information processing, this research group investigates quantum state control and physical properties such as coherence, spin correlations, and many-body effects in semiconductor quantum dots. Their research focuses on controlling and detecting electronic coherence.
Currently, they are seeking a motivated postdoctoral researcher with expertise in experimental research on low-dimensional electronic systems, particularly electronic states and electrical conduction of quantum dots, as well as quantum information processing.
The position involves conducting advanced experiments to explore the physics and fundamental technologies underlying spin quantum computation using silicon quantum dots. Responsibilities include developing techniques for manipulating and measuring quantum states in semiconductor quantum dots, contributing to advancements in quantum information science.
This postdoctoral opportunity provides an engaging environment to collaborate with a dedicated team of researchers at the forefront of quantum computing research. It offers a chance to contribute to the field’s evolution, aiming to achieve practical applications in computation and beyond.
11. Postdoctoral Position at RIKEN Center for Computational Science
The RIKEN Center for Computational Science (R-CCS), under the leadership of Center Director Satoshi Matsuoka, serves as a global hub for advancing computational science principles of “science of computing, by computing, and for computing.” R-CCS strategically positions RIKEN’s technological strengths (R-CCS technology) and software innovations (R-CCS software) as integral components driving comprehensive advancements in computational science.
R-CCS is dedicated to the continual development, dissemination, and application of these technologies on both national and international scales. By focusing on these core competencies, R-CCS aims to catalyze transformative impacts across scientific research, technological innovation, industrial applications, and societal advancements.
This postdoctoral opportunity invites researchers to join a dynamic environment committed to pioneering advancements in computational science. Candidates will have the opportunity to contribute to cutting-edge research initiatives that leverage R-CCS technology and software to address complex challenges and drive significant progress in computational methodologies.
12. Postdoctoral Position at RIKEN Nishina Center for Accelerator-Based Science
Founded over 80 years ago by Dr. Yoshio Nishina, the RIKEN Nishina Center for Accelerator-Based Science focuses on advancing science and technology related to “element transmutation.” The center addresses two fundamental questions: “How are elements created in the universe?” and “Can human beings freely transmute elements?”
By sharing research findings with society, the center aims to contribute solutions to global challenges in environmental sustainability, energy resources, and materials scarcity faced by humanity.
This postdoctoral opportunity invites researchers to engage in groundbreaking research at the forefront of accelerator-based science. Candidates will have the chance to delve into the mysteries of element creation and transformation, contributing to advancements in scientific knowledge and potential applications in addressing critical global issues.
13. Postdoctoral Position at RIKEN Center for Quantum Computing (RQC)
The RIKEN Center for Quantum Computing (RQC) pursues a mission to deepen understanding of quantum mechanics and quantum information, developing techniques for quantum control, measurement, and the construction of quantum computing hardware and software. The center supports fundamental research in quantum information science and aims to apply quantum technology for societal advancements.
Research at RQC focuses on theoretical investigations into fault-tolerant quantum computation and its physical implementation, including algorithm development for designing quantum computer architectures. Efforts also extend to integrating quantum and classical computing systems to facilitate the early realization of practical quantum computers.
This postdoctoral opportunity invites researchers to explore the forefront of quantum computing. Candidates can contribute to transformative research initiatives aimed at realizing practical quantum technologies and advancing the understanding of quantum information science. Join this endeavor to drive innovations that could reshape computational capabilities and address complex challenges in various domains.
Application Deadline: Open Until Filled
This job opportunities offer flexibility in its application deadline, remaining open until the position is satisfactorily filled. Prospective candidates are encouraged to submit their applications promptly, as the review process begins immediately. This allows for an ongoing assessment of applications, ensuring each submission receives thorough consideration. Applicants should prepare their materials diligently, highlighting their qualifications and research interests relevant to the position. The open-ended nature of the deadline offers an opportunity for qualified individuals to apply at their earliest convenience, facilitating a comprehensive and efficient selection process.