To conduct mesoscale simulations of Li/Na dendrite growth in solid-state batteries and to create machine learning tools to support multiscale modeling for zero-excess solid-state batteries, we are seeking a highly motivated researcher with extensive research experience in mesoscale materials modeling. To solve scientific issues, the candidate should have experience in coding and developing mesoscale computer models (such as CFD, finite element, lattice Boltzmann, and phase-field theory). In addition to working with other Research Fellows and Ph.D. students in Prof. Qiong Cai’s group on mesoscale materials modeling for electrochemical energy devices, the selected candidate will engage with two Research Fellows who specialize in atomistic modeling.

The chosen candidate will play a key role in characterizing structures made of kirigami under dynamic pressures and researching how plasticity affects kirigami behavior. Additionally, they will use this information to create an energy-dissipating system or gadget as a proof of concept. By the experience of the chosen candidate and as applicable, the position will involve experimental, numerical, and theoretical analyses. By co-authoring papers for submission to scholarly publications and giving presentations at international conferences, the applicant will aid in dissemination.

We are searching for applicants who can show good research in one or more of the aforementioned fields, supported by a solid record of publications.

Mid-sized business school Surrey Business School has about 120 international academic staff members and a very close-knit community. The university holds the Advance HE Athena SWAN bronze award and is accredited by the AACSB, AMBA, and AMBA. By fusing the rigor of good teaching with the advantages of a technology-driven institution with the rigor of high-quality impactful research, we inspire positive change in business and society, individuals and organizations, locally and worldwide. According to the Times Higher Education World University Rankings 2023 by subject, we are among the top 10 business and economics universities in the United Kingdom.

The 5G/6GIC’s home base, the Institute for Communication Systems (ICS), is seeking to hire an RA2 Research Fellow in Advanced Wireless Communications. The chosen candidate will work on modeling and 5G and 6G wireless communication technologies. The largest academic research center in Europe, ICS is a one-stop shop for all things ICT (Information and Communication Technologies). More than 200 researchers who are experts in all communication and broadcasting systems call it home. It has created the best large-scale testbeds for research and innovation and makes use of cutting-edge lab and computing equipment.

The 5G/6GIC’s home base, the Institute for Communication Systems (ICS), is seeking to hire an RA2 Research Fellow in Surface Electromagnetics. The chosen applicant will participate in a project that aims to develop, produce, and put into use innovative SEM-based structures for various frequencies and 6G communication applications. The largest academic research center in Europe, ICS is a one-stop shop for all things ICT (Information and Communication Technologies). More than 200 researchers who are experts in all communication and broadcasting systems call it home. It has created the best large-scale testbeds for research and innovation and makes use of cutting-edge lab and computing equipment.

Together with Dr. Chris Askew (University of Surrey), Prof. Andy Field, and Dr. Kathryn Lester (University of Sussex), the postholder will engage in four-year ESRC-funded research.To understand how youngsters (aged 7 to 10) learn through imitation and reduce their fear, the research is looking into risk and resilience elements. The study’s goal is to pinpoint the exact combination of parenting style, parent temperament, and child temperament elements that affect the levels of fear that are vicariously learnd to increase and decrease.The results of the study should help us better understand how fear is passed down through families and help us pinpoint the elements that make kids more resilient or more prone to developing fear.