job description
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{‘project_introduction’: ‘When atoms are cooled to nanokelvin temperatures, their quantum wave-like properties become prominent. At sufficiently high densities with de Broglie wavelength overlap, quantum degenerate gases form: Bose-Einstein condensate (BEC) for bosons and degenerate Fermi gas for fermions. The University of Amsterdam is exploring a unique atomic mixture of rubidium (Rb) and strontium (Sr). The long-term goal is to combine these two species to form RbSr molecules. Key milestones in this field include the discovery of Feshbach resonances in this mixture (Nat. Phys. 14, 881 (2018)). Subsequently, the team has developed several key techniques and new tools (see Rev. Sci. Instr. 94, 073202 (2023) and the recent PhD thesis of Premjith Thekkeppatt).’, ‘your_work’: “Your primary objective is to explore various possibilities already identified in our RbSr mixture system. We will utilize the recently implemented technique of stable 87Rb-87Sr (boson-fermion) interaction under an optical lattice confinement. Research topics include: – Further reducing dimensionality via optical tweezers (optical lattices and/or optical tweezers) and studying their effects. – Using our developed high-resolution multi-wavelength microscope to increase detection sensitivity for both atomic species. – Producing weakly bound RbSr molecules via the ‘confinement-induced resonance’ method. – Preparing ground-state molecules using the ‘optical transfer technique for absolute zero state’. – Exploring the physical properties of strongly interacting boson-fermion mixtures in this system.”, ‘project_context’: ‘This project is embedded in the ultracold atoms part of the Dutch Quantum Technology programme (QDNL). You will have the opportunity to engage with many interesting topics related to PhD projects, particularly strong synergies with the strontium BEC group and hybrid atom-ion projects. Your PhD research will benefit from these collaborative activities.’}
offer requirements
[“Recently obtained Master’s degree in Physics, with research direction in experimental ultracold atoms or trapped ions physics.”, ‘Excellent team collaboration skills.’, ‘Proactive work attitude and good time management ability.’, ‘Excellent oral and written English communication skills.’, ‘Some experience in data analysis.’, “Strong recommendation letter from the Master’s thesis supervisor.”, ‘Additional advantageous skills: Programming skills, including C, C++, Python, Matlab, Mathematica, etc., for building experimental control systems, data analysis systems, and performing numerical simulations.’]
offer benefits/salary
[‘A temporary contract for 38 hours per week for the duration of 4 years (initially 18 months, extendable to a total of 4 years after satisfactory evaluation).’, ‘Based on 38 hours/week, the gross monthly salary ranges from €3,059 to €3,881 (scale P).’, ‘Additional benefits include an 8% holiday allowance and an 8.3% year-end bonus.’, “Non-Dutch applicants may qualify for the favorable ‘30% ruling’ tax policy.”, ‘The position will lead you to complete a PhD thesis.’, ‘The university will design an education plan for you, including course study and participation in (international) conferences.’, “You will have the opportunity to assist in teaching undergraduate and master’s students.”, ‘232 hours of paid leave per year.’, ‘Maternity leave, partner leave, and civic engagement leave.’, ‘Generous ABP pension scheme.’, ‘Rich career development opportunities, including training courses and University of Amsterdam public lectures.’, ‘Family support services, including childcare, school information, health insurance, partner employment support, and training, social and networking activities through the IDC network.’]