Brookhaven National Laboratory

Staff Scientist- mK Scanning Probe Microscope

UPTON, NYPosted a month ago

Job summary

  • Job post source

    This job is directly from Brookhaven National Laboratory

  • Job overview

    The Staff Scientist role at Brookhaven National Laboratory involves leading research on quantum materials at milliKelvin temperatures using a new scanning probe microscope, impacting advanced material studies and quantum device performance.

  • Responsibilities and impact

    The candidate will lead the acquisition and commissioning of a milliKelvin scanning probe microscope, conduct research on quantum material properties at low temperatures, and study high frequency spectro-microscopy of quantum circuit materials including superconducting qubits and microwave resonators.

  • Compensation and benefits

    The position offers a salary range of $103,650 to $130,000 per year with compensation based on qualifications, education, and experience, along with fair and competitive benefits.

  • Experience and skills

    Candidates must have a Ph.D. in Physics or Electrical Engineering with at least 2 years of postdoctoral experience, expertise in low temperature measurements, and strong knowledge of superconductivity and quantum material science; preferred skills include teamwork, independent work, effective communication, high-frequency spectroscopy instrumentation, and low temperature scanning probe microscopy.

  • Work environment and culture

    The role involves collaboration with CFN staff and user community, emphasizing teamwork and independent work in a scientific research environment at Brookhaven National Laboratory.

  • Company information

    Brookhaven National Laboratory is a research institution focused on advanced scientific projects including quantum materials and device performance studies at the Center for Functional Nanomaterials.

  • Team overview

    The candidate will work under the supervision of Dario Stacchiola and collaborate closely with CFN staff and experimental groups in C2QA, engaging with a team focused on quantum materials research.

  • Job location and travel

    The position is on-site at the Center for Functional Nanomaterials at Brookhaven National Laboratory.

  • Unique job features

    The job involves commissioning and leading research with a cutting-edge milliKelvin scanning probe microscope to study quantum materials and devices, a unique opportunity in advanced quantum material research.

Company overview

Brookhaven National Laboratory (BNL) is a multidisciplinary research institution primarily funded by the U.S. Department of Energy. It focuses on scientific research in areas such as nuclear and particle physics, energy science, and environmental research. Established in 1947, BNL has a rich history of scientific achievements, including several Nobel Prizes. The laboratory generates revenue through government funding, grants, and partnerships with academic and industrial organizations, contributing significantly to advancements in science and technology.

How to land this job

  • Position your resume to highlight your expertise in low temperature measurements, particularly at milliKelvin temperatures, and your experience with scanning probe microscopy and high-frequency spectroscopy relevant to quantum materials and superconducting devices.

  • Emphasize your Ph.D. credentials in Physics or Electrical Engineering along with post-doctoral research experience, focusing on superconductivity, quantum material science, and instrumentation for micro-spectroscopy.

  • Apply through multiple platforms including Brookhaven National Laboratory’s official careers page and LinkedIn to maximize your application visibility and chances of consideration.

  • Connect with researchers and staff at the Center for Functional Nanomaterials on LinkedIn; use ice breakers like referencing recent CFN publications or expressing enthusiasm about their work with quantum circuits and mK scanning probe microscopes.

  • Optimize your resume for ATS by incorporating keywords such as 'milliKelvin scanning probe microscope,' 'quantum materials,' 'superconducting qubits,' 'high-frequency spectroscopy,' and 'low temperature measurements' to pass initial screenings effectively.

  • Use Jennie Johnson's Power Apply feature to automate applying on multiple sites, tailor your resume with relevant keywords, and identify key LinkedIn contacts, allowing you to focus more on networking and interview preparation.

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