The Molecular Foundry at Lawrence Berkeley National Laboratory (Berkeley Lab)
is recruiting three postdoctoral fellows to develop novel nanoparticles and
imaging methodology for ultra-high resolution microscopy. This includes studies
of the subcellular structures of neurons responsible for electrical signaling
and communication.
The postdoctoral researchers will work together to examine axonal nanodomains
critical for propagating electrical signals and synaptic adhesion zones responsible
for intercellular communication, developing and applying unique and sophisticated
imaging techniques based on specially synthesized optical probes, plasmonically
enhanced nanophotonics, and low-force multimodal scanned probe microscopy, techniques
currently emergent at the Molecular Foundry.
We welcome applications from interdisciplinary thinkers with expertise in at
least one of the following fields: nanoparticle synthesis, nanophotonics, nanofabrication,
plasma etching, scanned probe microscopy of soft materials, MEMS, and control
theory. The Molecular Foundry is an interdisciplinary and highly collaborative
nanoscience research facility, and researchers will be expected to complement
one another's skills and expertise, working together to develop powerful new
methodology and probes for use at the Foundry and beyond.
Key Responsibilities
- Synthesize and characterize nanoparticles for biological imaging.
- Apply practical knowledge of microscopy and spectroscopy, nanoparticle passivation
chemistry, and glovebox manipulations.
- Work collaboratively, reporting results internally to fellow researchers
and externally through monthly meetings, conference presentations, and peer-reviewed
publications.
Qualifications
- Recent Ph.D. in Chemistry, Materials Science, or a related field with an
emphasis in nanoparticle synthesis, spectroscopy or imaging
- Critical analysis and communication skills should be demonstrated through
research publications in peer reviewed journals.
- In addition to strong laboratory experience in related research, the successful
candidates should have demonstrated ability to work in a cross-disciplinary
team and to communicate ideas and results effectively.
- Ability to train others (postdocs, students, staff, etc.) in her or his
field of expertise and in the use of laboratory equipment is helpful.
- Some knowledge of cell culture and neurobiology is desirable.
Note - These are one-year appointments with the possibility of renewal based
upon satisfactory job performance, continuing availability of funds, and on-going
operational needs.
