The University of Technology Sydney (UTS) is inviting applications for an 18-24-month, full-time Postdoctoral Research Associate / Fellow position in Upconversion Quantum Microscopy.About the RoleAs the Postdoctoral Research Associate/Fellow inUpconversion Quantum Microscopy, you will work under the supervisor of . Your main focus will be on developing a new Quantum Microscopy technique utilizing near-infrared photon pairs as an excitation source and conducting systematic assessments of various upconversion nanomaterials through the Quantum Microscopy.
Detailed DescriptionWhy QUBIC?Join the QUBIC and dive into the intersection of quantum physics and biotechnology. As a part of our team, you'll lead the world in applying quantum principles to unlock key mysteries in biology and medicine. From developing ultra-sensitive protein sensors to super-fast brain imagers, we're rewriting the rules of science. Collaborate with global leaders, access top-notch resources, and drive innovation that impacts the future of healthcare and beyond. At QUBIC, you're not just a researcher; you're a visionary shaping the next frontier of quantum biotechnology.About youAs the Postdoctoral Research Associate/Fellow you will play a key role in producing high-quality scientific research outputs that contribute to solving real-world problems and addressing specific industry needs in the biomedical technology and quantum biosensors fields.The successful candidate will have the following requirements:
- Doctoral qualifications in quantum physics, quantum optics, optics engineering, nanophononics, or optical spectroscopy.
- Ability to undertake original research, as evidenced by timely and high-quality outputs.
- Comprehensive knowledge and skills in optical engineering.
- Hands-on skills in building wide-field, confocal, or super-resolution fluorescence microscopy systems; ability to identify and resolve issues related to optical alignment, electronics, and software.
- understanding and utilising sources of quantum light, such as single-photon sources or entangled photon pairs.
- Knowledge of coherence properties in quantum optics
- Knowledge of integrating quantum principles into fluorescence microscopy for quantum-enhanced imaging.