PhD position on high-order harmonic generation spectroscopy in noble-gas liquids

Position Overview

We are excited to present an opportunity to contribute to groundbreaking research in attosecond science and strong-field physics at the Laboratory of Physical Chemistry, ETH Zurich. This unique project emphasizes high-order harmonic generation (HHG) in noble-gas liquids, especially liquid helium, targeting the exploration of ultrafast electron dynamics in condensed matter.

Project Background

High-order harmonic generation is pivotal for attosecond science, allowing real-time observation of electron dynamics. While well-established in gases and increasingly in solids, the transition to liquids presents fascinating avenues for studying electron scattering and delocalization. Noble-gas liquids offer a distinctive platform that merges the simplicity of atomic structures with condensed matter density, enabling research in strong-field physics under novel conditions.

Responsibilities

• Design and execute experiments focusing on high-order harmonic generation in both liquid and gas-phase targets.
• Develop and maintain cryogenic liquid-jet systems for noble-gas liquids.
• Utilize advanced ultrafast laser techniques, including few-cycle pulses and two-color fields.
• Analyze experimental data, particularly relating to electron dynamics.
• Innovate new experimental methods within the realm of attosecond spectroscopy.
• Share findings at international conferences and contribute to publications in prestigious journals.

Candidate Profile

• Master's degree in physics, physical chemistry, or a relevant field.
• Demonstrated interest in ultrafast laser science, attosecond physics, or strong-field dynamics.
• Proven experimental skills and a keen motivation for complex laboratory environments.
• Ability to work autonomously and collaboratively within a research team.
• Strong communication abilities in English, both spoken and written.

Preferred Experience

Experience in any of the following areas will be advantageous:

• Ultrafast optics
• Nonlinear optics
• High-order harmonic generation/strong-field physics
• Vacuum technology
• Spectroscopy
• Scientific programming (Python, MATLAB)

Workplace Environment

ETH Zurich, a prestigious institution renowned for its commitment to excellence in education and research, provides access to cutting-edge experimental infrastructure. The research environment is both stimulating and international, with opportunities for collaboration and networking.

What We Offer

• A fully funded position at ETH Zurich, recognized among the world's leading universities.
• Access to state-of-the-art ultrafast laser systems and experimental facilities.
• Engagement in an international research community with strong collaborative ties.
• Opportunities for participation in international conferences and networking.
• Training and supervision in the latest experimental techniques in attosecond science.
• Favorable working conditions in line with ETH Zurich standards.

Diversity and Sustainability

ETH Zurich promotes an inclusive culture that values diversity and equality of opportunity. Our commitment to sustainability drives our efforts towards a climate-neutral future, ensuring a conducive and respectful environment for all staff and students.

Join Us

If you are passionate about pushing the boundaries of ultrafast science and ready to embark on a rewarding research journey, we look forward to hearing from you.

About ETH Zurich

ETH Zurich is a global leader in science and technology, renowned for delivering exceptional education and innovative research. With over 30,000 members from more than 120 countries, we foster an environment that inspires excellence and independent thinking while addressing the world's pressing challenges.