salary:

39,906 pounds – 44,746 pounds sterling (first row); or

43,482 pounds sterling – 50,253 pounds (r) annually depending on experience

Role

My post -PhD research position is available in high -speed experimental spectral analysis at the University of Bristol University, with the support of Epsrc Grant Ukri2573, Coordination and relationships in the dynamics of optical interaction of the intensive stage. This is part of a joint collaborative project between EPSRC-NSF between Dr. Tom Oliver (Bristol, UK) and Professor Stephen Barawdworth (South California University, USA).

This study will achieve the importance of light-dependent reactions such as the transfer of optical (1) optical charge and photography (2)-decisive processes of optical stimulation, protein design and drug design-at first, transport products are generated by ion couples interconnected with rotation. Since chemical reaction initially generates spatial ions, reactions that depend on time -based exchange, which creates tangles within the ion husband. These rotating dynamics strongly affect the proceeds of the final product, which are significantly selective.

To explore these effects, new multi -dimensional experimental techniques (3) will be developed to read advanced rotation situations and tangle on time domains shorter than now from magnetic resonance experiments. The results will reveal how the quantum mechanical state is printed by light, determining the results of optical reaction to form the products of products and may enable the design of new artificial products with high value.

More details of the Oliver Group can be found on: https://oliverressechgroup.com/

(1) Kilog And others.and C. Chemical. C 128, 6621-6635 (2024)

(2) Komar And others.and C. Chemical. forand 128, 4158-4170 (2024)

(3) Gogo And others.and C. Chemical. A.and 1293537-3551 (2025)

What will you do?

You will conduct high-speed laser experiments at the University of Bristol University- the highest-rated chemistry department at the reference 2021. You will collaborate closely with Professor Stephen Baradorth and his research group at South California University. You will build a two -dimensional and two -dimensional electronic electronic running experiences with a wide range of UV rays. This spectrum will be used to investigate the tangle between the ion pairs that cause light -causing ions in new allergic molecules, aromatic biological molecules and their artificial derivatives. Data from these high -speed experiments will reveal the quantum connections between the interactive materials that are detaining optical that determine the selective product branch of the rotation, thus detecting protein optical mechanisms and the main processes behind optical analysis.

You must apply if

This position is suitable for an early professional researcher with a doctorate degree in physical chemistry and experience with high -speed laser spectral analysis. The following skills and experience are useful for the role: Using high -speed lasers and visual hymns; Knowing non -linear optics. Using hollow fibers. Experience of high -dimensional optical optical analysis; Development of the Labvio control program; The ability to communicate complex information clearly and accurately in English, whether in written or oral models; The ability to work independently and as part of the team.

Additional information

Contract type: Open with a result with fixed financing for 2.5 years

This announcement will be closed in 23:59 UK time On 10/30/2025

For unofficial inquiries, please contact Dr. Tom Oliver (Tom.oliver@bristol.ac.uk))

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