Stephen P. Thompson
Papers
2
Total Citations
98
H-Index
2
About
Stephen P. Thompson is a leading figure in high-throughput materials discovery and synchrotron-based structural analysis. His research centers on developing rapid, automated methods for synthesizing and characterizing novel nanoceramic materials, with a particular focus on complex oxide systems. Thompson’s most impactful contribution is the invention of the High-Throughput Continuous Hydrothermal (HiTCH) flow synthesis reactor, which enabled the creation of a 66-sample nanoparticle library—an entire phase diagram of nanocrystalline Ce(x)Zr(y)Y(z)O(2-delta)—in under 12 hours. This breakthrough, published in 2009 and garnering 70 citations, revolutionized the speed and efficiency of materials exploration. He further advanced the field by designing high-throughput powder diffraction capabilities on beamline I11 at Diamond Light Source, as detailed in his 2010 paper (28 citations). This work integrated high-brightness X-ray beams, multi-analyser detectors, and fast data-acquisition procedures to deliver high-quality structural data with unprecedented throughput. Thompson’s innovations have significantly accelerated the pace of nanoceramic research, enabling rapid screening of composition-structure-property relationships. His achievements underscore a commitment to pushing the boundaries of experimental materials science, making him a pivotal figure for students and researchers interested in high-throughput methodologies and synchrotron techniques.
Research Focus
Key Achievements
Top Papers
- 1
- 2High-throughput powder diffraction on beamline I11 at Diamond28 citations · 2010