Papers
2
Total Citations
96
H-Index
2
About
Xavier Mulet is a leading figure in the high-throughput discovery and development of self-assembling amphiphilic materials, a field where his work has fundamentally accelerated the pace of research. His major contributions center on overcoming the traditional, labor-intensive bottlenecks in synthesizing and characterizing complex lipidic systems, particularly lyotropic liquid crystalline phases like the cubic phase. By pioneering the use of standard liquid handling robotics to manage highly viscous materials, Mulet enabled the rapid, combinatorial production and structural characterization of vast libraries of these nanostructured materials. His seminal papers, including "High-Throughput Development of Amphiphile Self-Assembly Materials" (53 citations) and "High-Throughput Production and Structural Characterization of Libraries of Self-Assembly Lipidic Cubic Phase Materials" (43 citations), are foundational texts in the field. This work has not only streamlined fundamental research into amphiphile behavior but also opened new avenues for high-speed formulation and application development, establishing Mulet as a key innovator in materials chemistry and drug delivery science.
Research Focus
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