About Me
Carlos D. Alas pursued studies in computational and theoretical physics, computer science, and mathematics at the University of Southern California, California Polytechnic State University of San Luis Obispo, and Antelope Valley College. Dr. Alas earned his doctorate from the University of Southern California, focusing on the physical principles of membrane mechanics, membrane domain formation, and cellular signal transduction under the guidance of Dr. C. A. Haselwandter. Additionally, Dr. Alas holds a Master’s in Computer Science. Dr. Alas has garnered many accolades in academia, including several research scholarships, a physics subject area award, and a DIA Fellowship. Beyond the academic realm, Dr. Alas has found success in the dynamic field of data science, currently serving as a Senior Associate Data Scientist at The Travelers Indemnity Company. During his moments of leisure, Dr. Alas enjoys exploring the diverse landscapes of the greater Los Angeles area. Whether soaking up the vibrant coastal regions, immersing himself in the tranquility of the Los Angeles National Forest, or occasionally indulging in a low stakes game of billiards, Dr. Alas maintains a well-rounded perspective. In addition to his professional and academic pursuits, Dr. Alas finds joy in culinary exploration and maintains a commitment to aerobic fitness through swimming.
Self-assembly of emerin nanodomains
Could the morphogenesis of Emery-Dreifuss muscular dystrophy be traced back to a Turing instability perturbed by mutations in emerin?
Thermosensing through membrane mechanics
Can the alterations in membrane mechanical properties due to changing temperature be utilized by cells to sense temperature?
Protein-induced bilayer deformations
How can protein shape impact protein-membrane interactions and the stabilization of protein conformational states?
Swimming of microorganisms in quasi-2D membranes
How do microorganisms propagate in quasi-2D membranes?
Playlist: Learn about Thermosensing through membrane mechanics & the Dependence of protein-induced bilayer deformations on protein shape (APS March Meeting talks – Las Vegas 2023 & Chicago 2022)