Ankita Negi

• Designed and implemented advanced Python algorithms for signal extraction and large-scale data analysis on high-performance computing (HPC) clusters for the development of TimePix4 photon detector. • Developed standardized and modular Python libraries for calibration, and modeling of X-ray quantum optics experiments on photon down conversion. • Develop a phase retrieval crystallography algorithm to study the electron response of diamonds when simultaneously hit by X-ray and visible light. • Planned adv

PhD fellow under the Data science in Hamburg Hemholtz Graduate School for the Structure of Matter (DASHH). My thesis was based on solving the inverse problem of reconstructing the response of materials at nuclear resonance from their measured scattered intensities in the Fourier space.

Primary specialization: Theoretical Condensed matter physics Secondary specialization: Biophysics For my Master thesis, I numerically investigated emergence of different phases in topological insulators in the presence of disorder.

• Member of Collaborative Research Center (CRC) 183 2 -Entangled States of matter. • Conducted parallel simulations on topological materials on HPC clusters; assisted in student tutorials.

• Applied least-squares fitting algorithms and statistical models to analyze radio telescope data and create accurate mass distribution models for spiral galaxies.

• Used Time of Flight (TOF) measurements to evaluate the outcomes of atomic gas collision experiments.