Malay Singh Email & Phone Number

Munich, Bavaria, Germany

PhD fellow within the Marie Skłodowska-Curie ITN “MOQS - MOlecular Quantum Simulations”.Working at the Walther-Meißner-Institute in the group of Prof. Stefan Filipp on Quantum Computing with Superconducting Qubits. The aim is to develop scalable techniques for conducting quantum chemistry experiments on NISQ era devices. 1. Developing state of the art control and analysis software for quantum experiments. 3. Development of characterization & calibration measurements. 4. Developing pulse-protocols for fast two-qubit gates on the superconducting qubit and tunable coupler platform.5. Implementation of a variational algorithm for time dynamics on a near-term quantum processor.

Munich, Bavaria, Germany

Carrying out the research towards my PhD.

Garching, Bavaria, Germany

Gearing up to start my PhD.

Eindhoven Area, Netherlands

Design Engineer in the Leveling NPI group. Developing Metrology Software.Task: Developing and Prototyping Algorithms using MATLAB.

Eindhoven Area, Netherlands

Internship project at the Leveling NPI group.An important Function at the leveling group is to produce height map(wafer map) measurements of the wafer prior to exposure. I am designing a new algorithm to combine partial wafermaps that have been corrupted due to a contamination on the wafer.

Delft Area, Netherlands

Towards accurate Variational Quantum Simulation of hydrogen molecule with Superconducting Qubits. (Adviser: Prof. Leonardo Di Carlo, Qutech, TU Delft, Sept ‘17 to June '18)Goal was simulate a Hydrogen molecule on a small quantum processor and predict the ground state energy up to the benchmark of chemical accuracy. Quantum computers are much more sensitive to errors as compared to classical computers. To increase accuracy, we designed and implemented a low cost error mitigation algorithm, which used the parity symmetry of the solution states of hydrogen molecule, on a 2 Qubit quantum processor.I co-developed the code-base for measurement control and data analysis specific to the experiment, in python. In particular fast quantum state tomography and automation tools for collection of data.Performed low noise microwave measurement of superconducting qubits at milli-Kelvin temperature, to implement the algorithm.

Mumbai Area, India

Grade: 10/10.Conducted research for my Undergraduate thesis at the Quantum Measurement and control laborator under the supervision of Prof. Rajamani Vijayraghavan. Worked on weak continuous measurements of superconducting qubits, with the goal of extracting protocols for measuring weak values and using them for metrology. Used extensive monte-carlo simulations (in MATLAB) to design a protocol to measure complex weak values in superconducting qubits. Gained hands on exposurewith signal processing, low noise microwave measurements, and programming control electronics using LabView.

Bangalore Urban, Karnataka, India

I spent a summer studying dynamical decoupling sequences at the NMR group of Prof. Anil Kumar. In particular the goal was to find efficient algorithms that decompose a given unitary into a sequence single and two qubit gates with embedded dynamical decoupling sequences.

Pilani, Rajasthan

Bandhana started as our answer to the question, Can public policy implementations be made more data-driven? The first step was to aid organizations committed to ensuring that public policies are having the impact that were designed for, was to speed up the data collection, which is mostly done on paper.We developed an android app based on open data kit, to record surveys and analysed the collected data on the backend. In 2014, for our pilot-project we helped Pratham, an NGO focused on education to collect data on learning levels of primary school students. We won the Tata-NEN First Dot National Startup Challenge 2014.I interacted with clients, drew up business plans, gave presentations at business plan competitions and developed an intuition for the next-steps liberal democracies need to take in order to become more efficient.

Doctor Of Philosophy - Phd, Quantum Computing With Superconducting Qubits.

Master'S Degree, Engineering Physics/Applied Physics

Masters student in Research and development track in Applied physics specializing in Quantum Nano science.

Physics

Activities and Societies: Project coordinator Physics association. Astro club member. Renewable Energy Club member. Radio astronomy winter.

High School Diploma, Physics

Activities and Societies: Gold medal @ National Science Olympiad 2008- All India Rank 52. Scholar Badge for 7 years in a row. Scholar.