Quantum Computing Book
Textbook Development | Quantum Algorithms | Qiskit Programming
My interest in quantum computing led me to collaborate with researchers on developing educational resources and modernising quantum programming implementations.
I worked on updating legacy Qiskit code from the Springer publication Quantum Algorithms for Cryptographically Significant Boolean Functions: An IBMQ Experience, adapting existing implementations to newer Qiskit frameworks.
I also contributed to An Undergraduate Introduction to Quantum Computing, an undergraduate textbook developed in collaboration with Professor Subhamoy Maitra, Suman Dutta and a fellow student. The manuscript has been submitted to Springer.
My Contributions
As part of this collaborative work, I developed over 35 exercises, 20 Qiskit programming examples, explanations and original diagrams to make quantum computing concepts more accessible to undergraduate students.
Modernising the original textbook’s implementations also provided an opportunity to explore quantum algorithms in greater depth and strengthen my understanding of quantum programming.
A First Look at the Book
Take a look at the cover page of An Undergraduate Introduction to Quantum Computing, co-authored by Professor Subhamoy Maitra, Suman Dutta, Kanishk Dasgupta and Ujan Chowdhury.
Click below to view the book’s cover page.
Explore the Code
The updated Qiskit implementations demonstrate various quantum computing concepts, including quantum gates, circuit operations and algorithms.
Explore the programming examples and quantum circuit visualisations developed as part of this work.
Original Publication
Quantum Algorithms for Cryptographically Significant Boolean Functions: An IBMQ Experience
Published by Springer in 2021, this textbook provided the foundation for my work on modernising quantum algorithm implementations.