This is a workshop for beginning undergrad or advanced high school students and members of general public who want to learn basics of quantum computers. Prior experience with a higher-level language will be very useful but prior knowledge of quantum computing or quantum physics is not required. A working knowledge of matrices is required. This workshop will feature practical sessions on programming a real quantum computer provided by IBM via cloud. We will have nine sessions on quantum algorithms with hands-on programming sessions. We will introduce participants to basic concepts like qubits, measurements, and quantum gates. We will learn how to construct and interpret quantum circuits. Basic quantum algorithms like Deutsch-Jozsa and Grover search, and key concepts like quantum teleportation, superdense coding, and quantum key distribution will be developed and implemented in python (Jupiter notebook) using Qiskit.
Quantum theory was formulated in the 1920s and 1930s, yet it took about 60 years to discover quantum teleportation. Perhaps, this delayed ‘quantum leap’ can be attributed to the limitations of the prevalent mathematical formalism of quantum theory. Following this Wittgensteinian train of thought, a deeper understanding of quantum physics might be possible if newer mathematical tools are deployed to study it. I will talk about a recently proposed formalism of quantum theory, called Quantum Picturalism. Having its roots in category theory, this pictorial toolbox is based on how systems compose — which sits well with quantum interactions and entanglement. Even though the formalism looks like kindergarten drawings, it makes the study of quantum processes intuitive, can be used to teach a first course in quantum theory and is actively being used to do research in quantum foundations, quantum computing, cognition and even linguistics.
Speaker’s Profile: Muhammad Hamza Waseem is pursuing a DPhil in Condensed Matter Physics as a Rhodes Scholar at the University of Oxford. His research areas are quantum magnonics and hybrid quantum systems. During his undergraduate studies in electrical engineering from UET Lahore, Hamza helped develop pedagogical optics experiments and establishment of a lab at PhysLab, LUMS, and contributed to research on optical metasurfaces at ITU, Lahore. Hamza is also an author (with Dr Muhammad Sabieh Anwar) of the book, Quantum Mechanics in the Single Photon Laboratory, published by the Institute of Physics (IOP). Hamza is also an active Science Communicator, who has co-founded Spectra, an online science magazine and is a key organizer of the KSS Lahore Science Mela series.
The Khwarizmi Science Society (KSS) organized a live talk on 1-Click Quantum Computing at Amazon Web Services (AWS)
by an internationally acclaimed quantum
expert; Prof Dr Michael Kastoryano
who is a Senior Research Scientist
and Worldwide Leader of Quantum Computing at AWS
. Dr Kastoryano is also an Assistant Professor at the Institute of Theoretical Physics, University of Cologne, has a PhD in Quantum Information from the University of Copenhagen and MSc from the Yale University.
The LIVE talk was scheduled on Sunday, 17th January 2021, 2 PM
KhwarizmiScienceSociety and youtube.com/KhwarizmiScienceSoc.
Dr Michael Kastoryano talked about some of the most fascinating concepts of quantum computing and demonstrated how anyone can explore them online using AWS. Dr Kastoryano is also an Assistant Professor at the Institute of Theoretical Physics, University of Cologne, has a PhD in Quantum Information from the University of Copenhagen and MSc from the Yale University.
This is a series of eight lectures, each one hour long conducted through Zoom and exclusively online. No formal background in quantum physics is required, though a self-initiation may help. The course is most useful for students in their F.Sc/A’levels and students of physical sciences and engineering who are interested to learn more about quantum computers.