The Quantum Revolution: From Secret Codes to Black Holes (CCST9077)
Level: undergraduate
Degree: Common Core, The University of Hong Kong
Time: Fall Semester
Hours: 39
Video trailer
Description:
We live in the age of information. But do you really know what information is, at its most fundamental level? Do you know what role information plays in the fundamental laws of nature? Have you ever thought that the world around us, from tiny particles to enormous galaxies, could be made of information? This course explores the fascinating interplay between information and fundamental physics, making connections with everyday life, art, literature, and popular culture. We will learn about a new type of information, called quantum information, which arises in the world of elementary particles, and promises to have huge impact on society and everyday life. We will see that fundamental questions about quantum information and the nature of reality have led to the invention of powerful new technologies, such as secret communication systems that cannot be decrypted by any hacker, and ultrapowerful computers that will overcome nowaday’s best supercomputers. Finally, we will explore how quantum information is changing our view of the universe, transforming our notions of space, time, cause and effect.
Do not worry: the course will not use any equations or any physics knowledge. All the ideas will be explained in simple, friendly terms that can be grasped by students of all majors.
Degree: Common Core, The University of Hong Kong
Time: Fall Semester
Hours: 39
Video trailer
Description:
We live in the age of information. But do you really know what information is, at its most fundamental level? Do you know what role information plays in the fundamental laws of nature? Have you ever thought that the world around us, from tiny particles to enormous galaxies, could be made of information? This course explores the fascinating interplay between information and fundamental physics, making connections with everyday life, art, literature, and popular culture. We will learn about a new type of information, called quantum information, which arises in the world of elementary particles, and promises to have huge impact on society and everyday life. We will see that fundamental questions about quantum information and the nature of reality have led to the invention of powerful new technologies, such as secret communication systems that cannot be decrypted by any hacker, and ultrapowerful computers that will overcome nowaday’s best supercomputers. Finally, we will explore how quantum information is changing our view of the universe, transforming our notions of space, time, cause and effect.
Do not worry: the course will not use any equations or any physics knowledge. All the ideas will be explained in simple, friendly terms that can be grasped by students of all majors.
Quantum Information and Computation (COMP3316/CSIS3316)
Level: undergraduate
Degree: Computer Science, The University of Hong Kong
Time: Spring Semester
Hours: 39
Description:
The course offers a gentle introduction to the field of quantum information and computation. We will start from the basic principles of quantum theory and explore the counterintuitive notions of quantum superposition and entanglement. Once the basics have been established, we will approach the cornerstones of quantum information theory: quantum cloning, quantum teleportation, quantum state discrimination, quantum error correction, quantum cryptography, and quantum algorithms, including Grover's quantum search algorithm and Shor's algorithm for prime factorization in polynomial time.
No prerequisite in quantum mechanics required.
Degree: Computer Science, The University of Hong Kong
Time: Spring Semester
Hours: 39
Description:
The course offers a gentle introduction to the field of quantum information and computation. We will start from the basic principles of quantum theory and explore the counterintuitive notions of quantum superposition and entanglement. Once the basics have been established, we will approach the cornerstones of quantum information theory: quantum cloning, quantum teleportation, quantum state discrimination, quantum error correction, quantum cryptography, and quantum algorithms, including Grover's quantum search algorithm and Shor's algorithm for prime factorization in polynomial time.
No prerequisite in quantum mechanics required.
Discrete Mathematics (COMP2121/CSIS1121)
Level: undergraduate
Degree: Computer Science, The University of Hong Kong
Time: Fall Semester
Hours: 39
Description:
This course provides students a solid background on discrete mathematics and structures pertinent to computer science. Topics include: logic, set theory, mathematical reasoning, counting techniques, discrete probability, trees, graphs, and related algorithms.
Degree: Computer Science, The University of Hong Kong
Time: Fall Semester
Hours: 39
Description:
This course provides students a solid background on discrete mathematics and structures pertinent to computer science. Topics include: logic, set theory, mathematical reasoning, counting techniques, discrete probability, trees, graphs, and related algorithms.
A new kind of information theory (045)
Level: graduate
Degree: Engineering Science, University of Palermo
Time: 2022/2023
Hours: 8
Description:
This short course provides an overview of some frontier topics in quantum information theory, including: (1) quantum supermaps and the quantum switch, (2) indefinite time direction, and... (stay tuned for updates!)
Degree: Engineering Science, University of Palermo
Time: 2022/2023
Hours: 8
Description:
This short course provides an overview of some frontier topics in quantum information theory, including: (1) quantum supermaps and the quantum switch, (2) indefinite time direction, and... (stay tuned for updates!)
