Unpredictable? Randomness, Chance and Free Will
National University of Singapore via Coursera
Overview
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This cross-disciplinary course deals with the undetermined, the unpredictable -- or what appears to be such. Among the questions that will be addressed are:
- How is randomness defined?
- How has randomness, often seen as a nuisance, become a useful resource for communication and computing? How is it generated?
- How can physicists make the astounding claim that there is real randomness in nature?
- Can our apparently free acts be predicted by monitoring the activity of the brain?
Syllabus
Lecture 1: Basic of randomness
- History of randomness
- The fair coin as ideal case
- Definitions of randomness
- Review of various tasks in which randomness is used
- Randomized algorithms and de-randomization
- Cryptography: randomness for secrecy
- Zero-knowledge proofs
- The biased coin and other weaker sources of randomness
- Amount of randomness: min-entropy
- Extraction of randomness
- Definition of "noise"
- Thermal noise: example of a resistor
- How to extract random numbers from thermal fluctuations
- Physical (in)determinism
- Definition and examples of chaos
- Overview of quantum physics
- Single-particle interferences (Mach-Zehnder, double slit)
- Uncertainty
- Bell's theorem and its implication
- Elements of quantum information science
- Measurement independence
- Quanta in the brain?
- Libet's experiments
Taught by
Valerio Scarani
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Reviews
4.0 rating, based on 4 reviews
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Krassimir Kostadinov
Krassimir Kostadinov completed this course.
The course introduces the interface between modern Science (in particular Physics) and Philosophy with respect to topics around randomness, chance, and (un-)predictability. It gives a unique perspective over a topic that is quite technical and at the same time very philosophically oriented.
Students who expect deeper information and more intellectually challenging content might be disappointed. The course is intended to be an introduction, and often ends by just providing links and hints for further resources. -
Stephane Mysona completed this course.
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Stephane Mysona completed this course.
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Daniel Finol
Daniel Finol completed this course.
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