Podcast
Questions and Answers
What is the main idea that inspires all approaches to quantum information?
What is the main idea that inspires all approaches to quantum information?
- Information cannot be stored or transmitted by quantum physical systems
- Classical systems are superior in storing and transmitting quantum information
- Quantum systems can store and transmit classical information (correct)
- Quantum physical systems are not suitable for storing any form of information
In classical information theory, how are classical truth-values usually denoted?
In classical information theory, how are classical truth-values usually denoted?
- 1 and 0 (correct)
- True and False
- Yes and No
- A and B
What do 'Yes' and 'No' correspond to in classical information theory?
What do 'Yes' and 'No' correspond to in classical information theory?
- Positive and Negative
- Truth and Falsity (correct)
- Quantum and Classical
- Left and Right
Which mathematical environment is considered natural for theories of quantum information and quantum computation?
Which mathematical environment is considered natural for theories of quantum information and quantum computation?
How many possible answers does a classical question admit according to the text?
How many possible answers does a classical question admit according to the text?
How are bits conventionally represented?
How are bits conventionally represented?
What is the phase space of a classical particle S?
What is the phase space of a classical particle S?
In classical physics, what do dichotomic state-spaces like {0, 1} represent?
In classical physics, what do dichotomic state-spaces like {0, 1} represent?
What mathematical concept represents complete and maximal information about a classical particle S?
What mathematical concept represents complete and maximal information about a classical particle S?
How are physical properties of a classical system mathematically represented?
How are physical properties of a classical system mathematically represented?
