Title: Quiz: Future Directions In Quantum Computing Quiz
Course: Quantum_Computing > Section: Module12

Q: What is one of the notable trends in quantum research mentioned in the text?
- Development of classical computers
- Quantum hardware advancements
- Decrease in quantum research funding
- Elimination of quantum algorithms
A: Quantum hardware advancements

Q: Who is responsible for the advancements in quantum technologies according to the paragraph?
- Only private companies
- The scientific community
- Government agencies exclusively
- Non-profit organizations
A: The scientific community

Q: Why is the development of quantum-resistant cryptography considered important?
- To enhance classical computing
- To ensure data protection against quantum computers
- To simplify encryption methods
- To eliminate the need for encryption
A: To ensure data protection against quantum computers

Q: How might quantum computing impact the field of healthcare?
- By reducing the need for medical research
- By accelerating drug discovery processes
- By making healthcare more expensive
- By limiting access to medical data
A: By accelerating drug discovery processes

Q: What is one anticipated application of quantum computing in the finance industry?
- Traditional bookkeeping
- Quantum optimization algorithms
- Manual risk assessment
- Basic data entry
A: Quantum optimization algorithms

Q: In what way are hybrid quantum-classical systems expected to contribute to quantum computing?
- By replacing classical computers entirely
- By optimizing performance using both paradigms
- By limiting the use of quantum technologies
- By complicating computational processes
A: By optimizing performance using both paradigms

Q: What societal issue is raised concerning the expansion of access to quantum computing resources?
- Increased technological equality
- Greater access to classical computers
- Exacerbation of existing inequalities
- Decrease in cybersecurity threats
A: Exacerbation of existing inequalities

Q: What is a significant challenge for reliable quantum computation mentioned in the text?
- Lack of interest from researchers
- High costs of classical computers
- Errors due to decoherence and noise
- Simplification of quantum algorithms
A: Errors due to decoherence and noise