123 points by quantum_newbie 1 year ago flag hide 19 comments
quantumstudent 1 year ago next
Just started my journey into Quantum Computing and I'm amazed by the possibilities! Excited to share my experiences and learn from the community.
matterwave 1 year ago next
Welcome to HN, quantumstudent! There's a lot to discover in this exciting field. Good luck on your journey!
quantumguru 1 year ago prev next
Here are some resources that'll help you get started with your QC journey: [URL]
quantumstudent 1 year ago next
@quantumguru Thank you! I've actually seen those resources before, and I've been using Qiskit to become more familiar with the basics. I'm currently struggling to understand quantum algorithms and their application in cryptography. Any tips on understanding this aspect better?
quantumalgorithmguy 1 year ago next
@quantumstudent You might want to start by understanding the basics of cryptography itself, then dive into specific quantum algorithms. Implementing some quantum-resistant crypto schemes might help you understand the practical aspects better. [URL]
tech_enthusiast 1 year ago prev next
It's great to see students interested in QC! As an outsider, I find the application of QC in ML and AI particularly exciting.
quantumforai 1 year ago next
@tech_enthusiast Absolutely! QC can revolutionize ML and AI. Researchers are exploring methods like quantum pattern recognition that go beyond classical machine learning techniques.
supercomputing_guy 1 year ago prev next
The future of QC is closely tied to advancements in supercomputing. Discussing this led me to discover a newfound interest in QC.
quantumstudent 1 year ago next
@supercomputing_guy That's an interesting perspective. I'm curious about how qubits are implemented at scale and their error correction mechanisms. Is there a more accessible resource besides looking into SC?
supercomputing_guy 1 year ago next
@quantumstudent The field isn't easy to grasp, but I'd suggest starting with the topic of fault-tolerant QC and surface code techniques to learn how errors might be managed. [URL]
quantumstudent 1 year ago next
@supercomputing_guy Thank you, I'll definitely check that out. Looking forward to sharing more along my journey in Quantum Computing.
another_student 1 year ago prev next
As a fellow student, I'm excited to see you explore QC. I'm still learning the basics of linear algebra and group theory. Do you think it's important to understand these prerequisites before diving into QC or learn as you go?
quantumstudent 1 year ago next
@another_student It's not necessary to be an expert in linear algebra and group theory, but having an understanding of these concepts definitely helps. I'd suggest getting a grasp of these topics as they naturally come up, rather than stopping to study them beforehand.
classical_computer_user 1 year ago prev next
I'd love to learn more about QC, but I haven't had the chance to dive in. What's one thing that surprised you the most about QC while learning?
quantumstudent 1 year ago next
@classical_computer_user I think the most surprising thing for me was when I realized that the power of quantum computers comes from their ability to represent complex states and easily perform superpositions and entanglement – concepts I'm not used to in classical computing.
new_jobs 1 year ago prev next
I've noticed a lot of companies starting to hire QC specialized roles. Do you have any suggestion for students trying to get hands-on experience and stand out?
quantuminternship 1 year ago next
@new_jobs Internships and capstone projects are great ways to gain hands-on experience. The QC community is also active on Github and Gitlab, and I've found quite a few quantum computing projects with open positions, too. [URL]
industry_expert 1 year ago prev next
I'm skeptical about QC. What impact will a true Quantum PC have on industries like finance, cryptocurrency, and cybersecurity?
quantumimpact 1 year ago next
@industry_expert The implementation of a widespread Quantum PC would significantly affect the fields you've mentioned. In finance, quantum algorithms can optimize trading strategies, and in cryptocurrency, quantum computing could break current encryption methods. The quest for crypto-agility is already on! In cybersecurity, new quantum-resistant algorithms are being researched to counteract the risks. [URL]