QuTech’s Post

🎓Pawsey Tuesday Training Post: Celebrate World Quantum Day with Quantum Bootcamp Insights! 🎉In the spirit of World Quantum Day, we continue exploring the world of quantum computing. Today, we revisit Week 1, Day 1, Video 5, featuring hands-on exercises led by SoftServe's Jonas Tan. Today, we want to focus on the last 5 minutes of this training, where we tackle the crucial question: #WhyQuantum? ⚛️Unveiling the Power of the Qubit: Quantum computing flips the script on traditional computing by introducing the quantum bit (qubit), a revolutionary information unit that harnesses the principles of quantum mechanics. What's the difference? Classical computers operate on bits, which can be either 0 or 1. Qubits, on the other hand, can exist in a state of superposition, representing both 0 and 1 simultaneously. This opens doors to parallel processing on a massive scale. 🏎️Enter the Quantum Advantage: Quantum computers leverage the power of superposition and entanglement (a unique quantum phenomenon linking multiple qubits) to tackle problems intractable for classical machines. This unlocks the potential for rapid breakthroughs in fields like drug discovery, materials science, and financial modeling. 💻A New Era of Computing: Quantum computing isn't here to replace classical computing; it's here to expand our toolbox. This new paradigm treats information differently, enabling solutions for previously unsolvable problems. Want to learn more? Check out the full video and explore the exciting world of quantum computing! https://bit.ly/4cMHogy #PawseyTraining #QuantumComputing #Week1Bootcamp #QuantumAdvantage

📚 Preparing students for a quantum future is crucial.  Processim Labs highlights the importance of integrating quantum computing in education, creating interactive and personalized learning experiences. Discover more about how quantum computing is transforming education 👇 https://lnkd.in/gRHEYjii. 🌐 If you are ready to move, SPINQ offers a series of quantum computers to help with education. Leave us a message to find out more. Discovering the Future of Quantum Computing and Education with SPINQ.

This is my third webinar with Silicofeller Quantum on the exciting topic of quantum computing and its applications. Objective: The primary objective of this webinar was to raise awareness among students and researchers about the potential of quantum computing. The session began with introductions of new enthusiast and a discussion on their prior knowledge of quantum computing. I had the opportunity to present on the fundamentals of quantum computing, contrasting it with classical computers. Following my presentation, Manan Narang, the host and CEO of Silicofeller Quantum, provided an engaging introduction to quantum computers and their potential applications. This segment was a valuable learning experience for me. What I Liked Most: One of the most impactful aspects of this, and the past two Silicofeller Quantum's webinars on quantum computing, is the highly interactive format. Regardless of prior knowledge, everyone is encouraged to contribute through questions and discussions. This fosters a collaborative learning environment. Accessing IBM Quantum Computing Resources: Silicofeller Quantum's partnership with IBM allows attendees to access valuable resources for further exploration. Here's a referral link to relevant IBM courses, which will equip you with the skills to get "hands-on" with quantum computing: Hi! Use my refer code C5BOYJ to download Qubit Pro app. You will get 500 Qubit Coin on sign-up and 500 Qubit Coin on first successful purchase. App download link - https://lnkd.in/dBFtvbtM . #quantumcomputing #quantumcomputing #quantum #quantummechanics #quantumwebinar #quantummachinelearing #qbit #quantumphysics

The Quantum Computing course was the last of the three four-week courses I took this semester. To be honest, by the end of the first week, I thought I wasn’t cut out for this subject. Because most of the topics flew right over my head. However, I’m glad I persevered and completed the course with a decent score, even as one of the toppers of this course. This is just my first step into Quantum Computing, and I hope to dedicate more time to it as the days go by. I firmly believe that Quantum Computing is the future, and this course has given me hope that the quantum future is closer than we think. #quantumcomputing #quantum #quantumcomputer #learn #nptel

Congrats to PsiQuantum Jeremy O'Brien and university partners on working to build #quantum #stem skills in Australia. As Professor Professor Deborah Terry, Vice-Chancellor and President, The University of Queensland says: “Students starting high school this year will graduate into a world with utility-scale quantum computers," so we need to prepare students for future jobs in quantum and advanced technologies. https://lnkd.in/gmGUHN3D

If you wish to commence a quantum journey, here are steppingstones ab initio. Mostly free resources! During the coming years, besides AI/LLM related advancement and job opportunities, quantum would also take the front seat, I think. Courtesy (via) Rishabh Singh #quantum #quantumcomputing #quantumcomputation

📚 Start your Germanium qubits journey today! Follow along with the experts from IGNITE in our online course: Development and Applications of Germanium Quantum Technologies. 💡 In this sneak peek Søren Andresen (QDEVIL) discusses the tightly integrated platform of control electronics that enables feedback with latencies shorter than the coherent timescales needed to create a quantum computer. Enroll now on edX 👉 edu.nl/k3gqg #MOOC | #IGNITE | #GermaniumTechnologies | #QuantumComputing | #QuTechAcademy

After some careful thought I've created a set of starter notes I believe are an excellent path into #quantumcomputing for the uninitiated. The resources I've referenced are available for free or at minimal cost. Please share these with people who'd find them useful or use them to accelerate your own journey into quantum computing! #learning #quantum #pennylane #qiskit

📚 Exciting News for Quantum Curious Minds! 🚀 Chris Ferrie has just released a book titled "What You Shouldn't Know About Quantum Computers". It demystifies quantum computing, revealing its true potential and limitations. Grab your digital copy here 💡 https://lnkd.in/erCqUZ29 #QuantumComputing #ChrisFerrie #QuantumTech #Education #TechInsights #DebunkingMyths #QuantumFuture #Innovation #Quantum #PQC

Quantum Computing Basics: In this chapter, we dive into the intriguing world of Qiskit to explore the little-endian system. Understanding how Qiskit interprets and handles qubit orders is crucial for anyone looking to master quantum computing. In This Video, You Will Learn: What is the Little-Endian System?: An introduction to the concept of endianness and why it matters in quantum computing. Qiskit and Little-Endian: How Qiskit uses the little-endian system to manage qubit orders. Practical Example: Step-by-step demonstrations of working with qubits in Qiskit, emphasizing the little-endian order. By the end of this video, you'll have a solid understanding of the little-endian system and how to effectively work with it in Qiskit, enhancing your quantum programming skills. Join Us on This Quantum Journey: Whether you’re a student, a professional, or simply curious about the cutting-edge field of quantum computing, this series is designed to make complex concepts accessible and engaging. Subscribe to Quantum University and hit the notification bell to stay updated with our latest lectures! Connect with Us: LinkedIn: Quantum University (follow it) #QuantumUniversity #QuantumComputing #Qiskit #LittleEndian #LectureSeries https://lnkd.in/gw85RQKi