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DTSTART;VALUE=DATE:20250419
DTEND;VALUE=DATE:20250818
DTSTAMP:20260509T191207
CREATED:20250717T141502Z
LAST-MODIFIED:20250717T144040Z
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SUMMARY:QIntern 2025
DESCRIPTION:Status: QIntern 2025 will run in the summer of 2025\nAre you interested in the future of computing and technology? Do you want to be a part of the quantum computing revolution? If so\, you won’t want to miss QIntern 2025 – the premier summer quantum project internship program of the QWorld Association\, hosted by the QResearch Department. \nQIntern 2025 will bring together some of the brightest minds in the field for an intensive online internship program. Whether you’re a student\, a recent graduate\, or a working professional looking to gain hands-on experience in quantum information science and technology\, this event is the perfect opportunity for you. \nDuring QIntern 2025\, as an intern\, you’ll work on cutting-edge quantum computing projects alongside experienced professional mentors and learn about the latest advancements in the field. You’ll gain valuable experience and connect with other like-minded individuals while also having the chance to interact with academia and industrial experts. \n  \n\n\n\nYour quantum internship at QWorld\nThe event will be held over several weeks\, allowing you to immerse yourself in the world of quantum computing and develop your skills in a supportive and collaborative environment. You’ll have the opportunity to work on real-world problems and gain practical experience to help you stand out in your future career. \nSo don’t miss out on this unique opportunity to explore the fascinating world of quantum and develop your skills. Keep an eye on this website for registration details for QIntern 2025. \nTake the first step towards an exciting and rewarding career in quantum computing! \n\n\n  \nPublications from past QIntern events\n\nAzad\, Utkarsh\, Aleksandra Lipińska\, Shilpa Mahato\, Rijul Sachdeva\, Debasmita Bhoumik\, Ritajit Majumdar. “Surface code design for asymmetric error channels.” IET Quantum Communication 3\, no. 3 (2022): 174-183.\nWath\, Yash\, M. Hariprasad\, Freya Shah\, Shashank Gupta. “Eavesdropping a quantum key distribution network using sequential quantum unsharp measurement attacks.“ The European Physical Journal Plus 138\, no. 1 (2023): 54.\nArya\, Ashish\, Ludmila Botelho\, Fabiola Cañete\, Dhruvi Kapadia\, Özlem Salehi. “Music Composition Using Quantum Annealing.” arXiv preprint arXiv:2201.10557 (2022).\nBach\, Bao Gia\, Akash Kundu\, Tamal Acharya\, Aritra Sarkar. “Visualizing Quantum Circuit Probability: Estimating Quantum State Complexity for Quantum Program Synthesis.” Entropy 25\, no. 5 (2023): 763.\nAkash Kundu\, Tamal Acharya\, and Aritra Sarkar. “A Scalable Quantum Gate‐Based Implementation for Causal Hypothesis Testing.” Advanced Quantum Technologies 7.8 (2024): 2300326.\nKumar Prateek\, Meghashrita Das\, Sairaaj Surve\, Soumyadev Maity\, Ruhul Amin\, “Q-Secure-P2-SMA: Quantum-Secure Privacy-Preserving Smart Meter Authentication for Unbreakable Security in Smart Grid“\, IEEE Transactions on Network and Service Management\, IEEE\, (2024).\nUlrike Genenz\, Neelanjana Anne\, Zeynep Kılıç\, Daniel Mathews\, Oya Ok\, Adrian Schmidt\, Zeki Can Seskir\, “Why Teach Quantum In Your Own Time: The Values of Grassroots Organizations Involved in Quantum Technologies Education and Outreach“\, arXiv preprint arXiv:2406.18761 (2024).\nMah Noor\, Jarek Duda. “No-cloning theorem for 2WQC and postselection.” arXiv preprint arXiv:2407.15623 (2024).\nAlex Linden\, Betül Gül. “Optimization of Postselection in Quantum Algorithms: A Two-Way Quantum Computing Approach“\, arXiv preprint arXiv:2409.03785 (2024).\n\nCheck also the other projects implemented in past editions of the internship program for 2020\, 2021\, 2022\, 2023\, and 2024. \n  \nQuotes from participants of past QIntern events\nWhat is your opinion on the QIntern programme? \nQIntern is a unique opportunity to perform research breaking the barrier of physical distance. It allows students and mentors all over the world to meet and work on a project of interest. In QIntern\, I had the pleasure of working with some wonderful and bright students. I not only mentored them but learned from them. We solved a problem of interest\, which we are expecting to be published. It helped me gain experience in mentoring\, added research experience and publication on my resume.\nRitajit Majumdar (Mentor) \nWhat did you like most about QIntern? \nIt was an amazing experience in QIntern2021 as that was my first Internship. Was exposed to some amazing projects and ideas. Very good support and guidance from mentors. What I liked most about the internship is the projects that were showcased which is very innovative.\nTamal Acharya (Intern) \nHow was QIntern beneficial for your experience/knowledge/career? \nIt helped me move forward with research on solving routing problems using quantum computing\, initiate new research directions\, conduct new experiments\, build a research team\, and prepare a quantum computing session at the Warsaw IT Days 2023 conference. Together with my team\, we are still researching and working on publications (both scientific and popular science).\nPaweł Gora (mentor) \n  \nTimeline for the quantum internship | QIntern 2025\n\n19 Apr – 19 May : project proposal submission\n19 May : project proposal submission deadline\n26 May : official announcement of the list of projects\n28 May – 10 Jun : call for interns\n12 Jun – 25 Jun : recruitment phase\n01 Jul – 15 Aug : QIntern 2025\n16 Aug – 17 Aug : mini-workshop for presenting the outcomes of projects\n\n  \nFor any more information\, don’t hesitate to get in touch with us at: \nqintern [at] qworld.net \n  \nList of Projects for 2025\nqi25_01\nCryptography in counterfactual communication within a photonics setup\nMentor(s): Muhammad Amad Khan \nqi25_02\nqDrift-based simulation of non-Hermitian quantum dynamics\nMentor(s): Peter Yang \nqi25_03\nEfficient block-encoding of dense matrices via QRAM using the Qrisp framework\nMentor(s): Viraj Dsouza \nqi25_04\nQuantum communication over adversarial channels\nMentor(s): Abhishek Sadhu \nqi25_05\nDesign of quantum-anamorphic encryption against coercive surveillance\nMentor(s): Kumar Prateek; Soumyadev Maity \nqi25_06\nDesign of a quantum classifier for hate video classification in online media\nMentor(s): Kumar Prateek; Simranjit Singh; Vijay Kumar \nqi25_07\nMolecular encoding for quantum machine learning\nMentor(s): Viki Kumar Prasad \nqi25_08\nQuantum computing for civil site design optimizations\nMentor(s): Vesselin Gueorguiev \nqi25_09\nPlay your way into Quantum\nMentor(s): Vesselin Gueorguiev \nqi25_10\nQTagger: quantum machine learning for ransomware tagging and classification\nMentor(s): Simranjit Singh; Mohit Sajwan \nqi25_11\nSolving routing problems using quantum annealing\nMentor(s): Paweł Gora \nqi25_12\nQuantum circuits for open system dynamics: simulating the GKSL master equation\nMentor(s): Haris Ansari \nqi25_13\nQuantumShield: securing IoT against botnets with quantum computing\nMentor(s): Mohit Sajwan \nqi25_14\nFramework for efficient computing in distributed quantum systems\nMentor(s): Abhishek Sawaika \nqi25_15\nQuantum reservoir computing for sustainable time-series forecasting in high-energy physics\nMentor(s): Shalini Devendrababu; Srinjoy Ganguly \nqi25_16\nAutomated design framework for networked quantum artificial intelligence and its applications\nMentor(s): Louis Chen \nThe detailed description of each project is available on the QIntern 2025 GitHub. \nCoordinators of QIntern 2025\n\nAritra Sarkar\, aritra.sarkar [at] qworld.net\nMuhammad Waqar Amin\, waqar [at] qworld.net\nNouhaila Innan\, nouhaila.innan [at] qworld.net\n\nQIntern Team of QIntern 2025\n\nKumar Prateek
URL:https://testweb.qworld.net/event/qintern-2025/
LOCATION:Online
CATEGORIES:QIntern
ORGANIZER;CN="Aritra Sarkar":MAILTO:aritra.sarkar@qworld.net
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