"Quantum Learning in a Sufism Perspective: Integration of Tajalli Concepts and Holistic Learning Theory" (Hamzah et al., 2026) doi.org/10.31538/munaddhomah… #QuantumLearning #QuantumEducation

Join the future of computing with hands-on quantum learning! @cdacindia Bengaluru, along with @iit__mandi, @svnit Surat, Pantech-Solutions, DigiToad Technologies & Qclairvoyance, presents the FDP on “Principles and Applications of Quantum Computing” 🧑‍💻⚛️ Date: 08–18 June 2026 | Mode: Online Fees: Students ₹500 | Faculty ₹1000 | Industry ₹1500 Register by: 05 June 2026 Hands-on sessions with #Qniverse — design quantum circuits, explore algorithms, noisy simulations, error correction & access quantum hardware accelerators in one platform. #QuantumComputing #QuantumLearning #FutureTech #OnlineLearning #QuantumAlgorithms #QuantumSimulation

Empowering the educators of tomorrow! 🚀 We successfully conducted a hands-on workshop on the Quantum Kit at the IP & Innovation Lab, Chhotaudepur. ​Grateful for the support from GUJCOST & DST in fostering a culture of scientific inquiry. ​#STEMEducation #QuantumLearning

Hands-on learning, interactive demos, and exciting experiments made it a great experience for all participants. Empowering young minds with the future of science! 🚀 #QuantumDay #QuantumLearning

Celebrate World Quantum Day 2026! Join us for an exciting Quantum Kit Training with hands-on learning & demos. 📅 14 April 2026 🕑 2:00 PM 📍 Dr.kalam community science centre Kheda , Kheda Open for all students! #WorldQuantumDay #QuantumLearning #ScienceForAll

Students experienced hands-on learning with the Quantum Kit, discovering new concepts of quantum science in an exciting and interactive way.Curiosity turned into understanding as young minds stepped into the future of science!#QuantumLearning #STEMEducation #Innovation #Students

The world’s largest Quantum learning mission in Andhra Pradesh is a remarkable step toward future-ready education. With 10,000 students already enrolled, Amaravati is rising as a global Quantum hub. Wishing success in reaching 50,000 learners soon. #QuantumLearning #APInnovation

Celebrating the top scorers of the Qniverse Developer Certification! Kudos to all who qualified and demonstrated outstanding skills in quantum algorithm development using #Qniverse. Your passion and curiosity are powering the future of quantum #innovation. Keep Learning. Keep Exploring #QuantumTech. @GoI_MeitY | @DigitalIndia | @NQM @nqmdst #QuantumIndia #QuantumEcosystem #QuantumEducation #QuantumLearning

What is Interactive #QuantumLearning. #BigData #Analytics #DataScience #AI #MachineLearning #IoT #IIoT #Python #RStats #TensorFlow #Java #JavaScript #ReactJS #GoLang #CloudComputing #Serverless #DataScientist #Linux #Programming #Coding #100DaysofCode geni.us/Interactive-Quantum

Did you know most developers are learning skills that could be obsolete in just a few years? Quantum Computing isn’t the future… it’s happening right now. #QuEdX #QuantumComputing #FutureSkills #QuantumLearning #LearnWithQuEdX #Cirq #Qiskit #STEM #AI #NextGenCoding #Innovation

Not all quantum noise is random. @RiceUniversity scientists built algorithms to handle even malicious interference from an adversary. Read more 👉 bit.ly/46tsj1h #QuantumComputing #NISQ #QuantumLearning #Research #FOCS

Your Learning Journey Begins Here — with QuEdX™ From discovering emerging tech to landing real-world opportunities, QuEdX™ guides you every step of the way. 👨‍💻 Learn. 🛠 Build. 🎓 Certify. 💼 Grow. 🔗 Start your journey today — link in bio #QuEdX #QuantumLearning #AITraining

We ended the day strong with Quantum Learning @cfisd_ql , building meaningful relationships that support impactful teaching through brain 🧠 based strategies. Checkout our “recap” of learning that supported our reboot of PBIS. @CyFairProfLearn #falconssoar #quantumlearning #pbis

Attended Quantum Learning and I think our brains just leveled up a few dimensions. 🚀🧠 @cfisd_ql #cfisd #quantumlearning

So much fun!!! #brainbasedteaching #quantumlearning #change1changethemALL #EverythingIsOnPurpose @BaneElementary

Thrilled to start the exciting journey of #QuantumComputing that's gonna be covered in the upcoming 21 days facilitated by @kwantumG.. #Qucode #QuantumComputing #QuantumLearning #AI #Innovation

📌 Day 1 Focus: Complex Numbers Vectors & Matrices Eigenvalues & Eigenvectors #QuCode #QuantumComputing #21DaysChallenge #QuantumJourney #LinearAlgebra #ComplexNumbers #QuantumLearning #QuantumFuture #QuantumCommunity #Physics #Mathematics

"MindSpark moment! 🔥 Students at RSC Rajkot's Summer Science Camp, Week 3, Day 2, diving into Quantum Science & Math! Workshop exploring Quantum theory, Atomic & molecular structure, photoelectric effect & more with hands-on fun! #ScienceCamp #QuantumLearning"

Optimal randomized measurements for a family of non-linear quantum properties scirate.com/arxiv/2505.09206 #Quantumlearning encounters fundamental challenges when estimating #nonlinear properties, owing to the inherent linearity of quantum mechanics. Although recent advances in single-copy randomized measurement protocols have achieved optimal #samplecomplexity for specific tasks like state purity estimation, generalizing these protocols to estimate broader classes of non-linear properties without sacrificing optimality remains an open problem. In this work, we introduce the observable-driven randomized measurement (ORM) protocol enabling the estimation of Tr(Oρ^2) for an arbitrary observable O - an essential quantity in #quantumcomputing and #manybodyphysics. ORM achieves this by decomposing the observable O into dichotomic observables and extracting the information of each eigenspace through randomized measurements with block-diagonal unitaries. We establish an upper bound for ORM's sample complexity and prove its optimality for all Pauli observables, closing a gap in the literature. Furthermore, we develop simplified variants of ORM for local Pauli observables and introduce a braiding #randomized measurement protocol for fidelity estimation, both of which significantly reduce #circuitcomplexities in practical applications. Numerical experiments validate that ORM requires substantially fewer state samples to achieve the same precision compared to classical shadows. Warm thanks to Zhenyu Du, @YifanTang1999, @AndreasElben, Ingo Roth, and @liu_zhenhu77178 for the productive collaboration.

🚀 Learning Quantum Gibbs States Efficiently ⚡ New algorithm learns Gibbs states of local Hamiltonians with near-optimal complexity! Key highlights: - Local learning protocols with efficient post-processing. - Optimal sample complexity for n, ϵ, and β. - Non-adaptive & iterative protocols for 2D lattice systems. 📖 Read more: arxiv.org/pdf/2504.02706 #QubitScript #QuantumComputing #QuantumLearning #Hamiltonians