AI Quantum Tech at Polish-Japanese Academy of Information Technology

Last call: registration for our workshop on digital ads, innovation and growth closes today! RSVP here - https://lnkd.in/d4nrhjPn Come connect with marketers, startup founders & NGO leaders including Marta Miklińska from Fundacja SOK/ SOK Foundation, Olena Vaidalovych, LLM from Fundacja W Stronę Dialogu | Foundation Towards Dialogue and Maryna Kamienieva from AI Quantum Tech at Polish-Japanese Academy of Information Technology. #Warsaw #EU #Europe #SuccessStory #Digital #Innovation #WarsawInnovation

🧬🧑💻Quantum AI: A Technological Shift Defining the Next Decade A newly released white paper by European experts outlines the strategic urgency and opportunities of Quantum Artificial Intelligence (QAI) — the fusion of AI and quantum computing. ⚡️At AI Quantum Tech we're actively working in this direction. Previous month, we also presented our research at a scientific conference — exploring how quantum optimization can enhance classical ML. This is more than progress. It's the beginning of a new computational paradigm. Nations and institutions that build the right ecosystem now — combining talent, infrastructure, standards, and use cases — will gain long-term technological leadership. 🔹 1. Dual revolution, one direction forward - Two revolutions are unfolding in parallel — AI (already widely deployed) and quantum computing (early but accelerating). - Their synergy will unlock new capabilities, especially in complex optimization, simulation, and reasoning — impossible for either alone. 🔹 2. The global race has begun - Europe has strong research capabilities, but is positioned between US dominance and China’s rising momentum — particularly in AI. - The patent landscape around ML-powered quantum methods is growing rapidly — largely led by the US. - At the same time, the success of open-source innovation (e.g., DeepSeek) proves that transparency and collaboration can shift the balance. 🔹 3. A critical 5–10 year window - We’re now in the phase where platforms, standards, and interfaces are being defined. - Leadership depends not just on discovery, but on the ability to deliver integrated systems — from labs to real-world applications. 🔹 4. Clear strategic focus areas - Short-term wins: AI is already helping quantum tech — through better qubit calibration, circuit compilation, and error correction. - Mid-term priorities: Building hybrid quantum-classical architectures and tailored quantum algorithms for real-world industries (e.g., pharma, logistics, finance). - Long-term vision: Fully quantum-native AI models and entirely new learning paradigms, where data, training, and inference all happen in quantum space. 🔹 5. What must be done - Parallel investments: in theory, applied research, and infrastructure (quantum + HPC). - Build open standards and prepare a new generation of professionals fluent in both AI and quantum. - Energy awareness will be key: optimizing the footprint of both quantum-AI systems and classical AI used in quantum development could become a competitive edge. ⏳ The risk for late adopters is long-term dependence in critical sectors such as healthcare, security, materials, and energy — lasting for decades to come. We already have something to show — and there’s more to come. If you’re working in this space — let’s talk. The future is defined by our actions!!!🚀 #QuantumAI #AIQuantumTech #DeepTech #QuantumComputing #AI #Innovation #QML #FutureOfTech

🚀 We’re already at Women in Tech Summit 2025 in Warsaw! If you’re around, don’t hesitate to connect — we’d love to meet you! Whether you’re interested in AI, quantum technologies, cybersecurity, or just want to exchange ideas — let’s talk! 📍 You can reach out to our team members who are attending: Volodymyr Yurchenko, Andrii Kulyzhskyi, Anna Ostra Let’s make this summit not only inspiring but also productive. See you around! 💬✨ #WomenInTech #WITSummit2025 #AIQuantumTech #Networking #DeepTech #AI #QuantumComputing

🚀Introduction to Quantum Computing! 🚀 Are you curious about how quantum computers will transform our digital world? Join us for this interactive session specifically designed for university students interested in cutting-edge technology. 📅 Date: May 13 ⏰ Time: 17:30 - 19:00 📍 Location: QR code https://lnkd.in/d-nMQcqP What you'll experience: - Real-world applications of quantum computing - Hands-on demonstration with quantum simulators - Career opportunities in this emerging field - Q&A with industry experts Supervised by: Piotr Tronczyk No advanced physics knowledge required — just bring your curiosity and questions! This is a perfect opportunity to explore one of the most revolutionary technologies of our generation. Don't miss out on this chance to level up your AI skills! 💡 See you there! #Quantum #AI #QuantumComputing #DataScience #DeepLearning

🚀 Unlock The Power of Machine Learning! 🚀 Join us for an offline meetup in English where you'll discover how to leverage Machine Learning algorithms, build practical models, and implement AI solutions for real-world problems. 📅 Date: April 29 ⏰ Time: 17:30 - 18:30 📍 Location: QR code / https://lnkd.in/dtPXDKnc, in PJATK room B1 📌 Get hands-on experience with ML frameworks and tools 📌 Learn to build and train models like a professional 📌 Perfect for students, IT professionals, and entrepreneurs ✏️ Hosted by Andrei Malashka , Dmytro Nakonechnyi Don't miss out on this chance to level up your AI skills! 💡 See you there! #MachineLearning #AI #AIQuantumTech #DataScience #DeepLearning

🔬 Google just made a major leap in quantum simulations. Using a 69-qubit Sycamore chip, Google’s team introduced a hybrid approach to quantum simulation — combining the flexibility of digital methods with the speed of analog ones. The result? A platform capable of simulating complex physical systems beyond the reach of classical supercomputers. 💡 But what’s truly groundbreaking isn’t just the tech — it’s the discovery. A long-standing theory in physics — the Kibble-Zurek mechanism, which predicts how systems behave during phase transitions — didn’t hold up under the new experiment. Instead of "freezing" into disorder, the system self-organized, revealing a smoother transition than expected. This challenges our understanding of how quantum systems evolve and stabilize. 🏗️ With error rates as low as 0.1%, their hybrid model managed to simulate magnetic behavior and phase transitions with a precision that would take even the world’s fastest supercomputers millions of years to match. 📍This unlocks the next level of quantum research, making simulations of: - New materials and superconductors - Molecular interactions for drug discovery - Thermal transport and energy systems - Optimization problems in AI, logistics, and finance …not only possible, but scalable and more accurate than ever before. This hybrid approach is already being extended to Google’s Willow chip, marking a new era of programmable quantum simulation. Fascinating times ahead for quantum science, and an exciting signal of what’s coming in the intersection of physics, computing, and real-world applications. Here’s the link if you want to dig in: https://lnkd.in/dSDPnV-M #QuantumComputing #Innovation #AI #Physics #GoogleResearch #QuantumSimulation #DeepTech #FutureIsNow #MaterialsScience #QuantumTechnology #AIQuantumTech

Wishing a bright, joyful, and peaceful Easter to everyone celebrating — our clients, partners and teammates. May this season bring light, inspiration, and meaningful moments with those who matter most. Thank you for being with us we’re excited to keep building, innovating, and growing together in the years ahead! 🌿✨

🧠 Strategic Analysis of Top Large Language Models (LLMs) and Their Business Applications in 2025

GPT-4.5 Passes Turing Test? 🤖 Recently, OpenAI released the GPT-4.5 model, which has made headlines for its performance on the Turing Test. The Turing Test, created by Alan Turing in 1949, evaluates a machine's ability to exhibit human-like behavior in conversations. The test involves a human judge chatting with both a machine and a human to determine which is which. GPT-4.5 demonstrated a 73% win rate on the Turing Test when prompted to act like a nerdy 19-year-old interested in video games. However, without this specific prompt, its win rate dropped significantly, indicating GPT-4.5 Passes Turing Test? 🤖GPT-4.5 Passes Turing Test? 🤖room for improvement. Does this mean we are close to achieving Artificial General Intelligence (AGI)? Not necessarily. The Turing Test nowadays is more about measuring human-likeness rather than true intelligence. Human judgment can be flawed, and the test's relevance is debated. Nonetheless, GPT-4.5's performance shows significant advancements in AI's ability to mimic human behavior. Sources: - https://lnkd.in/dxQrWRny #AIQuantumTech #AI #AGI #LLM #GPT-4.5 #TuringTest

🚀 How Trapped Ion Qubits Kickstarted Practical Quantum Computing In 1995, Cirac & Zoller proposed a groundbreaking idea: using trapped ions to perform quantum logic gates. This concept became one of the first experimentally viable methods for quantum computing and set the stage for today’s advancements in the field. But how does it actually work? Let’s break it down. 🔍 What is a Trapped Ion Qubit? A trapped ion qubit is a single charged atom held in place by an electromagnetic field inside a vacuum chamber. Its internal energy levels act as the |0⟩ and |1⟩ states of a qubit. Unlike classical bits, these qubits can exist in a superposition of both states, enabling quantum parallelism. How It Works: 1️⃣ Trapping the Ion: A combination of radiofrequency (RF) and static electric fields confines the ion, isolating it from environmental noise. 2️⃣ Manipulating Qubit States: Lasers are used to excite or manipulate the ion’s energy levels, controlling the quantum state. Precise laser pulses allow for quantum gate operations like rotations and superposition. 3️⃣ Entanglement & Computation: Multiple trapped ions interact through their shared vibrational motion (phonons). Lasers link these motions, creating entanglement, a key requirement for quantum computation. 4️⃣ Reading the Qubit: A laser shines on the ion—if it’s in |0⟩, it fluoresces (emits light); if it’s in |1⟩, it stays dark. A detector captures this, allowing state measurement. Why This Was a Breakthrough ✅ First real quantum logic gate was demonstrated using trapped ions, proving practical quantum computing was possible. ✅ High fidelity & long coherence times—trapped ions maintain quantum states longer than other qubit types. ✅ All-to-All Connectivity—each ion can interact with any other ion in the trap, crucial for efficient quantum circuits. Challenges & Future Advances 🚧 Slower than superconducting qubits due to laser-based operations. 🚧 Hard to scale—controlling many ions with lasers is complex. 🚧 Requires ultra-stable laser systems for error-free computations. Despite these challenges, trapped ion quantum computing continues to be one of the most accurate and reliable platforms in the race toward quantum advantage. 🔮 What’s next? Researchers are improving scalability with new architectures, cryogenic cooling, and optical control techniques. Companies like IonQ and Quantinuum are pushing trapped ion qubits toward real-world applications. What do you think—will trapped ions be the future of scalable quantum computing, or will superconducting qubits take the lead? Let’s discuss! 👇 #AIQuantumTech #AI #TrappedIonQubit #CiracZoller #QuantumPhysics #QuantumInnovation