Category: AI & Digitalization
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Quantum Computers: Quantum Supremacy and Algorithms – From Feynman’s Insight to Practical Applications
Why quantum computers don’t solve every problem, but those they do solve change the rules – Shor, Grover, VQE, and the future of quantum machine learning 🧠⚛️💻 This is the seventh part of our series on quantum computers.In the previous six parts we traveled a long road: from error correction through physical implementations (superconductivity, ions, topological qubits) and logic gates to…
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Quantum Computers: Is the Brain a Quantum Machine – Penrose’s Orch OR and the Mystery of Consciousness
How microtubules in our neurons might sustain quantum coherence in the hot, wet chaos of the brain – and why remembering dreams behaves like wavefunction collapse 🧠⚛️🌀 This is the sixth part of our series on quantum computers.In the previous five parts we journeyed from error correction through physical implementations (superconductivity, ions, topological qubits) to logic gates. We built a…
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🔬 How Genius Mathematician Terence Tao is Testing “Physics’ Hardest Equation” – A Step Away from the Millennium Challenge
🌊 Navier-Stokes Equations: The “Holy Grail” of Fluid Mechanics The Navier-Stokes (NS) equations represent a set of empirically derived equations based on Newton’s laws and the assumption of fluid continuity. Their status is paradoxical: In other words, no one knows if these equations always have a solution. This is not a philosophical question – it is a question…
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Stepping into 2026: When Technology Needs a Soul
New Year – between learning algorithms and a remembering heart. What have we learned in 2025, and what are we carrying forward? 🎇🧠❤️ The year now ending has brought many new followers and collaborators to our shared space – MilovanInnovation. Together we have journeyed through this exciting, and at times challenging year, seeking knowledge where science, ethics, and humanity intersect.…
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The Future of Humanity: The Synergy of Evolution and Technology
Subtitle: How we went from being passers-by to becoming the architects of the biosphere and why awareness is our most powerful weapon. Introduction: From the Stone Age to the Age of Algorithms🔨 From the earliest archaeological sites, humans have been architects. The pyramids and the Great Wall still testify to our craftsmanship today, but our deepest mark lies…
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BCI – From Cyborgs to the Deepest Mysteries of Consciousness 🧠🔌
Introduction: When Conductors Intertwine with Neurons 🔄 Since the accelerated development of computers in the 1970s and 1980s, a new field of science and technology began to emerge at the intersection of electronics, biology, and neuroscience. The brain and computer – two previously separate worlds – began to speak the same language: the language of signals and information.…
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From the Biological Brain to Artificial Intelligence: How Learning Shaped Technology
Neuroplasticity – nature’s algorithm that inspired the AI revolution Introduction: A Bridge Between Biology and Technology If in the previous text we understood myelin as the critical hardware component of our nervous system – the biological insulation that optimizes signal transmission – then neuroplasticity is its software part. It is the dynamic, living algorithm for updating and optimizing the signal processing network. While the…
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ALPHAFOLD 3 AND THE BIOLOGICAL REVOLUTION: HOW AI DECODES THE LANGUAGE OF LIFEFrom DNA to Protein Origami – How AI Models Predict Interactions of Entire Cellular Machinery
Quantum Computers and Artificial Intelligence at the Heart of Biological Engineering As explored in our previous articles on quantum biology of protein synthesis, Levinthal’s paradox remains a key enigma: How do proteins, amid countless possible conformations (up to 10^300 for an average protein!), select the functional one within milliseconds? This incredible speed suggests classical physics is insufficient…
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Optical vs. Copper Cables: The Road to Terabits and Practical Challenges
Optical and copper interconnection technologies represent two distinct approaches to data transmission, each with its own advantages and limitations. While fiber optics dominate in performance, copper retains its technical and economic justification. Let’s take a deeper look at their characteristics, physical principles, and practical challenges. Ethernet and Data Transmission: From Packets to Errors Ethernet communication…
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Cloud Workstations: How Low-Power Devices Can Run Demanding Apps with DaaS (Desktop as a Service)
Introduction: Why Cloud Desktops Are Gaining Popularity Users with lower-end Android, HarmonyOS, or iOS devices often struggle to run professional Windows applications – from CAD and 3D modeling to video editing and software development. The traditional solution involved purchasing expensive workstations, presenting significant financial and logistical challenges for freelancers and small businesses. Today, thanks to…