#Pennylane Quantum Computing Updates

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#Pennylane Quantum Computing Updates Reel by @tiffintech (verified account) - This is huge 🤯 It opens up the door to so many possibilities we never thought we would see possible in our lifetime. 💭 leave any questions you hav
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@tiffintech
This is huge 🤯 It opens up the door to so many possibilities we never thought we would see possible in our lifetime. 💭 leave any questions you have in the comments! I spent a ton of time researching and reading up on this yesterday to understand it in simple terms! Microsoft  introduced Majorana 1, the world’s first quantum chip powered by a new Topological Core architecture that it expects will realize quantum computers capable of solving meaningful, industrial-scale problems in years, not decades. It leverages the world’s first topoconductor, a breakthrough type of material which can observe and control Majorana particles to produce more reliable and scalable qubits, which are the building blocks for quantum computers. #tech #technology #stem #futuretech #quantumcomputing
#Pennylane Quantum Computing Updates Reel by @youngestdatascientist - ⚛️ Quantum Forecasting System - Where AI Meets Quantum Computing A cutting-edge hybrid model that combines classical machine learning with quantum co
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@youngestdatascientist
⚛️ Quantum Forecasting System — Where AI Meets Quantum Computing A cutting-edge hybrid model that combines classical machine learning with quantum computing for intelligent time-series forecasting. Developed using Qiskit, PennyLane, TensorFlow, and Streamlit, this project allowed me to explore the intersection of quantum circuits and predictive analytics in depth. 📌 Key Features: 🔹 Interactive UI built with Streamlit for real-time model configuration 🔹 3D time-series forecasting visualization using Plotly 🔹 Dual quantum backend support: Qiskit (IBMQ) & PennyLane (default.qubit) 🔹 Customizable quantum circuits with adjustable qubit count and layer depth 🔹 Bloch Sphere visualization of quantum states (for both Qiskit & PennyLane) 🔹 Side-by-side performance comparison with classical models (MAE, RMSE, Training Time, etc.) 🔹 Real-time training progress visualization with animated metrics 💡 Applications: Finance 📈 | Weather Forecasting 🌦️ | Energy Demand Prediction ⚡ | Stock Market Analysis 📊 🌐 This project is a step forward in exploring how quantum-enhanced AI can outperform traditional models in complex forecasting tasks. 💬 Feel free to connect if you're exploring Quantum Machine Learning, AI Research, or Emerging Tech — happy to collaborate and exchange ideas! 🤝 #quantumcomputing #machinelearning #timeseries #qiskit #pennylane #quantumai #deeplearning #python #streamlit #quantum #datascience #quantummachinelearning #techinnovation
#Pennylane Quantum Computing Updates Reel by @60minutes (verified account) - The pioneering technology of quantum computing, a new kind of computer, could answer impossible questions in physics, chemistry, engineering and medic
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@60minutes
The pioneering technology of quantum computing, a new kind of computer, could answer impossible questions in physics, chemistry, engineering and medicine. Scott Pelley reports, Sunday.
#Pennylane Quantum Computing Updates Reel by @aiexplaining - 💭 Quantum's "early-AI" moment? Sundar Pichai says quantum computing today is about where AI was ~5 years ago - and could hit a rapid acceleration in
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@aiexplaining
💭 Quantum’s “early-AI” moment? Sundar Pichai says quantum computing today is about where AI was ~5 years ago - and could hit a rapid acceleration in the next few. If we get that leap, what’s the first problem you’d want a quantum computer to crack? Follow @aiexplaining for trusted AI insights. Source: BBC Newsnight interview (coverage via Reuters & Benzinga) #AIexplaining #AI #QuantumComputing #SundarPichai #Google #TechFuture #Innovation #Research #AIfuture
#Pennylane Quantum Computing Updates Reel by @google (verified account) - Computing as we know it uses 1's and 0's to complete functions. Quantum computation, however, takes on richer states that go far beyond just a simple
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@google
Computing as we know it uses 1’s and 0’s to complete functions. Quantum computation, however, takes on richer states that go far beyond just a simple 1 or 0. In our latest discovery, our Quantum AI researchers hit a breakthrough that significantly shifts how we understand and operate quantum computing. Just ask Yu Chen, Lead Scientist in Quantum Metrology, who breaks down the bits and bobs of an enhanced quantum computer. At the link in bio, learn more about our recent milestone.
#Pennylane Quantum Computing Updates Reel by @ffppod (verified account) - Quantum computing's potential goes far beyond breaking encryption. Simulating biological systems, material science, and drug discovery are just the st
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@ffppod
Quantum computing's potential goes far beyond breaking encryption. Simulating biological systems, material science, and drug discovery are just the start. It's a new canvas. #QuantumComputing #MaterialScience #DrugDiscovery #PersonalizedHealthcare #Innovation #FutureTech #Tech #Science
#Pennylane Quantum Computing Updates Reel by @emilyinquantum - Quantum Quick Facts: PennyLane 💻 PennyLane is "A cross-platform Python library for differentiable programming of quantum computers. Train a quantum
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@emilyinquantum
Quantum Quick Facts: PennyLane 💻 PennyLane is “A cross-platform Python library for differentiable programming of quantum computers. Train a quantum computer the same way as a neural network.“ 👤 PennyLane is open-source and the development is lead by Xanadu, a Canadian quantum computing hardware and software company 🐍 Install PennyLane and PennyLane plugins using pip and run with Python 3.7+ ☁️ Try out PennyLane code by running it on various cloud platforms such as IBM Quantum Experience, Microsoft Azure, AWS Braket, and more. 🤔 Why use it? PennyLane is excellent for quantum machine learning, and you can run pennylane circuits on many different platforms and hardware devices. 💻 QHack, an annual conference and hackathon, primarily uses PennyLane. Source: pennylane.ai/, qhack.ai, xanadu.ai . . #QHack #QuantumComputing #Quantum #PennyLane #Circuit #XanaduQuantum #QuantumPhysics #Engineer #Tech #Coding #TechEnthusiast #Coder #WomenInTech #Python #Python3 #Pip #Simulator #Hardware #QuantumHardware #IBMQuantumExperience #Azure #Braket #AWS #NeuralNetwork #MachineLearning #QuantumMachineLearning
#Pennylane Quantum Computing Updates Reel by @londonschoolofeconomics (verified account) - What does the introduction of Quantum computing mean for society, governments, and our rights? Dr Seeta Peña Gangadharan explains what quantum compu
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@londonschoolofeconomics
What does the introduction of Quantum computing mean for society, governments, and our rights? Dr Seeta Peña Gangadharan explains what quantum computing is, why governments are racing to develop it, and how this emerging technology could reshape power, economics, and everyday life. Comment 📺 to watch the full video. #AI
#Pennylane Quantum Computing Updates Reel by @ahnstoppable_tech (verified account) - ai is enabling quantum for so long quantum was a lab experiment because it was so expensive and difficult to run real experiments on these qubits
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@ahnstoppable_tech
ai is enabling quantum for so long quantum was a lab experiment because it was so expensive and difficult to run real experiments on these qubits recently, however these AI models from @quantinuumqc and riverlane proved that specialized AI models can monitor qubits in real-time, predicting and fixing errors before they happen. Google's Willow chip is also using AI-Quantum feedback loop to perform a calculation in <5 minutes, which would've taken a classical supercomputer 10 septillion years!! what an exciting time to live in right now #quantum #ai #startup #tech
#Pennylane Quantum Computing Updates Reel by @microscopie_44 (verified account) - 🇬🇧Pentium 90 and FDIV bug. ⬇️ If you want the full video of 3 min send « video » in comment, and I will send you the « we transfer » link I found
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@microscopie_44
🇬🇧Pentium 90 and FDIV bug. ⬇️ If you want the full video of 3 min send « video » in comment, and I will send you the « we transfer » link I found a 90MHz pentium p5. It’s really beautiful, almost as beautiful as the 80486, which for me is still the most impressive processor to look at. The Intel Pentium is an x86 architecture microprocessor announced by Intel on 22 March 1993. The successor to the Intel 80486, it is the first microprocessor to use the Pentium trademark, and is sometimes referred to as the ‘original Pentium’ to differentiate it from more recent microprocessors also sold under that name. The fifth generation of the x86 family, it has been called P5, and sometimes i586. Pentium FDIV bug : In October 1994, Professor Thomas Nicely1 from the University of Lynchburg revealed a malfunction in the Pentium’s floating point calculation unit when calculating the Brun constant. He realised that certain division operations always returned an erroneous value in excess on this processor. These division errors were quickly confirmed by other people. 🇫🇷J’ai trouvé un pentium p5 de 90MHz. Il est vraiment très beau, presque autant que le 80486, qui reste pour moi, le processeur le plus impressionnant à observer. ⬇️ Si vous voulez la vidéo complète de 3min, envoyez « vidéo » en commentaire et je vous envoie le lien. L’Intel Pentium est un microprocesseur d’architecture x86 annoncé par Intel le 22 mars 1993. Successeur de l’Intel 80486, c’est le premier microprocesseur utilisant la marque déposée Pentium. Cinquième génération de la famille x86, il a été appelé P5, et parfois i586. Bug des processeurs Pentium de première génération : En octobre 1994, le professeur Thomas Nicely1 de l’université de Lynchburg dévoile un dysfonctionnement dans l’unité de calcul en virgule flottante du Pentium lors de calculs sur la constante de Brun. Il s’est rendu compte que certaines opérations de division renvoient toujours une valeur erronée par excès sur ce processeur. Ces erreurs dans les divisions sont rapidement confirmées par d’autres personnes. Music 💙 : @sunesismusic @leica.microsystems
#Pennylane Quantum Computing Updates Reel by @dr.catherineclinton (verified account) - LIFE'S QUANTUM COMPUTING New research from Howard University and researcher Philip Kurian suggests that life on Earth has used quantum computing- sen
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@dr.catherineclinton
LIFE'S QUANTUM COMPUTING New research from Howard University and researcher Philip Kurian suggests that life on Earth has used quantum computing- sensing, information processing, responding and learning- to process almost as much information as the universe is theoretically capable of. Kurian's previous research looked at tryptophan in the cytoskeleton of living organisms and its ability to perform superradiance. The benzene ring of tryptophan can capture a photon of light and emit it at a lower frequency. When many tryptophan molecules are arranged in a symmetrical network, they can do this much stronger and at a faster rate. Kurian's current research looks at this process in the history of life on Earth, not just in neurons but even simple organisms without a brain like plants and bacteria. He found that life has processed as much information as the universe is theoretically capable of, which has incredible impacts on our ideas of quantum biology, quantum computing and consciousness. We look to quantum computers as the next best thing. This is a reminder of the power of life. We are not separate from the universe. We are the universe, intelligent and magnificent.

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