#What Quantum Computing

Discover the future of computing! #QuantumLeap #TechRevolution #Qubit

👉Follow @eden_jana for daily shots of the future unfolding today. IBM Quantum Platform gives free access to quantum computers from any device with a modern web browser. Sign up at quantum.ibm.com for the Open Plan: get 10 minutes of runtime monthly on 100+ qubit systems in the us-east region, perfect for beginners.​ Quantum computers use qubits that exist in multiple states at once through superposition and entanglement, allowing massive parallel calculations classical computers can't match. They excel at tough tasks like chemistry simulations and optimization. Free access helps everyone learn their power to solve hard problems fast and risks like cracking today's encryption. #QuantumComputing #QuantumComputers #QuantumPhysics #QuantumMechanics #Quantum

Logical qubits didn't exist before 2023. Now humanity has them. Only a handful of companies including Infleqtion have demonstrated them. We have the fundamental kernel to do calculations on quantum computers now. We really didn't have that before. As we scale to 100 logical qubits, that's the level where most experts think we'll start seeing quantum advantage in material science. It won't be a ChatGPT moment. But it will be the first time we can do something commercially useful with quantum computing. The question is... what? . #QuantumComputing #LogicalQubits #Infleqtion #QuantumBreakthrough #TechPodcast

Quantum Computers Just Got One Step Closer to Cracking Everything Scientists at Delft University just solved quantum computing's biggest problem — they built a qubit that stores data in two places at once, so it can't be dropped mid-calculation. Quantum computers have long threatened to crack modern encryption (the scrambled code protecting your bank account and email). The problem was that they kept losing their quantum data before finishing any complex calculation. This week's Majorana qubit breakthrough — "parity coherence exceeding one millisecond" — is a critical step toward stable quantum computing. IBM separately announced that 2026 is its target year for quantum computers to outperform all classical machines. Every current password standard was built for a world without quantum computing. That world is changing. Source: ScienceDaily (Feb 16, 2026) — QuTech/CSIC single-shot Majorana qubit readout; IBM Think 2026 quantum advantage target; Nature (Feb 2026) — quantum computing revolution Follow @theamazingtimetraveler for daily mind-blowing facts! #shorts #didyouknow #facts #technology #quantumcomputing #encryption #passwordsecurity #mindblown #futuretech

"Why Is Quantum Interest Exploding Right Now?" Gerald Mullally, CEO of Oxford Quantum Circuits, breaks down why the last 12–18 months have been such a turning point for quantum: We’ve finally hit a threshold where systems can scale up in physical qubits while errors go down. That crossover is what the industry calls the logical era, when multiple physical qubits combine into a single error-corrected logical qubit that’s actually useful for computation. No wonder interest is exploding! Watch or listen to the full episode, "Quantum + AI: Could This UK Startup be the Next @nvidia?" with hosts @autria_godfrey, @stephenjhorn, and @laila.rizvi_ via our link in bio. #QuantumComputing #QuantumAI #TechInnovation #LogicalEra #QuantumErrorCorrection

How Quantum Computers Work in 20 Seconds 🧠💻 | #QuantumComputing Unlike normal computers, quantum computers use qubits powered by the principles of quantum physics. They can process massive amounts of data in parallel. In just 20 seconds, here’s how they work! 👉 Follow and like to HowItSnaps for more quick tech explainers. #HowItSnaps #QuantumComputing #HowItWorks #Shorts #quantumcomputer #howquantumworks #qubits #superposition #entanglement #futuretech #quantumtechnology #nextgencomputing #gadgetexplained #howitsnaps #fypppp #reelschallengereelschallengereelschallengereelschallenge

Encryption has protected the digital world for decades. Quantum computing may break it within the next 5 to 10 years. Quantum machines can run algorithms that attack the math behind modern encryption far faster than classical computers ever could. Once they reach scale, systems protecting banks, emails, governments, and digital identities become vulnerable. The real risk is not the future attack. It is that encrypted data is already being collected today, waiting to be decrypted later. This moment even has a name. Q-Day. Follow @evolving.qc for more brain breaking physics #quantumcomputing #quantummechanics #quantumphysics #quantum #qubits

Quantum computing looks scary. Is scary. But also, just 5 gates and some weird stuff with phases. Follow @qubit_forge , your hub for learning quantum computing and staying ahead in tech. #LinearAlgebra #QuantumComputing #STEM #Math #Computerscience

Thought quantum computing was the only threat to modern cryptography? Think again! According to Justin Drake, AI poses a similar threat and it could materialize faster than quantum computing 👇 #quantumcomputer #bitcoin #technology

Researchers now believe that fault-tolerant quantum computers could arrive by 2035 due to several critical breakthroughs in overcoming the errors that have long been plagued by quantum devices. 1. **Practical Quantum Error Correction (QEC):** Four major teams—Google, Quantinuum, QuEra/Harvard, and USTC—have recently demonstrated that **quantum error correction is viable in practice**. They have shown that a single "logical" qubit can be spread across multiple "physical" qubits to detect and correct errors, satisfying the mathematical requirements for large-scale computing. 2. **Reduced Qubit Overhead:** Initially, scientists estimated that running complex algorithms would require 1,000 physical qubits for every one logical qubit. Recent advances in **algorithm implementation and geometric intuition** have slashed these estimates by an order of magnitude every five years. Some techniques, such as those being developed by IBM and QuEra, aim to lower this ratio further to **100:1**, making the construction of powerful machines much more feasible. 3. **Significant Hardware Improvements:** Innovations in manufacturing and materials have drastically increased the "fidelity" (accuracy) and longevity of qubits. For example, by switching qubit materials from aluminum to **tantalum**, researchers boosted qubit lifetimes from 0.1 milliseconds to **1.68 milliseconds**, with further improvements expected. 4. **Increasing Gate Fidelity:** To reach fault tolerance, two-qubit gate accuracy needs to reach "three nines" (99.9%). Current hardware is already hovering at **99.5%**, and researchers believe reaching the necessary threshold is now a feasible goal in the near term. These combined advances in theory and engineering suggest that quantum computers will soon be capable of solving previously intractable tasks, such as **predicting chemical reactions**, discovering new materials, and optimizing complex financial trading. Source: D. Castelvecchi, “Quantum computers will finally be useful: what’s behind the revolution,” Nature 650, 24-26 (2026). DOI: https://doi.org/10.1038/d41586-026-00312-6 #QuantumComputing #FutureOfComputing #mindlabupbaguio #quantumcomputing

Quantum computing isn't magic. It's maths that refuses to let systems act alone Entanglement takes freedom away... and that constraint is exactly where power comes from. Scaling it is hard. Expensive. Painful. That's why we need more builders. Qubit Forge exists to bring developers in early, learn the rules, and help push the cost down by building. Power comes from commitment. The future gets built by people who show up. #quantumcomputing #physics #tech #engineering #Computerscience

Are you *still* learning Python?⚡🤯 Learn the Deutsch-Jozsa algorithm and see how quantum computing can solve problems faster than any classical computer. Understand superposition, qubits, and why quantum speed-up matters for AI and tech. #quantumcomputing #quantalgorithms #qubits #superposition #AItech #coding #STEM #techinnovation #programming