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#quantuminnovation — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #quantuminnovation, aggregated by home.social.

  1. CM Naidu to launch quantum test beds, boost Amaravati tech hub push

    Amaravati, Andhra Pradesh Chief Minister N Chandrababu Naidu will inaugurate India’s “first indigenously developed”, open-access quantum computer test…
    #NewsBeep #News #Physics #Amaravati #AndhraPradesh #CA #Canada #open-accessquantumcomputers #quantumcomputer #quantuminnovation #Science
    newsbeep.com/ca/599630/

  2. UK Pledges £2 Billion For Quantum Innovation

    Insider Brief The UK government has announced a £2 billion quantum technology programme, including advanced procurement of large-scale…
    #UnitedKingdom #UK #Europe #EU #GreatBritain #modernindustrialstrategy #quantuminnovation
    europesays.com/2851818/

  3. Quantum Computing is no longer the future, it is here today.

    From healthcare to AI and cybersecurity, Quantum Computing is changing how we tackle some of the toughest global challenges.
    At Neuronus Computing, we are helping businesses join the Quantum revolution.

    👉️ Read our latest blog to learn more about the real world capacity of quantum technologies.

    neuronus.net/en/blog/top-appli

    #QuantumComputing #QuantumInnovation #FutureOfTech #AIandQuantum #DigitalTransformation #NeuronusComputing

  4. Quantum Computing is no longer the future, it is here today.

    From healthcare to AI and cybersecurity, Quantum Computing is changing how we tackle some of the toughest global challenges.
    At Neuronus Computing, we are helping businesses join the Quantum revolution.

    👉️ Read our latest blog to learn more about the real world capacity of quantum technologies.

    neuronus.net/en/blog/top-appli

    #QuantumComputing #QuantumInnovation #FutureOfTech #AIandQuantum #DigitalTransformation #NeuronusComputing

  5. Myth: Only tech giants (IBM, Google, etc.) can succeed in quantum – startups have no chance. Reality: Startups and spin-offs are thriving in quantum. The first pure-play quantum company to go public was IonQ, a university spin-off, not IBM. Big players actually partner with startups. Plus, VC is pouring money into quantum hardware and software ventures. David vs Goliath isn’t a given – in quantum, the “two Steves in a garage” story can still happen. #QuantumInnovation postquantum.com/quantum-commer

  6. Myth: Only tech giants (IBM, Google, etc.) can succeed in quantum – startups have no chance. Reality: Startups and spin-offs are thriving in quantum. The first pure-play quantum company to go public was IonQ, a university spin-off, not IBM. Big players actually partner with startups. Plus, VC is pouring money into quantum hardware and software ventures. David vs Goliath isn’t a given – in quantum, the “two Steves in a garage” story can still happen. #QuantumInnovation postquantum.com/quantum-commer

  7. Myth: Only tech giants (IBM, Google, etc.) can succeed in quantum – startups have no chance. Reality: Startups and spin-offs are thriving in quantum. The first pure-play quantum company to go public was IonQ, a university spin-off, not IBM. Big players actually partner with startups. Plus, VC is pouring money into quantum hardware and software ventures. David vs Goliath isn’t a given – in quantum, the “two Steves in a garage” story can still happen. #QuantumInnovation postquantum.com/quantum-commer

  8. Fun fact from this piece: China spends ~4× more public money on quantum than the US, but the US has ~10× more quantum startups. It’s state labs vs. Silicon Valley in a way. Europe’s somewhere in between, matching China in total public spend but spread across countries. The takeaway for innovators? Quantum opportunities exist under both models – huge state projects and scrappy startups can thrive. #QuantumInnovation postquantum.com/quantum-commer

  9. Fun fact from this piece: China spends ~4× more public money on quantum than the US, but the US has ~10× more quantum startups. It’s state labs vs. Silicon Valley in a way. Europe’s somewhere in between, matching China in total public spend but spread across countries. The takeaway for innovators? Quantum opportunities exist under both models – huge state projects and scrappy startups can thrive. #QuantumInnovation postquantum.com/quantum-commer

  10. Fun fact from this piece: China spends ~4× more public money on quantum than the US, but the US has ~10× more quantum startups. It’s state labs vs. Silicon Valley in a way. Europe’s somewhere in between, matching China in total public spend but spread across countries. The takeaway for innovators? Quantum opportunities exist under both models – huge state projects and scrappy startups can thrive. #QuantumInnovation postquantum.com/quantum-commer

  11. 🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

    Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

    🔍 **Project Highlights:**
    - Develop a tunable RF detector capable of detecting single photons.
    - Work on planar trapping technology from scratch, including circuit board materials.
    - Uncover new insights in quantum mechanics with a focus on signal information.

    💼 **Requirements:**
    - Strong programming skills (C++, Python).
    - Experience in automation, electronics, lasers, and CAD.
    - Master’s degree in quantum optics, quantum chemistry, or plasma physics.

    📅 **Deadline:** November 30, 2024
    ✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

    Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

  12. 🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

    Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

    🔍 **Project Highlights:**
    - Develop a tunable RF detector capable of detecting single photons.
    - Work on planar trapping technology from scratch, including circuit board materials.
    - Uncover new insights in quantum mechanics with a focus on signal information.

    💼 **Requirements:**
    - Strong programming skills (C++, Python).
    - Experience in automation, electronics, lasers, and CAD.
    - Master’s degree in quantum optics, quantum chemistry, or plasma physics.

    📅 **Deadline:** November 30, 2024
    ✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

    Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

  13. 🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

    Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

    🔍 **Project Highlights:**
    - Develop a tunable RF detector capable of detecting single photons.
    - Work on planar trapping technology from scratch, including circuit board materials.
    - Uncover new insights in quantum mechanics with a focus on signal information.

    💼 **Requirements:**
    - Strong programming skills (C++, Python).
    - Experience in automation, electronics, lasers, and CAD.
    - Master’s degree in quantum optics, quantum chemistry, or plasma physics.

    📅 **Deadline:** November 30, 2024
    ✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

    Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

  14. 🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

    Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

    🔍 **Project Highlights:**
    - Develop a tunable RF detector capable of detecting single photons.
    - Work on planar trapping technology from scratch, including circuit board materials.
    - Uncover new insights in quantum mechanics with a focus on signal information.

    💼 **Requirements:**
    - Strong programming skills (C++, Python).
    - Experience in automation, electronics, lasers, and CAD.
    - Master’s degree in quantum optics, quantum chemistry, or plasma physics.

    📅 **Deadline:** November 30, 2024
    ✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

    Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

  15. 🚀 **Exciting PhD Opportunity in Cutting-Edge Quantum Research!** 🚀

    Are you ready to push the boundaries of quantum systems? We're offering a **high-risk-high-gain PhD project** that explores revolutionary radio-frequency signal detection using free electrons and laser-cooled ions in a quantum mechanically coupled system. This project is funded for 3 years, with a 4th year secured by the department.

    🔍 **Project Highlights:**
    - Develop a tunable RF detector capable of detecting single photons.
    - Work on planar trapping technology from scratch, including circuit board materials.
    - Uncover new insights in quantum mechanics with a focus on signal information.

    💼 **Requirements:**
    - Strong programming skills (C++, Python).
    - Experience in automation, electronics, lasers, and CAD.
    - Master’s degree in quantum optics, quantum chemistry, or plasma physics.

    📅 **Deadline:** November 30, 2024
    ✍️ **Apply:** michal.hejduk(at)matfyz.cuni.cz

    Shape the future of quantum research with us! More info at mhejduk.com/positions/position #academia #QuantumResearch #PhDOpportunity #QuantumTechnology #QuantumPhysics #RFSignalDetection #LaserCooling #QuantumInnovation #ResearchAndDevelopment #ScienceCareers #PhDLife #QuantumSystems #TechInScience #CuttingEdgeResearch #PlanarTrapping #QuantumMechanics #ScienceJobs #GraduateResearch

  16. Major milestone in Quantum Computing!

    Microsoft Quantum and Quantinuum demonstrate the first combination of computation and error correction in quantum computing, creating 12 highly reliable logical qubits. Plus, HPC, AI, and quantum computing were used together to solve a real-world chemistry problem for the first time according to the blog post! 👇

    azure.microsoft.com/en-us/blog

    #AzureQuantum #QuantumInnovation #AI #HPC

  17. Major milestone in Quantum Computing!

    Microsoft Quantum and Quantinuum demonstrate the first combination of computation and error correction in quantum computing, creating 12 highly reliable logical qubits. Plus, HPC, AI, and quantum computing were used together to solve a real-world chemistry problem for the first time according to the blog post! 👇

    azure.microsoft.com/en-us/blog

    #AzureQuantum #QuantumInnovation #AI #HPC

  18. Major milestone in Quantum Computing!

    Microsoft Quantum and Quantinuum demonstrate the first combination of computation and error correction in quantum computing, creating 12 highly reliable logical qubits. Plus, HPC, AI, and quantum computing were used together to solve a real-world chemistry problem for the first time according to the blog post! 👇

    azure.microsoft.com/en-us/blog

    #AzureQuantum #QuantumInnovation #AI #HPC

  19. Major milestone in Quantum Computing!

    Microsoft Quantum and Quantinuum demonstrate the first combination of computation and error correction in quantum computing, creating 12 highly reliable logical qubits. Plus, HPC, AI, and quantum computing were used together to solve a real-world chemistry problem for the first time according to the blog post! 👇

    azure.microsoft.com/en-us/blog

    #AzureQuantum #QuantumInnovation #AI #HPC

  20. Major milestone in Quantum Computing!

    Microsoft Quantum and Quantinuum demonstrate the first combination of computation and error correction in quantum computing, creating 12 highly reliable logical qubits. Plus, HPC, AI, and quantum computing were used together to solve a real-world chemistry problem for the first time according to the blog post! 👇

    azure.microsoft.com/en-us/blog

    #AzureQuantum #QuantumInnovation #AI #HPC