Hybrid Quantum Control Technology This is not the quantum computer itself — it is the control layer that operates quantum hardware. In simple terms, it does three critical things: Controls qubits in real time Sends ultra-precise microwave/electrical pulses to manipulate qubits. Hybrid classical quantum orchestration A classical processor makes decisions while the quantum computation is running (feedback loops, error mitigation, adaptive circuits). Low-latency quantum execution Needed for:Quantum error correction Scalable quantum systems Running complex algorithms It’s a infrastructure technology Quantum control will scale the machines; post-quantum security will protect the world that runs on them. Exciting to see this collaboration. Libin Lahara founder #NationalQuantumMission #QuantumComputing #PostQuantumCryptography #DeepTech #DigitalSovereignty #QuantumSecurity #IndiaIsrael #RWA #Lahara #IndiaQuantumMission #IsraelQuantumMission #DeepTech #QuantumControl #QuantumIsrael #HybridQuantumControl #QuantumComputing #OfficeOfThePrime #QuantumHardware #QubitControl #QuantumOrchestration #QuantumErrorCorrection #ScalableQuantum #QuantumAlgorithms #PostQuantumSecurity #QuantumCryptography #DigitalSovereignty #IndiaIsrael #NationalQuantumMission #IsraelNationalQuantumInitiative #BlockchainQuantum #DeFiQuantum #RWAQuantum #Lahara #ViksitBharat #QuantumTech #FutureTech #Innovation #TechNews #CryptoQuantum #Web3Quantum #AIQuantum #QuantumRevolution #GlobalQuantum #TechPartnerships #InnovationBridge @narendramodi @netanyahu @OrenDauri @nqmdst @DSTGoI @MeitYIndia @quantum_machines @LaharaGroup @IsraelinIndia

SPINQ IS TOP-TIER. 🧬📈 QYResearch just dropped their 2026-2032 Global Quantum Control report, and SpinQ is officially ranked among the world’s elite. 🌍 We aren't just "in the market"—we’re standing shoulder-to-shoulder with Zurich Instruments and Keysight. The stats: 🔥 Global market hitting $478M by 2032. 🔥 27.3% CAGR. 🔥 SpinQ’s high-precision RF & FPGA tech leading the 100 qubit era. The quantum revolution isn't coming; it’s being built by us. 🚀 #SpinQ #QuantumComputing #BreakingNews #DeepTech #FutureTech #QuantumControl

Excited to officially announce CQIQC-XI, our flagship conference on #QuantumInformation & #QuantumControl, taking place Aug 17-21, 2026 at the Fields Institute in Toronto! Please submit, & RT! We hope to see you in Toronto! @CQIQC_Toronto @FieldsInstitute fields.utoronto.ca/activitie…

Micro-robots don't warp space—they surf energy's subtle waves. Controlling machines smaller than sand grains is tough because standard light or fields scatter weakly at tiny scales, but researchers now use patterned light inspired by relativity to guide them precisely, like steering a craft through curved spacetime. Uniphics resolves this by light waves from electron rotations seeking lower energy density regions in the field, so the patterns create gradients that nudge the robot toward calmer packing, like water flowing downhill to the easiest path. Uniphics derives the guidance from ξM-field spin waves, where light from electron bias θ = π/4 yields phase Δφ = (2π / λ) Δx propagating in E_d gradients ∇E_d ≈ 10^{-10} J/m^4 creating effective index n_eff = [μ]^{1/3} with [μ] = t_flow,observer / t_flow,source ≈ 1.0001 in lab-tuned E_d ≈ 10^{12} J/m³ slowing t_flow ≈ 4.64 s, rescaling paths via Maley transforms ds² = c² dt² [μ]^2 - dx² [μ]^{2/3} for isotropy without GR tensors, matching observed micro-robot trajectories at 0.1% precision via negentropy minimizing E_d in aligned phases; for tech, suggest integrating chrono-coils in light sources raising local E_d ≈ 10^{12} J/m³ to slow t_flow ≈ 4.64 s, enhancing gradient steering by 10x via phase locking for nanoscale assembly or medical delivery. How might surfing energy waves redefine control at the smallest scales? #Uniphics #MicroRobotics #QuantumControl #Physics #Nanotech @NewsfromScience @CERN @NIST @elonmusk @xAI A Theory of Everything should be able to answer everything. Uniphics Explained Simply PDF: uniphics.com/wp-content/uplo… Chapters 1–10 free: uniphics.com/gallery/

TECHNOLOGY NEWSWIRE IBM Unveils Quantum System Two for Data Centers THE FUTURE IS HERE: IBM unveils Quantum System Two, a modular, scalable quantum computing infrastructure for data centers. TECH REVOLUTION: Operating at extreme cryogenic temperatures, it advances practical quantum applications. While AI’s insatiable demand for GPUs dominates tech headlines, a different computational revolution is quietly taking shape in temperatures colder than deep space. IBM is at the forefront, unveiling its Quantum System Two, a modular, scalable infrastructure engineered for data centers, not just research labs. This advanced system houses quantum processors, including the 156-qubit Heron and the newer, more connected 120-qubit Nighthawk chips. Their operation demands extreme conditions: a specialized cryogenic system cools them to a mere 15 milliKelvin – orders of magnitude colder than the cosmic microwave background – essential for maintaining the delicate quantum states of the qubits. The system’s design emphasizes scalability, allowing for the expansion of both its cryogenic cooling capacity and the classical control electronics that manipulate the qubits. Critically, IBM is pioneering “cryogenic quantum links” and classical communication networks to connect multiple quantum chips. This allows for the execution of complex, dynamic quantum circuits and a wider variety of applications, rather than solely focusing on error correction, which is addressed through different qubit arrangements. This strategic push towards data center-ready, interconnected quantum hardware marks a significant step, accelerating the journey of quantum computing from theoretical promise to practical application, poised to tackle problems beyond the reach of classical supercomputers. #IBMQuantum, #QuantumSystemTwo, #QuantumComputing, #NighthawkChip, #HeronProcessor, #156Qubit, #120Qubit, #QuantumDataCenter, #CryogenicComputing, #15milliKelvin, #QuantumRevolution, #QuantumAdvantage, #QuantumSupremacy, #ModularQuantum, #ScalableQuantum, #CryogenicLinks, #QuantumInterconnect, #QuantumCircuits, #QuantumApplications, #BeyondClassical, #QuantumHardware, #IBMResearch, #QuantumTech, #FutureOfComputing, #QuantumEra, #Supercomputing, #QuantumBreakthrough, #TechNews, #TechnologyNewswire, #Quantum2025, #QubitScaling, #ErrorCorrectedQuantum, #QuantumNetworking, #DataCenterQuantum, #CryoElectronics, #QuantumControl, #PracticalQuantum, #QuantumUtility, #IBMQuantumSystem, #NighthawkQuantum, #HeronQuantum, #QuantumChip, #DeepTech, #NextGenComputing, #QuantumInnovation, #QuantumFuture, #QuantumPower, #QuantumLeap, #TechRevolution

Struggling with quantum control in #QuantumComputing? 😩 Boulder Opal is your answer! Design, optimize & automate your quantum ops faster & better. Learn more: buff.ly/wK1q2BA #QuantumControl #QuantumTechnology

Join us for an exciting talk that discusses leveraging reinforcement learning for quantum control. Also, a discussion on RL-based closed-loop feedback control with highly noisy quantum data. #Quantumcontrol #MachineLearning #Quantumcomputing #Quantumcomputing

Two PhD Positions in Quantum Information and Thermodynamics at Universitat Autònoma de Barcelona @UABBarcelona #QuantumInformation #QuantumSensing #QuantumControl quantiki.org/position/two-ph…

The QEC 2025 Program Committee invites contributions for talks and posters on outstanding recent research in quantum error correction, fault tolerance, quantum control, and related areas. #QuantumTechnologies #QuantumErrorCorrection #QuantumControl qec25.yalepages.org/

"Never put off till tomorrow what you can do today" YOU HAVE BEEN WARNED... Quantumconf Deadlines #callforabstracs #quantumtechnologies #QUANTUMatter #quantumcomputing #quantum #research #QuantumControl

This paper derives an upper bound on the acceleration of a #quantumsystem in #Hilbertspace, using #geometricmethods and Heisenberg's uncertainty principle, with implications for #quantumcontrol.

⚛️The journey to create practical #quantum computers is filled w/ challenges, from #qubit quality to lower error rates & longer coherence times. 💡But there's a game-changing strategy: focusing on the #QuantumControl layer to navigate these. 🛠️More here: hubs.ly/Q030sHGh0

Breakthrough: Direct coupling of trapped-ion motional modes achieved with high fidelity! Non-destructive measurements of quantum oscillator states unlock new possibilities for atomic motion control. #QuantumPhysics #TrappedIons #QuantumControl #QIP doi.org/10.1038/s41567-024-0…

We have developed a new quantum control code for qubits, named "VAN-DAMME" (Versatile Approaches to Numerically Design, Accelerate, and Manipulate Magnetic Excitations): tinyurl.com/yww98j27 Happy Birthday, @JCVD! #TDDFT #CompChem #DFT #quantumcontrol @UCRiverside

The full schedule of the 10th @CQIQC_Toronto Conference on #QuantumInformation and #QuantumControl (#CQIQC-X), now underway, as broad & stimulating as each of its 9 predecessors! Looking forward to lots of new ideas & exciting discussions.

TOMORROW: Live #quantum seminar on physics-informed tracking of qubit fluctuations! Want to learn more about Quantum Machines’ advanced control solutions? 🔬 🗓️Join us on July 10, 10AM EDT / 4PM CEST Register now : hubs.la/Q02FT0pb0 #QuantumControl #QuantumMachines

"The #Owl = Walking Free, = The Weak Need = Superiority = Jealous Of @I4m166." God, = "@The91RightHand Has #QuantumControl = sat³ Sr. = SPARTA!!!!! The Lord Jesus, = #SpiritualTruths, = Who Destroyed My Life?"

APS March Meeting is in the rear-view mirror (until next year), but here's a little reminder of what took place: hubs.la/Q02BKd0t0 #QuantumControl #QuantumComputing

🐈 We're 'purrrring' (excuse the pun) at the latest breakthrough from our friends at @Alice__Bob, who have achieved a monumental feat: a cat qubit with bit-flip times of over ten seconds! 👉 Get the full details here:hubs.la/Q02Blr3V0 #QuantumControl #QuantumComputing

🇺🇸 The final day of #DAMOP is going down today! 💫 Make sure the swing by the QM booth to chat with our team, learn how to enhance your #quantum research using advanced #QuantumControl, and see how the OPX can be used to generate signals on a 6 Series B MSO Oscilloscope