Married with Blue collar hands, and a White collar mind. investing in Faith+Family+Fire= legacy

Alabama, USA
@IonQ_Inc The more I study the companies that consistently win, the more a pattern stands out. They don’t just build products..they build the system around them. Apple built a closed loop of hardware, software, services, and distribution. NVIDIA didn’t stop at chips.. they built the software layer and developer ecosystem that everything runs through. Tesla connected vehicles, energy, and infrastructure into one integrated system. IonQ is doing the same.. not just building quantum computers, but building the full stack: hardware, cloud access, software, networking, secure communications, and manufacturing partnerships. That kind of integration is what creates real staying power. It’s not about one product,.. it’s about owning the system the future runs on.
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Michael Shad retweeted
We're continuing to do lots of great work (like this) in many places on Forte generation HW, Tempo systems being deployed, and more and more Superion 256 systems being sold (several last week that we're in the process of announcing)
Proof-of-concept done on old $IONQ Forte hardware Imagine what they can do on Superion 256?
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$IONQ I think what's happening in Chattanooga is bigger than just creating a quantum hub. They're developing a quantum economic ecosystem. IonQ isn't putting the infrastructure in place first and then saying, "We've got quantum computing if anybody wants to use it." The users, research, applications and workforce are developing alongside the technology. EPB is bringing together quantum computing, networking and memory while UTC and Vanderbilt expand research around it. Researchers, startups and businesses are getting access to the technology. ORNL and NIST are involved in real projects, and IonQ is talking about hundreds of new jobs coming from this investment. That's how a new industry takes root. Infrastructure gives people access. Access drives research. Research produces applications. Applications attract businesses, investment and jobs. And that activity creates the need for even more capacity. That's the flywheel. Chattanooga isn't putting a quantum computer in town and waiting to see what happens. The technology, talent, research and commercial activity are growing together. $IONQ
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$IONQ Another piece of the puzzle is falling into place. Back in May, IonQ launched commercial InSAR capabilities for millimeter-scale deformation monitoring with a three-day repeat cycle. Then in August, Capella received an NRO Radar Commercial Augmentation contract for commercial SAR imagery and data services. Now IonQ is demonstrating quantum change detection using real SAR satellite data, with potential applications across defense, critical infrastructure and environmental monitoring. SAR data → quantum analytics → detect what changed → turn that information into something actionable. These pieces are starting to connect themselves.
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Michael Shad retweeted
Announced today, Florida International University will be the first to bring an IonQ Superion 256 computer to the State of Florida. The installation will create a central hub for quantum research and education across the region. @FIU's quantum computer will be housed at a specialized, secure site on its main campus in Miami, following completion of its on-campus data center. Scientific applications and research by students, faculty, visiting scholars, and affiliated research centers are expected to span material science, artificial intelligence, logistics, cybersecurity, and more. Read the full announcement → ionq.com/news/ionqs-superion… #IonQ #IonQSuperion #QuantumIsNow #QuantumComputing #Florida
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Michael Shad retweeted
The NVIDIA Accelerated Quantum Research Center (NVAQC) will have its first on-premise quantum computing deployment: an IonQ Superion 256 system. “We see this as the beginning of an exciting era of hybrid quantum-classical computing," says our CEO @NiccoloDeMasi. The NVAQC is designed to address the fundamental challenges of scaling quantum processors into a new class of accelerated quantum supercomputers. Connecting IonQ’s full-stack quantum systems directly with @nvidia AI infrastructure will help drive the breakthroughs needed to turn qubits into useful, large-scale quantum supercomputers capable of solving the world's hardest problems. Our quantum processing system will link directly with an NVIDIA GB200 NVL72 system via NVIDIA NVQLink. Workloads will be orchestrated by the open NVIDIA CUDA-Q platform. Read the full announcement → ionq.com/news/ionq-to-advanc… #IonQ #QuantumIsNow #QuantumComputing #QPU
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$IonQ premarket move is expanding not being sold into....let's go IonQ... 🚀
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Michael Shad retweeted
$IonQ My team is preparing a dossier on what today’s news means and WHAT IT REALLY MEANS … which brings me back to this incredible man who had the ba#%, the confidence, and the ability to essentially go head-to-head with . . . I’ll leave that for the report we’re about to release. But I can’t not think of The de Masi Impact Formula - and how, well, here we are today … again, liking forward to sharing the upcoming report by Friends of IonQ.
$IonQ Here is the thing almost every quantum analyst gets wrong about IonQ: they analyze the company as if it were a set of assets. It is not. It is the product of a leadership decision. Strip out @NiccoloDeMasi and IonQ is not the company it is today — and the entire four-part Quantum Technology Integration Series, read together, is ultimately the story of one transformation. Call it the de Masi Impact Formula. The formula is simple to state and hard to replicate: take a strong but single-pillar trapped-ion hardware company, install a leader who understands that the fault-tolerant era will be won at the intersection of capability AND platform, and then execute a vertical-integration strategy fast enough that by the time competitors recognize the playbook, the moat is already built. That is what has happened at IonQ over roughly fifteen months. It is not an accident of physics. It is a deliberate, sequenced, leadership-driven build — and it is why IonQ leads the commercial Tier 1 cohort at 9.2 near-term and 9.3 blended, ahead of IBM by 1.2 points, Google by 2.1, and Quantinuum by 2.3, under every sensitivity profile the framework tests. Look at what the formula actually produced. A foundry path no other commercial quantum company has — SkyWater, now stockholder-approved, chip samples already in hand. Live quantum networking on three continents while rivals have none deployed. A security business (ID Quantique, ~300 patents) and a sensing business (Vector Atomic) that generate revenue today — funding the wait that pure-play competitors must finance externally through dilution. A space and defense position — SDA HALO, MDA SHIELD, DARPA HARQ — that anchors a sovereign role capital alone cannot buy. And underneath all of it, the hardware to justify the platform: the highest demonstrated two-qubit gate fidelity in the field at 99.99%, peer-reviewed, achieved without ground-state cooling; the first trapped-ion qLDPC breakeven, peer-reviewed June 4, 2026, running nine error-correcting codes on one device with zero hardware reconfiguration; and the only commercial revenue above $100M GAAP in the entire sector. None of those pillars is a coincidence sitting next to another coincidence. They were acquired, integrated, and sequenced under one strategic vision. That is the difference between a CEO and a custodian. Niccolo did not inherit this platform — he assembled and nurtured it, and he integrated it fast enough that the federal government is now spending billions trying to incentivize the rest of the industry to replicate the vertical-integration position IonQ reached first and on its own balance sheet. Here is the mechanism that makes the formula compound rather than merely add — the flywheel at the center of the capstone synthesis. The foundry is the root node: it accelerates iteration across every hardware pillar at once. Compute and networking become a single system at fault-tolerant scale, because the 2028 path to AQ1,000 is a networked multi-chip architecture, not a single bigger chip. Security and sensing revenue fund the build. Space and defense extend the network globally and deepen the sovereign moat. And code efficiency multiplies the manufacturing edge: IonQ’s BB5 code encodes four logical qubits in eighteen physical against Quantinuum’s seven-to-one, which means fewer physical qubits per logical qubit, which means more capability per wafer — on a wafer cycle a foundry makes faster. Two advantages that compound instead of stacking. A research lab can match a single IonQ result. It cannot match the flywheel, because the flywheel is a leadership architecture, not a lab outcome. The full four-part case “The Quantum Tech Integration Series”— built to be tested, with the conditions that would change the verdict named explicitly demonstrates Niccolo’s leadership- not just within @IonQ_Inc but his overarching impact on the quantum industry. Part I — Quantum Technology Adoption: Enterprise Decision Framework quantumtechintegration.blogs… Part II — Quantum Software Adoption: Decision Framework for the Programmable Quantum Era quantumtechintegration.blogs… Part III — The Quantum Full Stack: Defining the Quantum Tech Era quantumtechintegration.blogs… Part IV — The Quantum Frontier Report: The Race to Lead, the Compounding Advantage, and the Investor Imperative quantumtechintegration.blogs… Bonus — Analytical Review: IonQ vs. Quantinuum (synthesis of Parts I–III) quantumtechintegration.blogs… IonQ is unquestionably the overall leader in quantum tech because of its leadership - and that leadership created a flywheel that will take competitors years to replicate, if ever.
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Today could get interesting. Oil is back around $100 with the market watching developments between the U.S. and Iran, and Xi arrives in the U.S. today with trade, technology, fentanyl and the broader U.S.-China relationship all in play. Then you have $IONQ coming into the session with some pretty significant news of its own. The Korea deal with SDT goes way beyond selling them a quantum computer. It includes a Superion 256, an SiV quantum-memory module, a hybrid quantum-classical data center, manufacturing and system integration in Gumi, and a separate cancer-center project focused on medical and biomedical research. Then IonQ announced what it says is the industry's first end-to-end real-time QEC decoder running on a single standard CPU. They tested it across simulations of up to 408 logical qubits, 88 memory blocks and more than 31.5 million quantum operations with as little as 0.02% added stretch time. That's important because the classical hardware decoding quantum errors fast enough to keep up with the machine can become a bottleneck as systems scale. IonQ says this validates a core piece of its Walking Cat architecture. So we have a major international deployment and manufacturing agreement on one side, and another piece of the fault-tolerant computing stack moving forward on the other. Add all of that to what's happening with oil and U.S.-China relations today... I think we're in for a hell of a market day. 😂 $IONQ
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It is kinda strange that oil dropped to $100 and with no reason this morning it's rose up to ruffly $102 Could that be shorts covering ahead of this week's events and the easing of the macro pressures the last week
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Michael Shad retweeted
love watching people crash out while FSD does all the work
Censored Leak
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$IONQ This one hits close to home for me. Chattanooga is right up the road, and what they're building there is a lot bigger than just installing a quantum computer. EPB has launched IonQ Forte Enterprise at the EPB Quantum Center, creating what EPB calls the first commercial hub in the U.S. to combine quantum computing AND quantum networking in one location. And they're already putting it to work. The first project brings together IonQ, EPB, Oak Ridge National Laboratory and NVIDIA, with classical supercomputing installed alongside Forte to explore hybrid quantum/HPC solutions for optimizing EPB's electric grid. That's where this gets really interesting. Quantum computer. Quantum network. Classical HPC. Universities and researchers. Commercial customers. Real-world applications. All being brought together into one ecosystem. UTC will be the first commercial customer, Vanderbilt is preparing projects of its own, IonQ has opened an office in downtown Chattanooga, and commercial access to the quantum system begins in early October. This is where quantum starts getting real. We're not talking about a machine sitting in a laboratory waiting on some future use case. They're building the infrastructure, bringing in customers and researchers, and starting to attack real problems with it today, And seeing it happen practically in my own backyard makes this one especially cool. Chattanooga, Tennessee is quietly becoming one hell of a quantum technology hub. epb.com/newsroom/press-relea… $IONQ #QuantumComputing #Chattanooga #Tennessee
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Do you remember when you joined X? I do! #MyXAnniversary
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Michael Shad retweeted
This is why $IONQ will win. This guy right here. We backed him 5 years ago, and he hasn’t taken his foot off the gas since. Chris is in it to win it.
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Does anyone else get the feeling that $QNT is like a new toy that wallstreet likes to play with?
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$IONQ had another paper that didn't win an award that I think is impressive as well. They used the quantum computer during AI training to uncover higher-order patterns the classical models weren't finding. Once those patterns were learned, the quantum computer wasn't needed anymore. Inference could run entirely on classical hardware. On the native-binary tasks they tested, the learned parity approach improved mean accuracy by 23.9% to 41.7% over the classical baselines. So the QPU doesn't necessarily have to be involved every time the AI model is used. It can help during training, then the model can be deployed and run on classical hardware.
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RT @IonQ_Inc: We celebrate research, learning and frontier-level innovation that moves humanity forward. Come see us at the #IEEEQuantumWe…
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$INFQ is attacking quantum scaling from both directions. Build bigger machines, but also make each logical qubit require less hardware. Their new qLDPC work with NVIDIA CUDA-Q Logical encoded 18 logical qubits into 98 physical data qubits, roughly 6 data qubits per logical qubit and about 5x the code rate of the surface-code comparison they used. This was validated in software, not 18 logical qubits running on hardware. INFQ also makes clear the 98 doesn't include all the additional hardware overhead, If they can preserve that efficiency as they move it onto the machine scaling becomes about more than adding qubits. It's about getting more out of the qubits they already have.
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Everybody talks about quantum advantage as though the quantum computer eventually has to replace the classical computer. That's not what happened here. $IONQ and Synopsys put the QPU into one part of an existing LS-DYNA engineering workflow and let the classical systems handle the rest. The overall models reached 35 million elements, while Forte handled the quantum portion with up to 36 qubits. What matters is they didn't just benchmark the quantum algorithm by itself. They measured the wall-clock time of the entire workflow and reported improvements of up to 14.6%. That's a much more practical way to think about quantum advantage. The QPU doesn't have to replace classical computing. It only has to make the part of the workload it's good at valuable enough to make the whole job better.
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Firesale on $HQ today
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$IONQ designing Superion to be built by the hundreds may have implications beyond just lowering cost and increasing production. Chad gave an example where multiple smaller systems running in parallel could tackle a workload years before a single system large enough to handle it was available. If that holds across other workloads, volume manufacturing becomes part of the scaling strategy itself. Instead of always waiting for the next bigger machine, some problems may be pulled forward simply by having more machines available to throw at them.
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