Quantum & Deep Tech VC Investor - (🇵🇱,🇺🇸) - e/acc ⏩ - $IONQ

The Wild West
Joined December 2020
Dom Andrzejczuk retweeted
The broader tech and semiconductor world is waking up to what we’ve believed since day one: software is the critical catalyst that turns quantum hardware into useful, scalable computing. Major deals in the quantum software landscape like the recent @intel acquisition of @ClassiqTech underscore just how vital this layer is to the future of the ecosystem. It’s why we’ve placed @PennyLaneAI and hybrid programming at the heart of our mission from day one. That vision is exactly why we built PennyLane - it is engineered from the ground up for hybrid quantum-classical workflows and seamless machine learning integration. Supporting 40+ hardware and simulator backends across every major architecture, Pennylane surpasses [1 million monthly package installs] across our platform ecosystem and currently stands as one of the most widely adopted quantum frameworks in the world. Hardware will push the boundaries of physics, but developer adoption is what we believe will define the industry’s timeline to commercial impact. A huge thank you to the global community of researchers, developers, and partners building on PennyLane every single day. We’re just getting started!
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Dom Andrzejczuk retweeted
There's a new intercontinental data pathway between Geneva and Seoul—a post-quantum one. The data that traverses it—ours. This pathway is part of a multi-layered post-quantum security connection between our offices in Switzerland and South Korea. It's a model for governments and enterprises the world over. Financial loss. Damage to critical infrastructure. Reputational harm. Toppled stability. Without quantum-level security, many pitfalls lie ahead. But our hybrid solution, which leverages both quantum key distribution (#QKD) and post-quantum cryptography (#PQC), points the way to quantum-level security. Read the full blog → ionq.com/blog/leading-with-p… #IonQ #QuantumIsNow #FutureOfQuantum #QuantumSecurity
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Dom Andrzejczuk retweeted
What an exciting time to be alive. We're starting to explore a regime of physics that has always been out of reach: large, highly entangled quantum systems that we can build and control ourselves. Quantum mechanics itself is on very solid ground. It has passed every experimental test for a century, and it already underpins the modern world, from the chips in your phone to lasers and MRI. We know the rules. What we often can't do is calculate what they produce once many particles become deeply entangled. Fully describing the state of just 300 entangled qubits can take more numbers than there are atoms in the observable universe, and no classical computer can keep up. Quantum computers are the first machines that let us create these states on purpose and study them directly. Scaling them to millions of qubits takes us into territory no one has ever been able to test. There are two possible outcomes, and both are extraordinary. If quantum mechanics holds at that scale, as most physicists expect, we gain an instrument for physics we've never been able to compute: new phases of matter, new materials and molecules, and open puzzles like high-temperature superconductivity, still not fully explained 40 years after its discovery. Early machines have already produced exotic states, like time crystals and non-Abelian anyons, that once existed only in theory. If it doesn't hold, and these systems behave in ways the theory can't explain, that would be the biggest discovery in physics since quantum mechanics itself. And there's precedent for this. Electromagnetism was always around us, in lightning and lodestones, long before we understood it well enough to build motors, power grids and radio. The nucleus sat inside every atom for billions of years before the 20th century turned it into nuclear power and medicine. Entanglement fits the same pattern: it's already everywhere in nature, and we're only now learning to engineer it at scale. We can't predict where that leads, and history suggests we'd guess wrong. The inventors of the transistor and the laser didn't foresee the smartphone or the internet. The biggest impact of mastering entanglement will likely be something no one has imagined yet, or dare I say even capable of imagining.
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Dom Andrzejczuk retweeted
Wróciliśmy z żoną z San Francisco do Warszawy. Ona Amerykanka, ja Polak. @mBankpl dwa razy odmówił jej konta 🤷‍♂️ Szukamy banku, który nas chce i mówi po angielsku. Oferty w komentarzach 👇 @AliorBank @SantanderPL @PKOBP @Citi_Handlowy
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Dom Andrzejczuk retweeted
Jensen Huang says quantum computers could help train AI by simulating biology and chemistry and generating synthetic training data. “Quantum computer is not the next big thing, but it is a big thing.”
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Dom Andrzejczuk retweeted
$IONQ Great post by Chad. He acknowledges IonQ still needs to ship 256, but makes a very important distinction between IonQs roadmap compared to competitors like Quantinuum: "The counterpoint to them (and others) is: “yes fair, but our path with respect to BOTH HOW we will do FT AND for HOW do will do scaling is clear and public”. I remain very, VERY skeptical about scaling laser control systems in Trapped Ion and Neutral Atom systems. I’m also skeptical for PICs as a mechanism to make this leap. They are better than bulk optics for sure, but not something that can scale like fully electronic mechanisms on integrated circuits at scale. They have their bet, we have ours — time will tell."
While travelling all over to spend time with customers, partners and the team, took a beat to put down thoughts on what's what in our part of Quantum the world, the race to scaled FTQC. "Put up or shut up: Part Deux" here: medium.com/@sakacc/put-up-or… My own thoughts, always.
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Dom Andrzejczuk retweeted
Klub Przyjaciół Metali Ziem Rzadkich (Szczepan Ruman @szczepnr, Tomasz Zdzikot @TomaszZdzikot) - zapraszam do wysłuchania rozmowy w @RadioWNET w której uczestniczyłem (20.10.2026). Gościem był Dominik Andrzejczuk @QuantumDom 👇 youtu.be/0V5xX2-zkU8?si=Z64V…
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Dom Andrzejczuk retweeted
Replying to @nick_farina
The view I frequently express is that the closest analog is harnessing electricity. With #quantum we now have control over a new physical resource we've never been able to meaningfully access. That's extraordinarily powerful and who knows what it unlocks
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Dom Andrzejczuk retweeted
$IONQ - About $11.7B in enterprise value, net of cash, gets you IonQ plus 11 leading deep tech companies across quantum computing, networking, security, sensing, space and foundry. The parts are valuable on their own. Working together as one platform, they're worth far more. What would it cost to buy all of these companies today? Based on Friday's $31.28 close, including the pending Elisity deal and pre-funded warrants. Pro forma cash of ~$3.9B.
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Dom Andrzejczuk retweeted
it sounds crazy on paper, but i believe this is possible. humans haven’t yet even come close to imagining the doors quantum computation will open for humanity.
INFLEQTION'S CTO SAYS QUANTUM COULD BE A BIGGER REVOLUTION THAN AI Why he thinks quantum is where AI was in 2016 Pranav Gokhale says quantum today feels a lot like AI did around 2016 or 2017. Back then, AI was mostly used to serve you the right ad or recommend your next movie. Nobody would have guessed that 10 years later it would be helping make new physics breakthroughs. So he says you have to stay humble about predicting what quantum computers will be used for a decade from now. But he sees no reason it can't be as big as AI, or bigger. "AI is probably the apex of what you can do with that digital revolution. And quantum is an entirely new revolution. It works entirely different." Over a 50-year view, he thinks quantum could matter as much as computing has since the 1970s.
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Dom Andrzejczuk retweeted
quantum computation.
What’s coming after super intelligence?
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Dom Andrzejczuk retweeted
AI and LLMs will accelerate Quantum computing progress.
LLMs have gotten very good at making classical code do more with less, from faster CUDA kernels to leaner compilers. This summer, as part of the Anthropic STEM Fellows program, we asked whether Claude could do the same for quantum computers. We found it can. Across a wide range of tasks, Claude's circuits need fewer qubits and less running time than the best published designs. The video shows the most striking one: modular inversion, the costliest step in the quantum algorithm for elliptic-curve discrete log. Claude built it on a classical method few thought could work on quantum computers.
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Dom Andrzejczuk retweeted
Sure sure, Americans have flying cars But have you seen the latest in European innovation?
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Dom Andrzejczuk retweeted
$IONQ Contracts, Not Shares: IonQ and the CHIPS Quantum Awards We all have questions about today’s capital raise announcement and I anticipate we’re going to hear a lot more soon from IonQ. Was today’s stock price part of the broader market volatility? I think in part the answer is yes. Dilution concerns are real and I believe we all have them. But do we see everything? Of course not. What we do see is a company growing and hitting many of its targets as scaling into manufacturing occurs. From my view, I believe there’s a lot more to what occurred and as I said, I expect we’re going to hear more soon. But all of this led me to consider should IonQ have taken CHIP money or was the private route the avenue to go? My conclusion is straight forward: the private money was by far the best option. Now some will say that no more capital was needed and no more dilution. And I get it. But we don’t see everything and I expect we will. Meanwhile I took a look at the CHIP funding that many in the market (not all) were happy about. I’m glad IonQ never did apply for CHIP money after the Skywater closing (to the best of my knowledge). I hope this helps as we wait for more information: IonQ funds itself in the capital markets and works with the U.S. government as a contractor. The 2026 CHIPS quantum awards offered a different arrangement, one that would have made Washington a shareholder in exchange for a small and conditional sum. On the day IonQ priced a $2.0 billion equity offering with Heights Capital Management, it is worth asking why IonQ is not among the companies that took government money, and how today's raise compares with what those companies accepted. Our conclusion is that private capital was the better choice by a wide margin. The one exception is the narrow question of option value per dollar, which we address directly. On May 21, 2026, the Department of Commerce signed letters of intent for $2.013 billion of CHIPS research and development awards to nine quantum companies. Each award was conditioned on the government receiving a minority, non-controlling equity stake. The money was concentrated. IBM's new quantum foundry subsidiary, Anderon, was offered $1 billion, matched by another $1 billion from IBM, and GlobalFoundries was offered $375 million. Together the two foundries account for $1.375 billion, about 68% of the program. Quantinuum, D-Wave, Rigetti, PsiQuantum, Infleqtion and Atom Computing were each offered $100 million, and Diraq up to $38 million. By mid-September, six of the nine had signed definitive agreements; Atom Computing, Infleqtion and Diraq remained at the letter-of-intent stage. The finalized agreements with the three public quantum computing companies show how the program works in practice. Rigetti, D-Wave and Quantinuum signed their award agreements on September 4, 2026, and their securities agreements on September 8. Rigetti issued 7,739,938 shares at $12.92, D-Wave 7,095,721 shares at $14.093, and Quantinuum 2,369,528 shares at an implied price of about $42.20. In each case the company handed over shares worth the full $100 million at signing. The cash did not arrive the same way. Only $43.9 million was made available to Rigetti at the start, $53.6 million to D-Wave and $56.0 million to Quantinuum, about $153.5 million of the $300 million combined. The rest is released only as project milestones are met, over a performance period of up to five years. At Rigetti, Commerce decides whether those milestones have been met "in its sole discretion." The filings describe the first tranches as made available rather than received. The pricing worked in the government's favor as well. Rigetti's letter of intent set the price 15% below the lowest of three closing prices, and Infleqtion's sets it 15% below the lower of two. Quantinuum's was the lower of its IPO price less 20% or its award-date close less 15%. D-Wave's filing says only that the shares were issued "at a discount to the current market price." In each structure, the government receives the best price in the window and a discount on top. The agreements contain protections for the companies, and fairness requires noting them. Without company consent, Commerce may transfer only the shares that match cash actually disbursed, and it may not sell privately to a competitor. If Commerce terminates an award, the company may buy back the shares tied to undisbursed funds for $1 in total. That applies to any termination at Rigetti, and to termination for convenience at Quantinuum. Commerce has also waived most voting rights, keeping a vote only on changes that would harm common shareholders and, at Rigetti, on mergers. These protections soften the structure but do not change its basic shape: the government receives permanent equity for conditional cash. If a company misses later milestones and Commerce does not terminate, it can carry the full dilution while receiving roughly half the money. The conditions go further. At Rigetti, if required work is not completed or there is a material breach, Commerce may demand repayment of everything it has paid, as a debt. Award money may be spent only on eligible project costs under an approved budget, not as general corporate cash. Commerce holds march-in rights at Rigetti and D-Wave, which allow it to license out inventions from the funded work. Quantinuum may not transfer funded intellectual property to foreign countries or entities of concern during the performance period or for at least ten years after. It must also give 60 days' notice before any IP transaction and keep funded inventions predominantly made in the United States. D-Wave's agreement schedules were left out of its public filing, and its accounting treatment for the deal was not yet settled. The companies' own filings name further risks. Rigetti warns that Commerce acting as shareholder, counterparty and regulator at once could complicate its business, and could prompt other governments to seek equity of their own. D-Wave warns that a future court, Congress or administration could find the arrangements "unauthorized, void or voidable." The government also holds registration rights that let it resell its shares. In GlobalFoundries' case, where Commerce received 9,907,399 shares at $37.85, about 1% of the company, one report says it has already filed to sell. Recipients should expect the government's block to reach the market eventually. The two largest technology names in the program show a different set of problems: opacity and dependence. IBM's $1 billion did not go to IBM itself but to Anderon, its new foundry subsidiary in Albany, New York. When that award was finalized on September 16, no equity, milestone or disbursement terms were published. Futurum notes that Anderon has named no outside customer since May and describes it as effectively a captive fab in waiting for IBM's own roadmap. The largest single award in the program has gone to a foundry that so far serves one company, with the least public accountability of any recipient. PsiQuantum, a private company, finalized its $100 million award on September 8 without disclosing what security it issued or at what valuation. On October 8 it took a conditional loan commitment of up to $150 million from the Pentagon's Office of Strategic Capital, layering federal debt on top of federal equity. Its manufacturing roadmap now rests substantially on government capital, on terms the public cannot see. The companies still at the letter-of-intent stage add little clarity. Infleqtion has agreed to issue $100 million of stock at a 15% discount with milestone-based cash, subject to due diligence and approvals. Atom Computing and Diraq have disclosed no terms at all. Commerce has never publicly explained why IonQ is not on the list. The most likely reason is timing. The letters of intent were signed while IonQ's acquisition of SkyWater was under an FTC Second Request, and that deal did not close until July 31, 2026. Merger agreements commonly restrict a buyer from issuing significant new equity before closing, and a government stake would be exactly such an issue. The other reasons are easier to establish. IonQ did not need the money: it held several billion in cash and investments. And maybe IonQ knew the terms were unfavorable and had better options. It seems that way. Against that background, the case for private money begins with scale. The $2.0 billion IonQ priced today is roughly the size of the entire nine-company CHIPS program. A typical award of $100 million is about 5% of what IonQ raised in a single transaction. To match today's capital on government terms, IonQ would have needed roughly 20 typical awards, more than the program contains. For a company running two hardware generations, a fab and a DARPA verification program at once, $100 million could not have changed the plan. The second advantage is certainty at a better headline price. Heights' money settles in full on or about October 16, 2026, at $40 a share, about 15% above IonQ's prior close of $34.73. A CHIPS-style award on Rigetti's formula, applied to that same close, would have priced IonQ stock near $29.52. For every $100 million, IonQ would have issued about 3.39 million shares instead of 2.5 million, with roughly half the cash at signing and the rest contingent. Honesty requires a concession here. Heights also received 100 million seven-year warrants exercisable at $69.46, two for every share or pre-funded warrant it bought. On a standard Black-Scholes model, with 50% to 80% volatility and a 4% rate, each warrant is worth roughly $13 to $22. On that measure, Heights receives more value per dollar than Commerce would through its discount. That works out to roughly $52 million to $97 million beyond the cash on every $100 million, against about $18 million for a CHIPS-style award if all the money arrives. But the two costs behave differently. The warrants cost existing holders something only if IonQ's stock roughly doubles, and if they are exercised they bring IonQ about $6.95 billion in additional cash. The government's discount is paid on day one, whatever the stock does next. The third advantage is freedom of use. IonQ can spend today's proceeds on any corporate purpose, including the acquisitions its prospectus says it expects to pursue. CHIPS funds are restricted to approved project costs, subject to clawback, and in some cases tied to march-in rights and long-term limits on transferring intellectual property. None of those conditions attach to Heights' money. The only notable restriction in today's deal is a 4.99% ownership cap on warrant exercise, which limits the investor, not the company. The fourth advantage is independence, which matters most for a company with IonQ's footprint. About half of IonQ's Q2 2026 revenue came from outside the United States. Its customers include Korea's KISTI and SDT, the University of Cambridge, QuantumBasel, and national quantum networks in Switzerland, Slovakia and Romania. Rigetti's own warning that a government shareholder could prompt other governments to seek equity applies with special force to IonQ. IonQ sells encryption and quantum networks, where trust in the supplier is the product. A U.S. government seat on its shareholder register would make for a harder conversation with a foreign ministry, so staying free of one is a commercial asset. The fifth advantage is that IonQ already works with Washington on better terms, as a contractor rather than an investee. On October 7, 2026, it signed a DARPA Quantum Benchmarking Initiative Stage C agreement worth up to $300 million through 2029, with no equity to the government. IonQ Federal and SkyWater's trusted-foundry status follow the same model. The government buys and verifies IonQ's technology rather than owning a piece of the company. Several developments would change this assessment. If IonQ signs a CHIPS award on better terms than the published template, the case that the terms were the obstacle weakens. A foreign customer or government citing a U.S. stake in another vendor as a reason to buy elsewhere would strengthen the case for independence. Rigetti, D-Wave or Quantinuum disclosing missed milestones while Commerce keeps its shares would confirm the equity-now, cash-later risk. GlobalFoundries or Anderon winning outside trapped-ion or cryo-CMOS customers would raise the competitive cost of staying out. On the evidence available today, the comparison is not close. Private money gave IonQ 20 times the capital, all of it at settlement, at a premium to the market price. It came with no restrictions on use and no strings on its intellectual property or international sales. Its terms were also fully disclosed, which the IBM and PsiQuantum awards were not. The CHIPS structure would have traded a modest advantage in option value for a small, conditional, restricted sum and a permanent government shareholder. For a company that can raise billions in the capital markets and already serves the government as a contractor, private capital was the better choice. As I said, I think there’s a lot more to the story and am eager to hear more. **Sources** 1. [Rigetti 8-K: Commerce award and share issuance, Sep 2026](sec.gov/Archives/edgar/data/…) 2. [Rigetti 8-K: CHIPS letter of intent, May 2026](sec.gov/Archives/edgar/data/…) 3. [D-Wave 8-K/A: Commerce award, Sep 2026](sec.gov/Archives/edgar/data/…) 4. [Quantinuum 8-K: Commerce award (StockTitan)](stocktitan.net/sec-filings/Q…) 5. [Infleqtion: letter of intent](ir.infleqtion.com/news-event…) 6. [GlobalFoundries: $375M award finalized](gf.com/news-and-events/news/…) 7. [NIST: Anderon award finalized](nist.gov/news-events/news/20…) 8. [IonQ 424B5 prospectus supplement, Oct 14, 2026](sec.gov/Archives/edgar/data/…) 9. [IonQ Q2 2026 results](sec.gov/Archives/edgar/data/…) 10. [IonQ: DARPA Stage C, Oct 7, 2026](ionq.com/news/ionq-advances-…) 11. [PostQuantum: CHIPS Act quantum equity, what the filings show](postquantum.com/industry-new…) 12. [DCD: Commerce awards nine quantum companies](datacenterdynamics.com/en/ne…) 13. [Crypto Briefing: Commerce files to sell GlobalFoundries shares](cryptobriefing.com/commerce-…) 14. [Futurum: Anderon finalizes $1B award](futurumgroup.com/insights/an…) 15. [The Quantum Insider: PsiQuantum finalizes $100M](thequantuminsider.com/2026/0…) 16. [The Defense Post: PsiQuantum $150M loan](thedefensepost.com/2026/10/1…) 17. [Startup Fortune: legal test over equity stakes](startupfortune.com/washingto…) 18. [Ad-hoc-news: IonQ and Washington's silence](ad-hoc-news.de/boerse/news/u…
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There is one such country in the world that knows. 🇵🇱🇺🇸🗽
Poland knows what’s up.
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Dom Andrzejczuk retweeted
$IONQ Our Analysis Of IonQ's Acquisition Indicates Significant Revenue Gains & Increased Shareholder Value For anyone interested in understanding the value of @IonQ_Inc’s acquisition of @ElisityInc consider taking the time to read this in full, because some observers are going to miss the importance of what IonQ announced on October 12. No question that the value is in the details - and we believe after considerable analysis focused on security and networking that IonQ’s agreement to acquire Elisity is one of the most consequential moves in the company’s history, and it is the move we had been hoping to see. The transaction gives IonQ an unequivocal position of global strength in a fast-growing and increasingly alarming security market no other quantum company can match, while our analysis indicates the deal will significantly increase shareholder value and company revenue in both the short and long term by expanding into identity-driven Zero Trust, accelerating enterprise and government adoption of IonQ’s quantum-safe offerings, and creating cross-sell opportunities across a completed stack while nations everywhere face fast-moving security integration deadlines. For months our research on China, Russia, and the countries racing to protect themselves reached the same conclusion. IonQ had assembled the strongest quantum-safe portfolio in the industry—quantum computing, quantum networking, quantum key distribution through ID Quantique, quantum random number generation, and post-quantum cryptography. The missing layer was the one adversaries exploit first: control over who and what is allowed to reach what inside a network. We wanted IonQ to own that layer, and now it will. Elisity brings identity-based Zero Trust to every user, device, workload, AI agent, and non-human identity. Its IdentityGraph enforces least-privilege policy through a software layer independent of the network underneath. The all-stock deal is worth up to $1.3 billion, including an earnout of up to $150 million, with closing expected in the fourth quarter. It gives IonQ the full path: the key that encrypts the data, the link that carries it, and the identity allowed to use it. This completes IonQ’s full stack at the exact moment governments and banks are being told to act. The timing matters because of the threat. Our research (that accurately and extensively forcasted China's quantum ecosystem prior to CAS's published 5 year plan) has documented a quantum partnership between Russia and China that is deeper, better funded, and more deliberate than most Western observers assume. Both are pursuing quantum computing, quantum communication, and the human networks that move expertise between them. Their cyber services are already inside critical networks: Salt Typhoon reached deep into American telecom carriers; UNC3886 attacked Singapore’s critical infrastructure and then all four of its major telcos, which Singapore’s Cyber Security Agency called “a deliberate, targeted, and well-planned campaign.” Russian services have long probed European energy, government, and diplomatic systems. Behind them sit North Korea’s industrial-scale theft and fake IT workers, plus commercial brokers selling access. AI is accelerating all of it. IonQ frames the challenge as containing attacks that move at machine speed today while protecting sensitive information against the quantum threat tomorrow. Elisity answers the first; IonQ’s quantum-safe portfolio answers the second. This feeds harvest-now-decrypt-later, where adversaries copy encrypted traffic today and wait for a quantum computer to open it. The U.S.-China Economic and Security Review Commission has reported that China is already doing exactly that. Encrypted data stolen today is a quantum loss already in progress. IonQ’s announcement quotes @NiccoloDeMasi: “Q-Day is coming much faster than predicted.” On the day of the deal he told Bloomberg he expects it “by the end of this administration in the lab and a year after that at scale,” adding: “We are urging our customers to listen to the White House executive order of June 22 and start working with us now. This is a real and present threat.” Adversaries only need to be inside the network and patient. Elisity is built to stop the first step; IonQ’s quantum-safe products are built to make the patience worthless. Our China research shows Beijing is further along than most U.S. and allied assessments acknowledge. From China’s own procurement, standards, and government records, a China Telecom-controlled center in Beijing’s E-Town district is building a full-stack quantum ecosystem benchmarked against IBM Qiskit and NVIDIA NVQLink. The institute leading Beijing’s quantum-AI consortium belongs to CETC and sits on the U.S. Entity List. China Telecom reports 7.2 million quantum-communication users, with metro quantum networks in 25 cities by late 2025 and more planned. China’s state carriers are on the Pentagon’s list of Chinese military companies, and PLA universities co-draft national standards for quantum computing and quantum key distribution. Our deep dive and the cited data demonstrate that Beijing has already assembled the infrastructure, standards, and dual-use pathways needed to operationalize quantum capabilities against Western networks far sooner than conventional assessments allow. This is the environment IonQ just entered. The #Elisity acquisition completes a stack that addresses the actual sequence of the threat: get inside the network first, then wait for the quantum capability that makes the stolen data useful. Most of the industry is still debating which quantum-safe algorithm to deploy. #IonQ is positioning to control the identity layer that determines whether an adversary ever gets close enough for the algorithm to matter. That difference will define the next phase of this market. The report is detailed and we believe explains every detail of why this transaction will meaningfully increase both company revenue and shareholder value. There’s a clock ticking and significant opportunity. Here’s the report: quantumtechintegration.blogs…
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Dom Andrzejczuk retweeted
glad to see famous quantum computing expert/felon martin shkreli share his deep insights on this pod. he has a delightful talent for being wrong about nearly everything. btw how is your optical compute play doing martin? don’t worry i attached the chart if you can’t recall. lol.
All-In Summit: Martin Shkreli -- Quantum is a one-trick business -- AI will not cure one disease for at least a decade -- Demand for intelligence is infinite & AI will start companies itself -- The one thing he couldn't admit, and why he says it put him in prison ++ much more! (0:00) @MartinShkreli joins the Besties! (0:55) Why quantum computing is a one-trick business and why he’s betting against it (7:42) The drugs big pharma sells too cheap and his journey from hedge fund trader to pharma (11:37) AI, drug discovery, and who actually wins (21:32) Brilliance and rule-breaking, the gifted-kid trap & what prison taught him
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Fermilab is among the initial partners in Microsoft Quantum's newly established quantum research center. ⚛️ The center will feature a quantum hardware makerspace, where researchers can develop new approaches to hands-on quantum training. news.fnal.gov/2026/09/fermil…
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