Elon Musk is in direct talks with ASML to build TeraFab, a Texas chip plant with a potential price tag of $119 billion. ASML CEO Christophe Fouquet confirmed he's spoken directly with Musk and called him "very serious" about the project and his broader semiconductor and satellite ambitions.

This episode breaks down what TeraFab actually is and why it depends on one Dutch company. A Texas filing puts the initial investment at $55 billion, with total costs reaching up to $119 billion, one of the most expensive semiconductor projects ever proposed on US soil. Musk announced it in March with an initial $20 billion stake, aiming to produce logic chips, memory, and advanced packaging under one roof. Intel joined in April and plans to contribute its 14A process node, targeting 2-nanometer production.

The catch: there's no path to 2nm chips that doesn't run through ASML. Every major chipmaker (Nvidia, TSMC, Samsung, SK Hynix, Micron, Intel) relies on ASML's lithography systems. We cover the supply crunch Fouquet is warning about ("demand on AI is coming so strongly that we will be in a supply-limited market for quite a while"), the next-gen High-NA EUV tools with first logic chips expected within months and Intel as the earliest adopter, ASML's projection that the chip market could hit $1.5 trillion by 2030, and Fouquet's warning that Europe risks falling behind on AI because of regulatory complexity.

SpaceX, xAI, and Tesla all stand to draw from the same constrained chip supply, which is the thread tying this to Musk's whole empire.

TeraFab, Elon Musk, ASML, semiconductor manufacturing, High-NA EUV, Intel 14A, 2nm chips, AI compute, chip shortage, Christophe Fouquet.

Apple rebuilt Siri from the ground up at WWDC 2026, and the surprise is what's under the hood: Google Gemini. The newly renamed "Siri AI" gets a standalone app and real-time screen awareness, with Gemini-based models integrated into Apple Intelligence through Private Cloud Compute.

This episode covers everything from the keynote. The Siri overhaul and what running on a competitor's models means for Apple. iOS 27, which brings up to 30% faster app launches and supports every device back to the iPhone 11. macOS 27 "Golden Gate," which drops Intel support and refines the Liquid Glass design. The expanded parental controls, including mandatory child accounts for under-13s.

Two things the headlines almost missed: Siri AI won't launch in Europe or China because of regulatory challenges, and this was Tim Cook's final WWDC as CEO. He steps down September 1, handing the role to hardware chief John Ternus.

WWDC 2026, Apple Siri AI, Google Gemini, iOS 27, Apple Intelligence, macOS Golden Gate, Tim Cook, Apple AI partnership, Liquid Glass.

SpaceX is set to go public on June 12, 2026 at a $1.75 trillion valuation, the largest IPO in history. The company is targeting a $75 billion raise at $135 per share. But the S-1 filing reveals a contradiction: Starlink generates billions while the company posts a net loss, driven by the xAI merger and a massive bet on AI compute.

This episode breaks down the SpaceX IPO filing. xAI posted a $2.47 billion operating loss in Q1 2026, and Starlink revenue is covering most of it. Then two compute deals changed the math. Anthropic agreed to pay $1.25 billion a month to rent xAI's Colossus 1 data center, and Google signed a $920 million per month deal, both running through 2029. Together that's about $75 billion in contracted future revenue.

We cover how SpaceX shifted from running GPUs internally for Grok to operating as an AI cloud infrastructure provider, the multi-class share structure that keeps Elon Musk in control, the possible Tesla merger tying together chips, data centers, and robotics, and the FCC filing for a million-satellite "space cloud." Plus where the $600-700 billion premium above Starlink and launch is actually coming from, and what a generational liquidity event means for employees and VC backers.

SpaceX IPO 2026, xAI merger, Starlink revenue, Elon Musk, $1.75 trillion valuation, Google compute deal, Anthropic Colossus, AI infrastructure, orbital computing.

The SpaceX initial public offering scheduled for June 2026. The company is reportedly targeting a fixed share price of $135, aiming for a historic $1.75 trillion valuation while raising approximately $75 billion. Major brokerages like Robinhood, SoFi, and Fidelity detail their specific participation requirements, such as account minimums and policies regarding share flipping. The articles also highlight significant investment risks, including the company's high capital expenditures and the potential for a short squeeze on index funds due to a limited public float. Additionally, the texts explain the broader mechanics of IPO access, including random allocation models and the difference between primary and secondary markets. Detailed guides assist retail investors in navigating the complex process of requesting allocations for this record-breaking market debut.

When AI Builds Itself," the AI laboratory Anthropic reveals that its systems are increasingly automating their own development, with Claude now generating over 80% of the company's internal code. This rapid progress toward recursive self-improvement—where AI autonomously designs its own superior successors—has prompted Anthropic to propose a global, verifiable pause mechanism modeled after nuclear arms control treaties. While the company warns that failing to coordinate could lead to a loss of human control, skeptics argue the proposal is technically impossible to verify and may serve as a "safety liability shield" or a strategic marketing move ahead of its trillion-dollar IPO. Despite internal data showing exponential productivity gains, experts highlight significant "judgment gaps" in AI's ability to choose research goals, suggesting that a true intelligence explosion remains theoretical. Ultimately, the sources depict a high-stakes tension between accelerating capabilities and the desperate search for governance frameworks capable of managing a potential technological singularity.

The highly anticipated 2026 public listings of major technology leaders, specifically Anthropic, OpenAI, and SpaceX. These companies are preparing for historic debuts with projected valuations reaching the trillion-dollar mark, driven largely by their dominance in artificial intelligence and infrastructure. To accommodate these unprecedented "mega-IPOs," major stock exchanges and index providers like Nasdaq and FTSE Russell have implemented new "Fast Entry" rules to allow rapid inclusion into flagship benchmarks. This structural shift aims to improve market representativeness but introduces significant risks regarding forced passive buying and heightened price volatility for index fund investors. Experts suggest that global investors navigate these listings by monitoring indirect exposure through major stakeholders like Alphabet and Amazon or by utilizing staggered entry strategies around lock-up expiry windows. Ultimately, these sources reflect a transformative era where private-market giants are fundamentally reshaping the architecture of public stock indices and passive investment strategies.

SpaceX's historic move toward a public listing on the Nasdaq with a target valuation reaching $2 trillion. The company’s S-1 filing reveals a complex financial landscape where the profitable Starlink satellite business is being used to fund massive losses within its newly integrated AI division, xAI. Beyond space exploration, the company is pivoting toward a future in AI infrastructure, evidenced by a planned $60 billion acquisition of the coding startup Cursor. However, legal disclosures warn that ambitious joint ventures with Tesla and Intel, such as the Terafab chip factory, remain in non-binding, early stages. Investors are also monitoring how this IPO might eventually lead to a broader merger of Elon Musk’s various enterprises.

Recent data from IDC indicates that Apple has successfully entered the mainstream laptop market with the launch of its MacBook Neo. The device achieved significant early momentum by shipping 1.1 million units during its initial weeks of availability. This strategic move targets budget-conscious buyers who typically purchase Windows-based machines from competitors like Dell and HP. By leveraging optimized silicon technology and more accessible pricing, Apple is challenging the long-standing dominance of traditional PC manufacturers. Analysts suggest this shift could permanently alter industry dynamics if Apple maintains its sales velocity through upcoming shopping seasons. Ultimately, the Neo's debut represents a major effort to expand the Apple ecosystem beyond its traditional high-end niche.