AI Research
A Testament to AI-Driven Semiconductor Momentum and Strategic Leadership

In the ever-evolving landscape of technology, few industries have demonstrated the same level of resilience and innovation as semiconductors. Lam Research Corporation (LRCX), a titan in the field of wafer fabrication equipment, has just delivered a Q2 2025 performance that underscores its pivotal role in the AI-driven semiconductor revolution. With revenue of $5.17 billion—9.5% higher than the previous quarter and 33.6% above the prior year—and a record non-GAAP EPS of $1.33, Lam has not only exceeded expectations but also reaffirmed its position as a critical enabler of the next-generation computing infrastructure.
The AI Semiconductor Catalyst
The surge in demand for AI chips has created a seismic shift in the semiconductor value chain. As industries from healthcare to finance deploy AI models that require exponentially more computational power, the demand for advanced manufacturing tools has skyrocketed. Lam’s expertise in atomic layer etching (ALE) and atomic layer deposition (ALD) technologies—critical for Gate-All-Around (GAA) transistors and 3D NAND architectures—positions it at the forefront of this transformation.
Consider the implications: High-bandwidth memory (HBM) chips, essential for AI workloads, require three times the wafer intensity of standard DRAM. This alone has amplified the demand for Lam’s deposition and etch tools. TSMC, Samsung, and Intel, which collectively represent a significant portion of Lam’s client base, are investing heavily in advanced packaging and 3D stacking technologies to meet this demand. The result? A self-reinforcing cycle of innovation and growth that Lam is uniquely positioned to capitalize on.
Strategic Partnerships and R&D Prowess
Lam’s ability to sustain its leadership is not accidental. The company has forged strategic alliances that align with the industry’s trajectory. A standout example is its collaboration with ASML on dry resist technology for EUV lithography, a breakthrough that enhances resolution and productivity for sub-2nm node fabrication. Such partnerships ensure that Lam remains indispensable as chipmakers push the boundaries of Moore’s Law.
Equally critical is Lam’s commitment to R&D. In FY 2024, the company invested $1.9 billion, or 11.75% of its revenue, into innovation. This level of reinvestment is not merely a defensive measure but a proactive strategy to stay ahead of the curve. By refining its tools for emerging technologies like quantum computing and neuromorphic chips, Lam is laying the groundwork for future markets that could redefine computing itself.
Financial Fortitude and Margin Expansion
Lam’s Q2 results are not just a reflection of strong demand but also a testament to its operational discipline. The company’s gross margin hit 50.3%, up from 49.0% in Q1, driven by pricing power and efficiency gains. With a robust balance sheet—$5.85 billion in cash and a net debt position of -$864.5 million—Lam has the flexibility to reinvest in growth while returning capital to shareholders through a 25% payout ratio and aggressive buybacks.
Looking ahead, Lam’s guidance for the September 2025 quarter—$5.20 billion in revenue with a 50.0% gross margin—signals confidence in maintaining its momentum. Analysts project a compound annual growth rate (CAGR) of 8.03% in revenue and 12.22% in EPS through 2029, driven by margin expansion and operational leverage.
The Investment Case: A Long-Term Play on AI’s Infrastructure
For long-term investors, Lam Research represents more than a cyclical play on the semiconductor boom. It is a strategic bet on the infrastructure underpinning AI’s next phase. The company’s dominant market share in etch tools (45% globally, 80% at sub-5nm nodes), geographic diversification, and financial strength create a durable competitive moat.
Historically, Lam’s earnings beats have translated into strong stock performance. From 2022 to the present, the company has exceeded expectations 11 times, with a 90.91% positive return over 10 trading days after outperforming. This pattern reinforces the thesis that Lam’s innovation-driven growth and alignment with structural trends—such as AI, advanced packaging, and quantum computing—generate consistent shareholder value. While the semiconductor industry is cyclical, Lam’s proactive R&D and deep client relationships mitigate downside risks.
Conclusion
Lam Research’s Q2 earnings are a masterclass in leveraging macroeconomic tailwinds. By aligning its technological capabilities with the AI-driven demand for advanced semiconductors, the company has not only secured its current success but also positioned itself for decades of growth. For investors seeking exposure to the AI revolution, Lam offers a compelling combination of innovation, financial discipline, and strategic foresight. In an era where the race to build smarter machines is accelerating, Lam Research is not just a participant—it is a leader.
AI Research
Ray Dalio calls for ‘redistribution policy’ when AI and humanoid robots start to benefit the top 1% to 10% more than everyone else

Legendary investor Ray Dalio, founder of Bridgewater Associates, has issued a stark warning regarding the future impact of artificial intelligence (AI) and humanoid robots, predicting a dramatic increase in wealth inequality that will necessitate a new “redistribution policy”. Dalio articulated his concerns, suggesting that these advanced technologies are poised to benefit the top 1% to 10% of the population significantly more than everyone else, potentially leading to profound societal challenges.
Speaking on “The Diary Of A CEO” podcast, Dalio described a future where humanoid robots, smarter than humans, and advanced AI systems, powered by trillions of dollars in investment, could render many current professions obsolete. He questioned the need for lawyers, accountants, and medical professionals if highly intelligent robots with PhD-level knowledge become commonplace, stating, “we will not need a lot of those jobs.” This technological leap, while promising “great advances,” also carries the potential for “great conflicts.”
He predicted “a limited number of winners and a bunch of losers,” with the likely result being much greater polarity. With the top 1% to 10% “benefiting a lot,” he foresees that being a dividing force. He described the current business climate on AI and robotics as a “crazy boom,” but the question that’s really on his mind is: why would you need even a highly skilled professional if there’s a “humanoid robot that is smarter than all of us and has a PhD and everything.” Perhaps surprisingly, the founder of the biggest hedge fund in history suggested that redistribution will be sorely needed.
Five big forces
“There certainly needs to be a redistribution policy,” Dalio told host Steven Bartlett, without directly mentioning universal basic income. He clarified that this will have to more than “just a redistribution of money policy because uselessness and money may not be a great combination.” In other words, if you redistribute money but don’t think about how to put people to work, that could have negative effects in a world of autonomous agents. The ultimate takeaway, Dalio said, is “that has to be figured out, and the question is whether we’re too fragmented to figure that out.”
Dalio’s remarks echo those of computer science professor Roman Yampolskiy, who sees AI creating up to 80 hours of free time per week for most people. But AI is also showing clear signs of shrinking the jobs market for recent grads, with one study seeing a 13% drop in AI-exposed jobs since 2022. Major revisions from the Bureau of Labor Statistics show that AI has begun “automating away tech jobs,” an economist said in a statement to Fortune in early September.
Dalio said he views this technological acceleration as the fifth of five “big forces” that create an approximate 80-year cycle throughout history. He explained that human inventiveness, particularly with new technologies, has consistently raised living standards over time. However, when people don’t believe the system works for them, he said, internal conflicts and “wars between the left and the right” can erupt. Both the U.S. and UK are currently experiencing these kinds of wealth and values gaps, he said, leading to internal conflict and a questioning of democratic systems.
Drawing on his extensive study of history, which spans 500 years and covers the rise and fall of empires, Dalio sees a historical precedent for such transformative shifts. He likened the current era to previous evolutions, from the agricultural age, where people were treated “essentially like oxen,” to the industrial revolutions where machines replaced physical labor. He said he’s concerned about a similar thing with mental labor, as “our best thinking may be totally replaced.” Dalio highlighted that throughout history, “intelligence matters more than anything” as it attracts investment and drives power.
Pessimistic outlook
Despite the “crazy boom” in AI and robotics, Dalio’s outlook on the future of major powers like the UK and U.S. was not optimistic, citing high debt, internal conflict, and geopolitical factors, in addition to a lack of innovative culture and capital markets in some regions. While personally “excited” by the potential of these technologies, Dalio’s ultimate concern rests on “human nature”. He questions whether people can “rise above this” to prioritize the “collective good” and foster “win-win relationships,” or if greed and power hunger will prevail, exacerbating existing geopolitical tensions.
Not all market watchers see a crazy boom as such a good thing. Even OpenAI CEO Sam Alman himself has said it resembles a “bubble” in some respects. Goldman Sachs has calculated that a bubble popping could wipe out up to 20% of the S&P 500’s valuation. And some long-time critics of the current AI landscape, such as Gary Marcus, disagree with Dalio entirely, arguing that the bubble is due to pop because the AI technology currently on the market is too error-prone to be relied upon, and therefore can’t be scaled away. Stanford computer science professor Jure Leskovec told Fortune that AI is a powerful but imperfect tool and it’s boosting “human expertise” in his classroom, including the hand-written and hand-graded exams that he’s using to really test his students’ knowledge.
For this story, Fortune used generative AI to help with an initial draft. An editor verified the accuracy of the information before publishing.
AI Research
Mira Murati’s Thinking Machines Lab Publishes First Research on Deterministic AI Models

Thinking Machines Lab, the AI research company founded by former OpenAI CTO Mira Murati, has released its first public research under a new blog series titled Connectionism. Backed by $2 billion in seed funding and a team of former OpenAI researchers, the lab is focused on solving fundamental challenges in AI.
The inaugural post, authored by Horace He, explores how randomness in large language model inference arises from GPU kernel orchestration. The research outlines techniques to create deterministic responses, a breakthrough with potential applications in enterprise reliability, scientific research, and reinforcement learning. The publication marks a rare glimpse into one of Silicon Valley’s most closely watched AI startups as it prepares its first product launch.
AI Research
When you call Donatos, you might be talking to AI

If you call Donatos Pizza to place an order, you might be speaking with artificial intelligence.
The Columbus-based pizza chain announced that it has completed a systemwide rollout of voice-ordering technology powered by Revmo AI. The company says the system is now live at all 174 Donatos locations and has already handled more than 301,000 calls since June.
Donatos Reports Higher Order Accuracy, More Efficient Operations
According to Donatos, the AI system has converted 71% of calls into orders, up from 58% before the rollout, and has achieved 99.9% order accuracy. The company also says the switch freed up nearly 5,000 hours of staff time in August alone, allowing employees to focus more on preparing food and serving in-store customers.
“Our focus was simple: deliver a better guest experience on the phone and increase order conversions,” Kevin King, President of Donatos Pizza, said in a statement.
Ben Smith, Donatos’ Director of Operations Development, said the change provided immediate relief on the phones, allowing staff to redirect time to order accuracy and hospitality.
Donatos said it plans to expand the system to handle more types of calls and to make greater use of its centralized answering center. The company did not say whether it plans to reduce call center staffing or rely more heavily on automation in the future.
Other chains report trouble with AI ordering systems
Taco Bell recently started re-evaluating its used of AI to take orders in the drive-thru after viral videos exposed its flaws. In one well-known video, a man crashed the system by ordering 18,000 cups of water. The company is now looking at how AI can help during busy times and when it’s appropriate for a human employee to step in and take the order.
Last year, McDonald’s ended its AI test in 100 restaurants after similar problems surfaced. In one case, AI added bacon to a customer’s ice cream. A McDonald’s executive told the BBC that artificial intelligence will still be part of the chain’s future.
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