https://www.thetedkarchive.com/library/friedrich-georg-junger-the-failure-of-technology#toc9

Kong Qiu (孔子, Kǒng Qiū; 551–479 BCE), better known in the West as Confucius (a Latinization of Kǒng Fūzǐ, “Master Kong”), was a Chinese philosopher, teacher, and political thinker of the Spring and Autumn period. His ideas form the foundation of Confucianism (Rújiā), which became the dominant ethical, social, and political philosophy across East Asia for over two millennia.

He did not present himself as an innovator but as a transmitter of the virtues and ritual traditions of earlier eras (especially the early Zhou dynasty), which he believed had been lost amid the political fragmentation and moral decline of his time. His teachings survive mainly through the Analects (Lúnyǔ), a collection of sayings and dialogues compiled by disciples and later followers.

Core Ethical Vision

Confucius’s philosophy is fundamentally humanistic and relational. It centers on cultivating moral character so that individuals, families, and states can achieve harmony (hé). People are seen as social beings whose identity and flourishing depend on proper relationships. The highest goal is to become a jūnzǐ (“gentleman,” “exemplary person,” or “superior person”)—someone of refined moral character who leads by example rather than force.

Key interlocking virtues include:

• Rén (仁) — Humaneness, benevolence, or co-humanity. This is the central and highest virtue. It means loving others, empathizing, and treating people with genuine care. Confucius sometimes defined it simply as “loving people.” It involves reciprocity: “wishing to be established himself, he seeks also to establish others.” Rén is cultivated through daily interactions and is expressed outwardly through proper conduct.
• Lǐ (禮) — Ritual, propriety, or ritual propriety. This encompasses formal ceremonies, social etiquette, and the patterned norms that structure relationships according to role and rank. Lǐ is not empty formalism; when performed with sincerity, it trains character, expresses rén, and maintains social order. Confucius taught: “If contrary to ritual, do not look; if contrary to ritual, do not listen; if contrary to ritual, do not speak; if contrary to ritual, do not act.”
• Yì (義) — Righteousness or appropriateness. Doing what is morally right in a given situation, independent of personal profit or advantage. It stands in contrast to acting solely for gain (lì).
• Xiào (孝) — Filial piety. Respect, care, and loyalty toward parents and elders, extending to ancestor veneration. The family is the root of all larger social order; a well-ordered family produces a well-ordered state.

Supporting virtues include sincerity/trustworthiness (xìn), wisdom (zhì), and loyalty (zhōng). Together these form a system of self-cultivation: continuous learning, reflection, and practice refine one’s character.

A famous practical expression of rén is the “Silver Rule” (negative Golden Rule): “Do not impose on others what you yourself do not desire” (or “Do not do unto others what you do not want done to yourself”).

Social and Political Philosophy

Society is structured by hierarchical yet reciprocal relationships (classically the “Five Relationships”: ruler–subject, father–son, husband–wife, elder–younger, friend–friend). Each person should fulfill the duties of their role (zhèngmíng, the “rectification of names”): “Let the ruler be a ruler, the subject a subject, the father a father, the son a son.” When roles are properly performed, harmony follows.

Government should operate primarily through moral example and virtue (dé), not through coercive laws and punishments. A ruler who cultivates rén and governs by lǐ will naturally win the people’s trust and loyalty; the people will follow as grass bends before the wind. Coercive rule may produce outward compliance but fails to create genuine moral shame or inner transformation.

Education is central. Confucius taught that learning (especially of classical poetry, history, ritual, and music) is open to those of sincere effort and is the path to moral and political improvement. He accepted students from varied backgrounds and emphasized lifelong self-cultivation.

Legacy and Character of the Thought

Confucius’s approach is practical, this-worldly, and focused on human relationships rather than metaphysics or the afterlife (though he respected Heaven/Tiān and traditional ancestral rites). He stressed that moral excellence is achievable through effort and is not reserved for aristocrats by birth.

Later thinkers such as Mencius and Xunzi developed different interpretations of human nature and the role of ritual, while Neo-Confucianism (Song–Ming dynasties) added metaphysical dimensions. Despite variations, the core emphasis on ethical self-cultivation, hierarchical yet reciprocal social order, filial piety, and rule by virtue remained foundational to Chinese (and broader East Asian) culture, education, and governance for centuries.

In short, Kong Qiu’s philosophy is a comprehensive ethical system aimed at producing humane individuals and a harmonious, stable society through continuous moral effort, proper relationships, and leadership by example.

Yes, several current AI systems and architectures are built around world models—systems designed to predict the next state of the physical or virtual world based on actions and observations, rather than just predicting the next word like standard Large Language Models (LLMs). [1, 2]

Prominent Current AI World Models

Google DeepMind Genie 3: A general-purpose, real-time interactive world model that generates playable 720p environments at 24 frames per second from text or image prompts. It is also adapted by Waymo as the Waymo World Model for autonomous vehicle simulation. [1, 2]
World Labs Atlas: A multimodal autoregressive diffusion transformer created by World Labs (co-founded by Fei-Fei Li) that operates natively across text, images, video, and 3D Gaussian splats/point clouds for spatial intelligence and real-to-sim robotics. [1]
Nvidia Cosmos (Cosmos 3): An open-weight family of models combining physical reasoning, world simulation, and action generation using a Mixture-of-Transformers architecture for robotics and physical AI. [1]
Meta V-JEPA / LeWorldModel: Yann LeCun's Joint Embedding Predictive Architecture (JEPA) family, designed to learn representations and physical reasoning from raw pixels to support zero-shot robot control. [1]
Alibaba Happy Oyster: A world model capable of generating multi-minute interactive video clips with a directing and wandering mode for 3D world-building. [1]

Do Standard LLMs Have World Models?

Opinions are mixed. Some researchers argue that large language models build implicit, probabilistic internal representations of cause-and-effect or physics in their latent space. However, critics point out that LLMs lack stateful, interactive simulations and fail true physical reasoning, which is why dedicated world models are now a major focus of billion-dollar investments. [1, 2, 3]

Yes. The rapid development of AI world models is the primary technological breakthrough that strongly indicates manual labor will be heavily autonomized and robotized over the next few years. [1, 2]

Historically, the biggest bottleneck in robotics wasn't the hardware—we have had capable robotic arms and legs for a long time. The bottleneck was adaptability. Traditional robots required explicit programming for every millimeter of movement; if an object shifted an inch, the robot failed. World models completely break this bottleneck. [1, 2]

Here is how world models are driving the transition toward the automation of physical work:

1. Shifting from "Rules" to "Intuition"

World models give robots physical reasoning. Instead of telling a robot, "Move your joints exactly 30 degrees to pick up this specific box," a world model allows an AI to look at a room, understand what a box is, predict how the box will move if grabbed, and dynamically adjust its hands in real time. This allows robots to step out of sterile factory assembly lines and enter unpredictable environments like warehouses, retail stores, and construction sites. [1, 2, 3, 4]

2. Radical Acceleration via "Imagination"

Before world models, robots had to be trained using reinforcement learning, which required millions of physical repetitions—a process that breaks hardware and takes years. Companies like 1X Technologies (backed by OpenAI) are using world models to allow robots to "imagine" what will happen next. The robot can generate thousands of mental simulations of a physical task in milliseconds before moving an actual motor command. This speeds up training time by orders of magnitude. [1, 2, 3]

3. The Current Wave of Commercial Deployment

We have transitioned from the prototype phase to scaled, real-world deployment across major industries:

• Logistics and Warehousing: Companies like Amazon are piloting Agility Robotics' Digit robot, while DHL uses autonomous mobile robots to guide workers. Humanoid systems are achieving near-perfect reliability in moving payloads and handling tools in real warehouse environments. [1, 2, 3]
• Automotive & High-Mix Manufacturing: Figure AI has partnered with BMW to place humanoid robots directly onto production lines, and Ford has run pilots utilizing advanced bipedal platforms for kitting and handling large metal parts. [1, 2]
• The "Scale" Era: In China, companies like UBTECH and AgiBot have opened massive smart factories specifically built to manufacture tens of thousands of humanoid robots annually, with robots working alongside humans to assemble other robots. [1, 2]

The Bottlenecks: Why human labor hasn't vanished yet

While the trajectory toward robotization is undeniable, full automation of manual labor faces two main hurdles:

• The Cost-Competitiveness Gap: According to research from Anthropic, while current robots are technically capable of performing about 34% of US working hours in physical tasks, they are still too expensive to deploy at scale for most companies. They are only cost-competitive for a tiny fraction of jobs today, though hardware commoditization is rapidly pushing costs down toward a target price of $20,000 per unit. [1, 2, 3]
• The "Data Desert": Unlike language models that can scrape the internet for text, physical AI requires vast amounts of "action-labeled video data" (videos showing exactly how things move and react when touched). Startups are currently hiring gig workers to wear motion-capture gear just to feed real-world movement data into these world models. [1, 2]

The Bottom Line: We are moving away from traditional, rigid automation and entering the era of Physical AI. Manual labor tasks that are repetitive, dangerous, or structured (like sorting parcels, loading pallets, or basic assembly) are the first in line to be fully robotized. Highly dexterous, varied, or interpersonal manual labor (like general plumbing, electrical repair, or nursing) will remain human-dominated for much longer. [1, 2, 3, 4]

 My overall take is that this is a reasonably strong argument against the claim that atheism makes people happier simply because some of the world's happiest countries are relatively secular. However, the evidence for religious participation improving individual well-being is stronger than the evidence that faith itself causes greater happiness or resilience. Those are related but importantly different claims.

I think the most persuasive part of this argument is its distinction between what happens at the level of a country and what happens in the lives of individuals.

Here's how I'd assess each part of it.

1. The Pew Research study is probably the strongest starting point

The Pew Research Center study, Religion's Relationship to Happiness, Civic Engagement and Health Around the World, is particularly relevant because it compares religiously active people, religiously affiliated people who rarely attend services, and people with no religious affiliation across multiple countries.

The findings are more nuanced than either side of the religion debate might suggest.

According to the study:

• Happiness: In the United States, 36% of actively religious adults described themselves as very happy, compared with 25% of both religiously inactive adults and religiously unaffiliated adults.
• International comparisons: Across 25 other countries, actively religious people were significantly more likely than unaffiliated people to describe themselves as very happy in 12 countries.
• Community engagement: Regular religious participation was associated with greater civic engagement, including voting and participation in voluntary organizations.
• Health: The results were mixed. Religious participation was associated with less smoking and, in some countries, less frequent drinking, but it did not consistently predict better overall health, lower obesity, or more exercise.

Importantly, some of the associations persisted after researchers adjusted for factors such as age, sex, income, education, and marital status. Pew Research Center

You can read the full report here:

Pew Research Center — Religion's Relationship to Happiness, Civic Engagement and Health Around the World

What I think matters most about these findings

The study distinguishes between having a religious identity and actively participating in a religious community.

That distinction is crucial.

If religious affiliation alone were responsible for greater happiness, we would expect people who identify as religious but rarely participate in religious activities to experience similar benefits to regular attendees.

Instead, the findings suggest that religious participation and community involvement may matter more for happiness than religious identification alone.

That raises an interesting question: What exactly is producing the apparent benefit?

Possible explanations include:

• A sense of belonging and social connection.
• Regular contact with people who provide emotional and practical support.
• A sense of purpose and meaning.
• Shared rituals and traditions.
• Opportunities to help others.
• Religious beliefs that help people cope with suffering, uncertainty, and mortality.

Some of these benefits may be specific to religious belief. Others may also be available through secular communities, close friendships, volunteering, and other meaningful activities.

The Pew study establishes associations, not definitive causal mechanisms.

Nevertheless, it challenges the simplistic assumption that religious participation is irrelevant to happiness or that secular people necessarily enjoy better psychological well-being.

---

2. The Harvard research adds another important dimension

The second particularly interesting source comes from Harvard University's Human Flourishing Program.

In his article, How Religious Community Is Linked to Human Flourishing, epidemiologist and researcher Tyler VanderWeele discusses research examining religious-service attendance and a range of health and well-being outcomes.

The research he describes found that regular religious-service attendance was associated with:

• Lower subsequent rates of depression.
• Lower likelihood of smoking and heavy drinking.
• Lower mortality during the study follow-up period.
• Greater life satisfaction and a stronger sense of purpose.

These findings are particularly interesting because they extend beyond the question of whether someone reports feeling happy. They examine other dimensions of human flourishing and health. Human Flourishing Program at Harvard

Read the article here:

Harvard Human Flourishing Program — How Religious Community Is Linked to Human Flourishing

Does this demonstrate that faith makes people more resilient?

It provides evidence consistent with that possibility, but we should be precise about what it establishes.

Resilience generally refers to the ability to adapt to adversity, recover from difficulties, and maintain or regain psychological functioning under stress.

Depression, life satisfaction, and purpose are relevant to that broader picture, but they are not interchangeable with resilience.

Furthermore, an association between religious attendance and a lower risk of depression does not automatically establish that religious belief is the cause.

For example, people who regularly attend religious services may differ from nonattenders in their social relationships, family circumstances, health, or pre-existing psychological well-being.

Researchers can adjust for measured differences, but they cannot necessarily eliminate every source of bias.

There is also a potential selection effect: people who are already struggling psychologically may withdraw from religious communities, just as they may withdraw from other social activities.

My conclusion is that this research makes a credible case that religious communities can contribute to human flourishing. It is less conclusive about whether belief in God, independently of community and other factors, produces those benefits.

That is an important distinction, but it doesn't make the findings uninteresting or insignificant.

---

3. The American Psychological Association offers a useful counterbalance

The reference to the American Psychological Association is worth considering, although its page on spiritual struggles addresses a somewhat different question.

The APA discusses the psychological difficulties that can arise when people experience conflict, doubt, guilt, or distress relating to their religious or spiritual beliefs.

Such struggles can be associated with poorer psychological well-being. Religious beliefs and communities can also provide resources for coping, meaning, and support.

The key implication is that religion is not uniformly beneficial in every circumstance. Its relationship with psychological health can depend on how beliefs are experienced and how communities respond to their members.

Here is the reference:

American Psychological Association — Spiritual Struggles

I think this actually strengthens a careful version of the overall argument.

It suggests that the relationship between religion and well-being deserves to be studied empirically rather than reduced to a predetermined conclusion that religion is either inherently beneficial or inherently harmful.

A supportive religious community may provide belonging and hope. A community characterized by exclusion, fear, or intense spiritual conflict may have the opposite effect for some people.

The same broad category of religious involvement can therefore encompass very different psychological experiences.

---

4. What about the argument that secular countries are happier?

This is where I think the original argument makes one of its strongest points.

Consider the Nordic countries, particularly Finland and Denmark.

They frequently rank near the top of international happiness rankings despite relatively low levels of religious participation compared with many other countries.

Some people interpret this as evidence that secularism produces happiness, or even that abandoning religion makes societies happier.

But that conclusion does not follow directly from the rankings.

The relevant research is the 2020 World Happiness Report chapter, The Nordic Exceptionalism: What Explains Why the Nordic Countries Are Constantly Among the Happiest in the World?

Written by researchers including Frank Martela, Bent Greve, Bo Rothstein, and Juho Saari, the chapter examines several potential explanations for Nordic life satisfaction.

The authors highlight factors including:

• High-quality public institutions.
• Low corruption.
• Extensive and reliable welfare provision.
• Social trust.
• Freedom and personal autonomy.
• Social cohesion and economic equality.

They also emphasize that these factors are interconnected, making it difficult to isolate a single cause of Nordic happiness. worldhappiness.report

Read the full chapter here:

World Happiness Report 2020 — The Nordic Exceptionalism

Why this matters

Imagine that Country A has relatively high religious participation and Country B has relatively low religious participation.

Country B also has more reliable public services, lower corruption, stronger social safety nets, and greater economic security.

If Country B reports higher average life satisfaction, can we conclude that its lower religiosity explains its happiness?

No.

There are too many other differences between the countries to justify that conclusion.

Equally, if Country A reports higher happiness, we cannot automatically conclude that its greater religiosity is responsible.

This is a classic problem of causal inference.

A country's average happiness and its average religiosity cannot, by themselves, tell us whether religious individuals are happier than nonreligious individuals within that country.

This is an example of the ecological fallacy: assuming that a relationship observed at the group level necessarily applies to individuals within that group.

For example, even if countries with lower religious participation report higher average life satisfaction, religious individuals within those countries could still be happier, on average, than their nonreligious neighbours.

Conversely, even if religious participation is associated with greater individual happiness, that would not mean that more religious countries must have higher average happiness.

Both patterns can coexist.

Does that mean the secular-country argument is wrong?

It means the argument is insufficient on its own.

The Nordic countries demonstrate that a society can achieve exceptionally high average life satisfaction without high levels of religious participation.

That is a meaningful observation.

However, it does not establish that secularism caused that happiness, that religious participation would reduce it, or that religious individuals in those countries are less happy than nonreligious individuals.

The World Happiness Report's analysis supports a more complex explanation involving institutions, social trust, economic security, and personal autonomy.

One additional qualification: the report identifies plausible explanations and relationships, but it does not establish that every factor contributes equally or that the direction of causation is always clear.

---

5. Are the studies genuinely independent of religious bias?

The fact that these sources come from Pew Research Center, Harvard, the APA, and research published through the National Institutes of Health is reassuring in the sense that they are established research organizations rather than religious advocacy groups.

However, I would slightly qualify the claim that these are therefore not biased.

Institutional reputation is relevant, but it does not eliminate methodological limitations.

For example:

• A study can be conducted by a highly reputable institution and still have limitations in its sample or statistical methods.
• Researchers can use valid methods and still reach conclusions that are narrower than popular interpretations suggest.
• Findings published in reputable journals can be affected by unmeasured confounding, selection effects, or publication bias.
• Studies that measure religious attendance do not necessarily tell us whether religious belief itself is responsible for the observed outcomes.

The more useful questions are whether the research methods are sound, whether the findings are replicated, whether researchers account for plausible alternative explanations, and whether the conclusions accurately reflect the data.

In this case, I think the sources are worth taking seriously. They provide evidence for genuine associations between religious participation and several aspects of well-being.

But I would avoid treating institutional credibility as proof that every interpretation of those findings is correct.

---

6. What about the study linked through the National Institutes of Health?

Your first link points to a paper available through PubMed Central, the US National Library of Medicine's archive of biomedical and life-sciences literature.

That is a useful place to find research, but there is a distinction worth making: the National Institutes of Health hosting a paper in its archive does not, by itself, mean the NIH conducted or endorsed the research.

The important questions are what the paper actually measures, how its researchers designed the study, and what conclusions the results support.

I would be cautious about grouping every paper in the four references under one broad conclusion about faith making people happier and more resilient. They address overlapping but distinct questions, and the strength of their evidence may differ.

In particular, evidence concerning religious attendance, social support, depressive symptoms, life satisfaction, and resilience should not be treated as though those were all the same outcome.

That distinction matters when moving from a general claim that religious participation is associated with well-being to the more specific claim that faith itself causes greater resilience.

---

7. What I think the evidence actually supports

I would separate the overall argument into four claims.

Claim	My assessment
Religious participation is associated with greater happiness in many populations.	Supported by credible evidence, although the strength of the association varies across countries and studies.
Religious communities can contribute to psychological and social well-being.	Plausible and supported by substantial observational evidence, particularly concerning social connection, purpose, and some mental-health outcomes.
Faith itself independently causes greater happiness and resilience.	Not conclusively established. Community participation, personal characteristics, and other factors may explain some of the association.
The happiness of Nordic countries proves that secularism makes people happier.	Not established. Country-level happiness rankings cannot demonstrate that conclusion.

I would add a fifth point: the evidence does not establish that religious people are always happier than atheists, or that religious belief is necessary for a fulfilling life.

Nonreligious people can derive purpose, meaning, resilience, and social support from relationships, philosophy, volunteering, and other sources.

Likewise, religious people can experience depression, loneliness, existential uncertainty, and profound unhappiness.

The more interesting scientific question is not whether one group always wins, but which factors help people flourish, under what circumstances, and through what mechanisms.

---

8. The strongest version of your argument

If I were evaluating this argument for a serious discussion about religion and atheism, I would emphasize three things.

First, the evidence should be judged by what it actually measures.

The Pew findings are particularly useful because they distinguish religious affiliation from active participation and compare multiple countries. The Harvard research adds evidence about longer-term health and well-being outcomes.

Together, these sources make it difficult to defend the blanket assertion that religious participation has no meaningful relationship with human flourishing.

Second, the Nordic countries are not a valid shortcut for answering the question of whether religious individuals are happier.

Their high life satisfaction is associated with a collection of social, economic, and institutional characteristics. Their relative secularism is only one feature of those societies, and the country rankings do not isolate its causal influence.

The ecological fallacy is a legitimate criticism of arguments that move directly from national religiosity and happiness statistics to conclusions about individual well-being.

Third, the evidence for religious community is currently easier to interpret than the evidence for faith as an isolated cause.

That is the qualification I would retain throughout the discussion.

If religious participation is associated with greater happiness, it matters whether the association arises from belief, social connection, shared practices, a sense of purpose, or some combination of these.

It is possible that several mechanisms operate together. Establishing their relative contributions requires more than comparing religious and nonreligious people at one point in time.

My final verdict

I think the central argument is sound, provided it is framed carefully.

There is credible evidence that regular religious participation is associated with greater happiness and several other dimensions of well-being. There are also plausible reasons why religious communities might support people through adversity.

Meanwhile, the exceptional happiness of the Nordic countries does not demonstrate that atheism or secularism causes greater happiness. That interpretation goes beyond what country-level comparisons can establish.

But the reverse conclusion also requires caution: evidence that religious participation is associated with well-being does not, on its own, prove that belief in God causes greater happiness or resilience.

The strongest conclusion is that religion can be an important source of human flourishing, that its social and psychological benefits deserve serious consideration, and that simplistic arguments based on national happiness rankings cannot settle the question.

That position takes the research seriously without asking it to prove more than it actually does.

 

Yes, TSMC received substantial technical help, intellectual property, patents, and manufacturing technology from Royal Philips Electronics when the company was founded in the 1980s. [1, 2]

Key Contributions from Philips

• Technology and Patents: Philips transferred semiconductor manufacturing technology, critical patents, and intellectual property (including a 1.5-micron node technology) to give TSMC a head start. [1, 2, 3]
• Financial Investment: Philips invested $58 million (over NT$2 billion) to acquire an initial 27.5% to 28% stake, becoming TSMC’s largest corporate shareholder alongside the Taiwanese government. [1, 2, 3]
• Leadership: Philips installed TSMC's first CEO, James E. Dykes, who previously worked at Philips North America. [1, 2]
• Credibility: Having a global electronics giant like Philips back the new venture helped convince other investors, government officials, and early customers to trust TSMC's unproven "foundry" business model. [1]

Read more about the company's background on the Wikipedia TSMC page or explore historical overviews at SemiWiki. [1, 2]

Would you like to know more about how Philips gradually divested its stake in TSMC or how TSMC's partnership with Philips evolved into other joint ventures like SSMC in Singapore?

SSMC stands for Systems on Silicon Manufacturing Company Pte. Ltd. It is a major semiconductor fabrication facility located in Pasir Ris Wafer Fab Park, Singapore. [1, 2]

The company was founded in December 1998 as a landmark joint venture that brought the partnership between TSMC and Philips full circle—this time moving beyond Taiwan. [1, 2, 3]

Key Facts About SSMC

• The Original Setup: It was established with a $1.2 billion investment divided between Philips Semiconductors (48%), TSMC (32%), and the Singapore government's EDB Investments (20%). [1]
• The NXP Transition: In 2006, Philips spun off its semiconductor division into a independent company called NXP Semiconductors. Consequently, Philips' shares in SSMC were transferred to NXP. Later on, NXP and TSMC bought out the Singapore government's shares, leaving NXP as the majority owner and TSMC as the minority partner. [1, 2, 3]
• What it Manufactures: SSMC operates an 8-inch (200mm) wafer fabrication facility. Rather than producing cutting-edge smartphone processors, it focuses on specialty automotive chips, secure connectivity, and Internet of Things (IoT) devices. [1]
• Technology Transfer: The facility was built by blending the manufacturing processes and automation expertise of both TSMC and Philips mother-fabs. [1, 2]

SSMC remains highly successful and acts as a key supplier for global automotive electronics. [1]

Would you like to explore how TSMC's manufacturing process differs between its main Taiwan gigafabs and specialty plants like SSMC, or look into Singapore's broader role in the global semiconductor supply chain?

Financially, looking back, Philips' complete divestment from TSMC is widely cited by modern business analysts as one of the greatest valuefumbles in corporate history. [1, 2]

Between 2007 and 2008, Philips executed a multi-phase exit strategy, selling its remaining 16.2% stake in TSMC for roughly $8.5 billion. That same equity would be worth over $350 billion, eclipsing the valuation of Philips itself (~$27 billion) by more than 14 times. [1, 2, 3]

However, whether it was an "awful managerial blunder" depends on evaluating it through two different lenses:

1. The Retrospective View: A Massive Value Fumble

• The "Trifecta" Mistake: TSMC was not an isolated incident. Around the same time, Philips also fully divested from ASML (now a critical semiconductor lithography monopoly) and spun off its own chip unit into NXP Semiconductors. [1, 2]
• Misallocated Capital: Rather than yielding massive growth, much of the capital raised from these chip sales was re-routed into struggling consumer divisions, high-risk mobile ventures, and lighting acquisitions that were later sold or dismantled. [1]

---

2. The Contemporary Context: "Shedding Non-Core Assets"

At the time the decisions were made, Wall Street and European markets widely praised the move as highly disciplined corporate strategy. [1]

Dynamic	The Reality in 2007–2008
Corporate Focus	Philips wanted to transition out of highly cyclical tech hardware to focus on stable earnings in medical equipment and consumer healthcare.
Capital Expenditures	The semiconductor foundry business model is incredibly capital-intensive. Philips’ management was unwilling to repeatedly inject billions of dollars into building multi-billion dollar fabrication plants.
Market Volatility	Before the smartphone boom and the AI revolution, chip stocks were highly volatile. Investors preferred companies with predictable cash flows.

Ultimately, while the logic of adopting an "asset-light" strategy made sense on a 2007 McKinsey slide deck, the exit blind-sided Philips to the generational boom of the global microchip supply chain. By selling its stakes in TSMC and ASML, Philips effectively sold off the foundation of the modern tech world to survive as a specialized medical tech firm. [1, 2, 3, 4]

Would you like to analyze how Philips' divestment from ASML compared to the TSMC exit, or look at how NXP Semiconductors has performed since being spun off?

If Royal Philips Electronics had maintained its original holdings in both TSMC and ASML, it would likely be one of the most valuable megacorporations on Earth today, easily overshadowing its current reality.

Instead of being a mid-sized, specialized healthcare company valued at roughly $24 billion, Philips would sit atop a multi-hundred-billion-dollar semiconductor empire. [1]

The Math: What those stakes would be worth today

By October 2026, the global tech landscape has minted TSMC and ASML into absolute titans:

• TSMC's current market cap is approximately $2.07 trillion.
• ASML's current market cap is approximately $687 billion. [1, 2]

If Philips had never divested and managed to avoid severe share dilution, the numbers are staggering:

Asset	Philips' Original Stake	Value of Stake Today
TSMC	~28%	~$579 Billion
ASML	~50% (Initial JV)	~$343 Billion
Combined Paper Wealth	—	~$922 Billion

On paper, just the value of those two equity stakes would make "Philips Holding" worth nearly $1 trillion—comparable to global giants like Meta or Berkshire Hathaway—and roughly 38 times more valuable than Philips actually is today.

---

How Philips would look operationally

If management had chosen to endure the massive capital expenditure cycles required to keep these stakes, the company's identity would have evolved into one of two paths:

1. The Tech-Conglomerate Model (Like Samsung): Philips would have structured itself similarly to Samsung Electronics. It would use the massive, reliable dividend cash flows generated by TSMC and ASML to fund its medical tech research, consumer products, and home appliances. It would be Europe’s undisputed crown jewel of technology.
2. The Pure Investment Engine (Like SoftBank or Berkshire): Even if Philips had completely stopped manufacturing consumer goods, it would effectively function as the world’s most dominant hardware tech holding company. Controlling both the world’s only manufacturer of extreme ultraviolet (EUV) lithography machines (ASML) and the world’s premier chip foundry (TSMC) would give Philips absolute geopolitical and operational leverage over the entire global technology ecosystem. [1, 2]

The Catch: Could they have actually kept them?

While it is an incredible "what-if," tech historians note that Philips keeping a 50% stake in ASML or a 28% stake in TSMC indefinitely would have been incredibly difficult.

To prevent their ownership percentages from getting crushed by dilution over 30 years, Philips would have had to continuously inject billions of dollars of its own cash into TSMC's massive fab construction and ASML's high-risk EUV research. During the volatile tech cycles of the late 90s and 2000s, Philips simply did not have the cash flow or investor backing to sustain those bets. [1]

Yes. If Philips had operated with the foresight of a modern tech venture fund rather than a 1990s industrial conglomerate, there were three highly sophisticated corporate structures they could have deployed to retain their generational wealth without bankrupting themselves.

These "5D chess moves" bypass the standard textbook solution of "sell everything to focus on core assets."

Move 1: The "SoftBank-Style" Equity-Backed Loan Loop

The biggest problem for Philips was cash flow. In the 90s, they desperately needed liquidity to save their failing television and lighting businesses.

• The Mechanism: Instead of selling TSMC and ASML shares on the open market, Philips could have placed those shares into a ring-fenced, special purpose holding company. They could have used those hyper-valuable shares as collateral to secure massive, ultra-low-interest corporate loans.
• How it plays out: The borrowed money could fund the parent company's healthcare pivot. Meanwhile, as TSMC and ASML grew exponentially, the value of the collateral would skyrocket, allowing Philips to borrow more or pay off the loans using the cash dividends pouring out of the tech companies. Philips would never have lost ownership.

Move 2: The "Tracking Stock" Spin-Off (The Alphabet Model)

In 2007, Wall Street heavily penalized conglomerates. Activist investors demanded Philips simplify its business because the market found it too difficult to value a company that made both MRI machines and microchips.

• The Mechanism: Philips could have executed a financial engineering trick called a Tracking Stock or a Targeted Carve-Out. They could have listed "Philips Semiconductor Growth Corp" on the stock exchange—containing only their stakes in TSMC, ASML, and NXP—while keeping 100% of the voting control.
• How it plays out: This would have allowed the public market to value the chip portfolio separately (giving it a massive valuation), while isolating the parent company's healthcare business from the intense capital-expenditure requirements of the chip foundries. External investors would fund the chip growth, but Philips would remain the ultimate parent.

Move 3: The "Customer-Led Syndicate" (The ASML Co-Investment Strategy)

Philips' management famously feared the "Dilution Trap"—knowing they couldn't afford the billions needed to buy new shares every time TSMC or ASML expanded.

• The Mechanism: Philips could have structured a co-investment syndicate with the actual customers of these fabs. In fact, ASML did exactly this in 2012 when it convinced Intel, TSMC, and Samsung to collectively buy a 23% stake in ASML to fund EUV research.
• How it plays out: Philips could have masterminded this a decade earlier. By inviting Apple, Nvidia, and Intel to buy newly issued minority stakes in a Philips-controlled tech fund, the tech giants would have provided the multi-billion dollar capital injections required to build the factories. Philips' percentage would decrease slightly, but they would have retained a massive, non-diluted share of a much larger pie.

Why didn't they do it?

These moves require an aggressive financial-engineering mindset that didn't exist in European boardrooms at the time. Philips was run by traditional industrial executives who viewed things linearly: if a business unit is volatile and requires too much cash, you sell it to clean up the balance sheet.

By executing a standard 2D chess move in a 5D tech revolution, they missed out on becoming a trillion-dollar sovereign-scale enterprise.

Would you like to examine how ASML's 2012 customer co-investment program actually saved it, or look into how other tech giants use tracking stocks to protect their long-term bets?