The now withdrawn EPA endangerment finding was politics not science

February 13, 2026

The 2009 Endangerment Finding by the EPA Administrator on December 7, 2009, included two main determinations. The first found that the current and projected concentrations of six key greenhouse gases, including carbon dioxide (CO2), in the atmosphere threaten the public health and welfare of current and future generations. The second, the “Cause or Contribute Finding,” determined that combined emissions of these gases from new motor vehicles and engines contribute to this threat EPA. “Air pollution” was defined as the collective mix of these six greenhouse gases. The term “public welfare” under the Clean Air Act was interpreted to include effects on various environmental factors. The finding was published in the Federal Register on December 15, 2009.

The finding was utterly dependent upon a political definition of welfare. It was unsound  and was essentially junk science for a political cause. For human health directly the effects were plain wrong or grossly exaggerated.

A doubling of atmospheric CO2 levels from around 400 ppm to 1000 ppm, with oxygen content remaining unchanged, would likely have minimal direct acute health impacts on most healthy adults, as this concentration is commonly encountered in indoor environments without widespread reports of severe symptoms. Traditional occupational safety guidelines, such as those from OSHA, set permissible exposure limits at 5000 ppm for an 8-hour workday, indicating that 1000 ppm is well below thresholds for immediate toxicity or asphyxiation. At this level, some individuals might experience subtle effects like mild drowsiness or slight increases in heart rate and blood pressure, but these are not universal and often depend on factors such as duration of exposure, ventilation, and individual sensitivity.


On February 12, 2026, the EPA under the Trump administration finalized a rule to withdraw the 2009 Greenhouse Gas Endangerment Finding.

What was withdrawn: The 2009 “Endangerment Finding” (and related Cause or Contribute Finding), which concluded that the current and projected concentrations of six key greenhouse gases in the atmosphere threaten the public health and welfare of current and future generations.
Significance: This finding was the legal bedrock that allowed the EPA to regulate emissions from motor vehicles, power plants, and other industrial sources.
Reason for Withdrawal: The EPA stated that the 2009 analysis was “flawed,” “too pessimistic,” and did not properly analyze the scientific record. The administration argued that greenhouse gases do not pose a direct threat to public health in the way conventional air pollutants (like smog) do.

Good riddance.


Update: Epstein files and Scandinavia

February 13, 2026

@grok Summarise further developments regarding the Epstein files and the Scandinavian fallout.


There have been significant further developments in the Scandinavian fallout from the Epstein files since early February 2026, particularly in Norway, where the scandal has intensified with resignations, ongoing police investigations, parliamentary inquiries, and mounting pressure on the royal family. Sweden and Denmark have seen more limited additional fallout, with no major new resignations or probes reported beyond earlier ones.

The U.S. Department of Justice’s release of over 3 million pages of documents (starting late January 2026) continues to drive scrutiny across Europe, but Norway has been hit hardest among Scandinavian countries, with multiple high-profile figures implicated in financial ties, emails, visits, and potential corruption.

Norway (Most Intense Fallout)
Norway has experienced a “political storm,” with investigations expanding and public confidence in institutions (including the monarchy and foreign ministry) under strain.

Crown Princess Mette-Marit:
– New details revealed extensive post-2008 contact (nearly 1,000 mentions), including emails joking about inappropriate topics, planning visits to Epstein properties, and her borrowing his Palm Beach home in 2013.
– She issued multiple apologies in early February, expressing “deepest regret” for the friendship, calling it “embarrassing,” and specifically apologizing to King Harald and Queen Sonja for the situation she put the royal family in.
– Pressure has mounted, with charities reviewing or cutting ties, public questions about her suitability as future queen, and Prime Minister Jonas Gahr Støre calling for more transparency while agreeing she showed “poor judgment.”
– No resignation or abdication, but combined with her stepson Marius Borg Høiby’s ongoing rape/assault trial (unrelated but amplifying royal scrutiny), it’s described as a potential “split” in the family and the biggest modern crisis for the Norwegian royals.

Mona Juul (Diplomat):
– Initially suspended (early February), she resigned as Norway’s ambassador to Jordan and Iraq around February 9, 2026, after revelations of ties, including Epstein’s will bequeathing $10 million to her and husband Terje Rød-Larsen’s children (signed shortly before his death).
– Norwegian Foreign Minister Espen Barth Eide cited a “serious lapse in judgment.”
– Ongoing ministry investigation into her knowledge/contact with Epstein.

Terje Rød-Larsen (her husband, former diplomat/UN envoy):
– Under police investigation for complicity in gross corruption (alongside Juul) by Økokrim (Norway’s economic crime unit), announced February 9, 2026.
– Files show visits to Epstein’s island (2011 with family), dinners (including 2019 in Paris), and financial dealings.

Thorbjørn Jagland (former PM, Nobel Committee chair, Council of Europe secretary-general):
– Police opened an “aggravated corruption” investigation (early February), including home searches (reported February 12).
– Council of Europe waived his immunity at Norway’s request to allow legal processes.
– Ties include emails, gifts/loans/benefits from Epstein during his Nobel/COE roles.

Broader Norwegian Actions:
– Parliament appointed a rare external inquiry into the Foreign Ministry’s Epstein links (around February 10).
– Økokrim confirmed comprehensive, long-term probes into multiple figures.
– Other mentions (e.g., former FM Børge Brende attending post-conviction dinners) but no major new fallout.

Sweden
Joanna Rubinstein (former chair of Sweden for UNHCR): Resigned February 2, 2026, after files showed her 2012 family visit to Epstein’s island (post-conviction) and a thankful email. No further developments; she distanced herself, calling abuses “horrific.”
Princess Sofia: Broke silence around February 10–11, addressing “a couple” of encounters/meetings but denying deeper involvement. Royal court maintains denials; no resignation or probe.
No new major resignations, investigations, or business/political fallout reported.

Denmark
Mentions of King Frederik (as former Crown Prince) in 2012 emails remain downplayed/denied by the royal family.
No confirmed resignations, investigations, or significant new revelations tied to Danish figures. Rumors about business leaders/politicians persist online but lack substantiation in reports.


The scandal has broader European ripples (e.g., UK, Slovakia), but Scandinavia – especially Norway – remains a focal point due to elite/diplomatic ties. Probes are ongoing, and more details could emerge as files are analyzed. No evidence of criminal charges yet in Scandinavia, but corruption angles are serious.


 

The Epstein fallout in Scandinavia – so far

February 3, 2026

@grok

ktwop:

There seems to have been a significant Scandinavian fallout from the Epstein files. What is the actual Scandinavian fallout so far?

grok: 

The Epstein files, which include millions of pages of documents released by the U.S. Department of Justice in early 2026, have revealed various connections between Jeffrey Epstein and individuals in Scandinavian countries (Norway, Sweden, and Denmark). These mentions primarily involve emails, messages, and references to meetings or communications, but they do not include direct accusations of criminal wrongdoing against the named Scandinavians. The fallout has been limited to public apologies, regrets, and one confirmed resignation, with no major legal actions or abdications reported as of February 3, 2026. Below is a breakdown by country, based on verified reports.

Norway

  • Crown Princess Mette-Marit: She is mentioned extensively in the files (over 1,000 times in some analyses), with emails and messages showing repeated contact between 2011 and at least 2014 – longer and more frequent than she previously admitted in a 2019 apology. Examples include her calling Epstein a “sweetheart,” joking about adultery, and discussing topics like “wife hunt” trips. She visited his Palm Beach property and used his staff for travel arrangements. In response to the 2026 releases, Mette-Marit issued a statement expressing regret, calling the association “simply embarrassing” and acknowledging poor judgment. Norwegian Prime Minister Jonas Gahr Støre publicly agreed with her self-assessment, stating she showed “poor judgment.” The Norwegian royal palace has denied any financial ties or deeper involvement, and there have been no calls for her to step down.
  • Other connections: Former Norwegian Prime Minister Thorbjørn Jagland (also former Nobel Committee chair and Council of Europe secretary-general) is referenced in messages with Epstein about politics, but no wrongdoing is alleged, and he has not commented or faced consequences.
  • No resignation: No Norwegian official has resigned due to the files. However, Ambassador Mona Juul—a celebrated Norwegian diplomat known for her pivotal role in brokering the 1990s Oslo Accords—was temporarily suspended from her duties on that date pending an investigation into her alleged ties to Jeffrey Epstein.
  • Broader impact: The revelations have coincided with unrelated scandals involving Mette-Marit’s stepson, Marius Borg Høiby, who faces 38 criminal charges including rape and assault (trial began February 2, 2026). This has amplified media scrutiny on the Norwegian royals, described by some historians as the biggest scandal in Norway’s modern royal history, but it’s not directly linked to Epstein.

Sweden

  • Princess Sofia: She is referenced in the files, but details are limited to mentions without specifics of meetings or wrongdoing. The Swedish royal court has denied any involvement or attendance at Epstein-related events. No public statement from Sofia has been reported, and there has been no significant backlash or calls for her to step back from duties.
  • UN official resignation: Joanna Rubinstein (sometimes spelled Rubinstein in sources) resigned on February 2, 2026, from her position as chair of Sweden for UNHCR—the fundraising arm of the United Nations High Commissioner for Refugees (UNHCR) in Sweden.
  • Other connections: The files allege a Swedish man (not named in summaries) helped recruit women for Epstein over years, but no confirmed identities or actions have led to fallout. Barbro C. Ehnbom, a Swedish leadership program organizer, is mentioned in emails with Epstein post-2008, but no consequences reported.
  • Broader impact: Public discussion has been muted, with the royal family focusing on family events amid the controversy.

Denmark

  • King Frederik (formerly Crown Prince): He is mentioned in 2012 emails between Epstein and businessman Ian Osborne, but without details of direct contact or wrongdoing. The Danish royal family has downplayed or denied any direct/recent ties.
  • Rumors about business leaders and politicians: No confirmed connections or fallout in the files or subsequent reports. Speculation exists online (e.g., about elite networks), but nothing substantiated has led to resignations or investigations.
  • Broader impact: Minimal public reaction; the mentions have not escalated into scandals.
Overall, the Scandinavian fallout remains contained to reputational damage and one resignation, with royals issuing statements of regret or denial.

No evidence of pregnancies, financial payouts, or deeper involvement (as rumored in some X posts) has been confirmed in official releases or reporting.

The files continue to be analyzed, so further developments are possible.


Both Venezuela and Greenland are part of the Great US-China Game

January 20, 2026

I have been amazed at the stupidity of the European response to Trump’s rhetoric about Greenland. They seem to have no clue as to the game that is being played. While Trump is negotiating they are reacting to tactics and red herrings and have no idea what the end goal is and even which game is being played. It is not that Trump is conferring idiocy upon the clueless European leaders – they have been self-harming themselves!

For the US (Trump) the motive in both regions is not personal pique or detest for Maduro. It is not either about resources for just their own sake.  This is part of the Great Game between the US and China for the coming 100 years. It is about strategic leverage against China’s growing global footprint. That is the thread tying them together. In another century it was the Great Britain and Russia. The US and China are taking the Great Game to new regions. The serious geo-political analysts see it. I am afraid that the European leaders get bogged down and utterly distracted by Trump’s injection of red herrings which they just cannot discern.


Venezuela – Yes oil but not only oil

Venezuela’s primary strategic value is its natural resources, above all oil. It has the world’s largest proven oil reserves. The recent U.S. intervention and pressure campaign explicitly cites oil access and disruption of adversarial influence as motives.

  1. China has deep financial and commercial ties with Venezuela, long providing loans and buying Venezuelan energy and commodities.
  2. Venezuelan rare earths and critical minerals are potential future assets — but currently underdeveloped, lacking infrastructure and clear exploitation plans.

The U.S. objectives are no secret and have been discussed so openly that I wonder why reporters of the lower kind and one-note politicians so easily forget.

  1. Deny China Easy Access to Resources
    Even if Venezuela isn’t a top rare-earth producer today, Washington sees value in preventing Beijing from locking up any potential resources or influence that could reduce U.S. leverage. This jibes with official U.S. rhetoric about countering “non-hemispheric competitors.”
  2. Break China’s Growing Footprint in the Region
    Latin America isn’t neutral territory anymore. China is a major trading partner across many states, and U.S. strategy now frames this as a geostrategic threat – something that could give Beijing leverage deep in the Western Hemisphere.
  3. Strategic Oil Supply and Energy Security
    Oil still matters as base strategic power: controlling Venezuelan oil limits Beijing’s access to energy markets, which could constrain China’s industrial or military trajectory in a crisis.
  4. Supply Chain & Rare Earth Sentiment
    Some U.S. policy thinkers argue the future of tech and defence depends on diversifying supply chains away from China – and Venezuela’s minerals could play into that if infrastructure and political stability were achieved.

My assessment is that the U.S. wants to disrupt Chinese access. This fits with how Washington/Rubio/Trump are now framing their moves. This is a long-term geo-political play about material resources and influence. A not insignificant part is the rare earths  potential in Venezuela even if they are not yet a fully realized asset.

Greenland: Raw Materials and Strategic Geography

Greenland doesn’t fit exactly the same profile as Venezuela, but it does fit the same pattern. It is about access to strategic resources and a denial of geo-political access to China. Greenland hosts some of the richest deposits of rare earth elements outside China. U.S. strategic planners see this as a way — someday — to dilute China’s dominance in critical raw materials that power everything from electric vehicles to missiles. Besides minerals, Greenland is a gateway to the Arctic — territory increasingly contested by Russia and China. U.S. military interest there reflects broader strategic positioning. Rather than wait for China (or Russia) to embed itself economically or militarily, the U.S. has pushed aggressive diplomacy, investment deals, and even territorial rhetoric, explicitly meant to keep rival influence out.

Extracting rare earths in Greenland is currently expensive, technically difficult, and far from market scale. Greenland’s harsh climate and lack of infrastructure make mining a long-term project. But from a strategic viewpoint, that doesn’t matter much — the U.S. wants to lock in preferential access and preclude China from doing so first.


The Great Game: supply chain security 

Both cases tie into a bigger story about critical minerals, supply chains, and great-power competition:

  1. China still controls a vast share of refining and processing for rare earths and other minerals, not just mining.

  2. The U.S. has made securing alternative sources, both domestic and allied, a declared priority, often written and described in the language of national security.

  3. Latin America and the Arctic are the competitive regions for the next century where access to resources and influence matters as much as traditional military positioning.

  4. Within the next century new off-Earth regions of supply chain competition and security will be opening up with the moon (China present and US playing catch-up) and Mars (US first) already included within strategic planning

This not about gestures and virtue signalling and personal pique. It is plain and simple geopolitics.

Who is going to have control of critical raw materials and whose military or economic reach will have dominance in key regions?

That is the game being played not whether the Peace Prize can be legally shared or not!!


Afterword

U.S. actions in Venezuela and Greenland are partly about denying China access to strategic resources and partly about securing their own access:

  • Venezuela: important for oil access and preventing Chinese economic dominance in the hemisphere; rare earths are a secondary but growing part of that calculus.

  • Greenland: a long-range bet on critical materials, strategic geography, and preemptive advantage over China and Russia.

This is part of the Great Game between the US and China for the coming 100 years. It is about strategic leverage against China’s growing global footprint. That is the thread tying Venezuela and Greenland together.


Strategic Importance of Greenland | SOF News


Machado v. the Nobel Committee: When Branding Overreaches Ownership

January 17, 2026

(I dislike the Nobel Peace Prize as being all about politics and being inherently inimical to peace. The Norwegian Nobel Committee are also too woke, self-righteous and sanctimonious for my liking. Too many of the awards are just plain ridiculous and entirely statements of political correctness. But this flurry of stupidity caught my attention this week).


In the wake of María Corina Machado’s decision this week (January 15, 2026) to “present” her 2025 Nobel Peace Prize medal to Donald Trump in the Oval Office, we have witnessed the faintly ridiculous spectacle of a venerable (though somewhat senile) institution getting defensive and huffy about a gift it no longer owns.

The Norwegian Nobel Committee (NC) has responded with a flurry of “cease and desist” style public relations, reminding the world that the prize “cannot be transferred, shared, or revoked.” But in their rush to protect the “Nobel” brand, the Committee is entering the world of nonsense with a legal and logical absurdity.

The Myth of Permanent Authority

The NC’s central argument is that the award and the laureate are “inseparable.” They contend that while Machado can physically hand over the gold, the status of being the 2025 winner remains hers “for all time.”

But this is where the logic fails:

  1. The Right to Award vs. the Right to Own: The NC owns the right to select the winner. Once that choice is made and the physical assets (the medal, the diploma, the money) are handed over, the ownership of the prize, practically and legally, shifts to the recipient.
  2. The Power of Words: If Machado stands in the White House and says, “I share this with you,” she is not usurping the NC’s authority to grant awards. She is exercising her right as an owner to define the meaning of her property.
  3. The Record vs. Reality: The NC can keep their Register of Laureates in Oslo however they like, but they have no legal authority over how a laureate interprets their own achievement in the public square.

Defensive Branding or Political Insecurity?

The sheer vehemence of the NC’s recent press releases is counterproductive. By issuing multiple statements within a single week, the Committee suggests that their 2025 decision is so fragile that it requires constant shielding from the “wrong” people.

When an institution shouts this loudly about why someone isn’t a winner, it stops sounding like a defense of history and starts sounding like a defensive reaction to current politics. If the award is truly “final and stands for all time,” why does the Committee feel the need to argue with a photo-op?

The “Law is an Ass” Problem

To claim that a recipient cannot “share” the honour of their work is to treat the Nobel Prize like a lease rather than a gift. In any other legal context, once a gift is given, the giver loses the right to dictate its subsequent use or interpretation.

By insisting that Machado cannot “transfer” the sentiment of the prize, the NC is trying to police the thoughts and associations of its laureates. They are essentially saying: “We gave you this, but we still control what it means.”

Conclusion

The Nobel Committee would do well to remember that their prestige should come from the merit of their choices (not very impressive lately) and not from their ability to act as a “history monitor.” María Corina Machado can give her medal to whomever she chooses. Donald Trump can claim he “has” a Nobel. The NC can keep their books in Oslo. But when the Committee tries to assert “authority” over a laureate’s personal property and public statements, they aren’t protecting the brand. They are just confirming that, sometimes, the law (and the institution) can be an ass.


How to fold a UN flag

January 8, 2026

I do like this one.

The UN is not fit for purpose and needs to be disbanded.

Credit to : https://x.com/degenJambo/status/2009059463475716245?s=20


Gods are a matter of epistemology rather than theology

December 28, 2025

Gods are a matter of epistemology rather than theology 

or Why the boundaries of cognition need the invention of Gods

An essay on a subject which I have addressed many times with my views evolving and getting more nuanced over the years but generally converging over time. I suspect this is now as close to any final convergence I can achieve.


Summary

Human cognition is finite, bounded by sensory and conceptual limitations. When we attempt to comprehend realities that exceed those limits—such as the origin of existence, the nature of infinity, or the essence of consciousness—we inevitably reach a point of cognitive failure. At this boundary, we substitute understanding with “labels” that preserve the appearance of explanation. “God” is one such label, a placeholder for what cannot be conceived or described.

The essay argues that the invention of gods is not primarily a cultural accident or a moral device but a “cognitive necessity”. Any consciousness that seeks to understand its total environment will eventually collide with incomprehensibility. To sustain coherence, the mind must assign meaning to the unknowable—whether through myth, metaphysics, or scientific abstraction. “God” thus emerges as a symbolic bridge over the gap between the knowable and the unknowable.

This tendency manifests in the “discretia/continua” tension which arises from our inability to reconcile the world as composed of both distinct things (particles, identities, numbers) and continuous processes (waves, emotions, time). Different cognitions, human, alien, or animal, would experience different boundaries of comprehension depending on their perceptual structures. Yet each would face some ultimate limit, beyond which only placeholders remain.

The essay further proposes that “God” represents not an active being but the “hypothetical cognition that could perceive the universe in its totality”. For finite minds, such total perception is impossible. Thus, the divine concept is born as a projection of impossible completeness. Even an unconscious entity, such as a rock, is immersed in the continuum but lacks perception, suggesting that only through perception do concepts like “continuity” and “divinity” arise.

In essence, “gods exist because minds are finite”. They are conceptual necessities marking the horizon of understanding. The invention of gods is not weakness but the natural consequence of finite awareness confronting the infinite. Where the finitude of our cognition meets the boundless universe, we raise placeholders—and call them gods. “God” emerges not from revelation, but from the structure and limits of cognition itself.


Human finitude

Human cognition is finite. Our brains are finite, and we do not even have many of the senses that have evolved among other living species on earth. We rely primarily on the five traditional senses (sight, hearing, smell, taste, and touch), plus some others like balance, pain, and body awareness. But living things on earth have evolved many “extra” senses that we do not possess. Unlike other creatures we cannot directly detect magnetic fields, electrical fields, or infrared or ultraviolet radiation. We cannot either detect and use echo location, or polarized light or seismic signals as some other animals can. (See  Senses we lack). And for all those other detectable signals that must exist in the universe, but are unknown on earth, we cannot know what we do not have.  

I take the cognition of any individual to emerge from the particular combination of brain, senses and body making up that individual where the three elements have been tuned to function together by evolution. It is through the cognition available that any observer perceives the surrounding universe. And so it is for humans who find their surroundings to be without bound. No matter where or when we look, we see no edges, no boundaries, no beginnings and no endings. In fact, we can perceive no boundaries of any kind in any part of the space and time (and the spacetime) we perceive ourselves to be embedded in. Our finitude is confronted by boundless surroundings and it follows that each and every observation we make is necessarily partial, imperfect and incomplete. It is inevitable that there are things we cannot know. It is unavoidable that what we do know can only be partial and incomplete. All our observations, our perceptions are subject to the blinkers of our cognition and our finitude can never encompass the totality of the boundless.

It is this finitude of our cognition and the boundless world around us which gives us our three-fold classification of knowledge. There is that which we know, there is that which is knowable but which we do not know, and then there is that which we cannot know. Every act of knowing presupposes both a knower and what is or can be known. Omniscience, knowing everything, is beyond the comprehension of human cognition. To know everything is to remove the very meaning of knowledge. There would be nothing to be known. It is a paradox that as knowledge grows so does the extent of the interface to the unknown and some of that is unknowable. Any mind contained within the universe is a finite mind. Any finite mind faced with a boundless universe is necessarily curtailed in the extent of its perception, processing, representation and understanding.

A key feature of human cognition is that we have the ability to distinguish “things” – things which are discrete, unique, identifiable and countable. We distinguish fundamentally between continua on the one hand, and discrete separate “things” on the other. We classify  air, water, emotions, colours as continua, while we recognize atoms and fruit and living entities and planets and galaxies and even thoughts as “things”. Once a thing exists it has an identity separate from every other thing. It may be part of another thing but yet retains its own identity as long as it remains a thing. To be a thing is to have a unique identity in the human perceived universe. We even dare to talk about all the things in the visible universe (as being the ca. 1080 atoms which exist independently and uniquely). But the same cognitive capability also enjoins us to keep “things” separated from continua. We distinguish, draw boundaries, try to set one thing against another as we seek to define them. Perception itself is an act of discretization within a world we perceive as continuous in space, energy, time, and motion. Where there are flows without clear division, the human mind seeks to impose structure upon that flow, carving reality into things it can identify, name, and manipulate. Without that discretization there could be no comprehension, but because of it, comprehension is always incomplete. As with any enabler (or tool), human cognition both enables inquiry but also limits the field of inquiry. Even when our instruments detect parameters we cannot directly sense (uv, ir, infrasound, etc.) the data must be translated into forms that we can detect (audible sound, visible light, …) so that our brains can deal with data in the allowable forms for interpretation. But humans can never reproduce what a dog experiences with its nose and processed by its brain. Even the same signals sensed by different species are interpreted differently by their separate brains and the experiences cannot be shared.

When finitude meets the boundless, ….

It is not surprising then that the finitude of our understanding is regularly confounded when confronted by one of the many incomprehensibilities of our boundless surroundings. All our metaphysical mysteries originate at these confrontations. At the deepest level, this is inevitable because cognition itself is finite and cannot encompass an unbounded totality. There will always exist unknowable aspects of existence that remain beyond our cognitive horizon. These are not gaps to be filled by further research or better instruments. They are structural boundaries. A finite observer cannot observe the totality it is part of, for to do so it would have to stand outside itself. The limitation is built into the architecture of our thought. Even an omniscient computer would fail if it tried to compute its own complete state. A system cannot wholly contain its own description. So it is with consciousness. The human mind, trying to know all things, ultimately encounters its own limits, of comprehension.

When that point is reached where finitude is confronted by boundlessness, thought divides. One path declares the unknown to be empty and that beyond the horizon there is simply nothing to know. Another declares that beyond the horizon lies the infinite, the absolute. Both stances are responses to the same impasse, and both are constrained by the same cognitive structure. Both are not so much wrong as of providing no additional insight, no extra value. For something we do not know we cannot even imagine if there is a fence surrounding it. Each acknowledges, by affirmation or negation, that there exists a boundary beyond which the mind cannot pass. It is this boundary which limits and shapes our observations (or to be more precise, our perception of our observations).

The human mind perceives “things.” Our logic, our language, and our mathematics depend upon the ability to isolate and identify “things”. An intelligence lacking this faculty could not recognize objects, numbers, or individuality. It would perceive not a world of things, but a perception of a continuum with variations of flux, or as patterns without division. For such a cognition, mathematics would be meaningless, for there would be nothing to count. Reality would appear as a continuum without edges. That difference reveals that mathematics, logic, and even identity are not universal properties of the cosmos but features of the cognitive apparatus that apprehends it. They exist only within cognition. The laws of number and form are not inscribed in the universe; they are inscribed in the way our minds carve the universe into parts. A spider surely senses heat and warmth and light as gradients and density, but it almost certainly has no conception of things like planets and stars.

We find that we are unable to resolve the conflicts which often emerge between the discrete and the continuous, between the countable and the uncountable. This tension underlies all human thought. It is visible in every field we pursue. It appears in particles versus waves, digital versus analogue, fundamental particles versus quantum wave functions, reason versus emotion, discrete things within the spacetime continuum they belong to. It appears in the discrete spark of life as opposed to amorphous, inert matter or as individual consciousnesses contributing to the unending stream of life. It appears even in mathematics as the tension between countable and uncountable, number and continuum. Continua versus “discretia” (to coin a word) is a hallmark of human cognition. This tension or opposition is not a flaw in our understanding; it is the foundation of it. The mind can grasp only what it can distinguish, but all of existence exceeds what can be distinguished.

Where discreteness crashes into continuity, human cognition is unable, and fails, to reconcile the two. The paradox is irreducible. To the senses, the ocean is a continuous expanse, while to the physicist, it resolves into discrete molecules, atoms and quantum states. Both views are correct within their frames, yet neither captures the whole. The experiences of love, pain, or awe are likewise continuous. They cannot be counted or divided or broken down to neural signals without destroying their essence. Consciousness oscillates perpetually between the two modes – either breaking the continuous into parts but then seeking a unifying continuity among the parts. The unresolved tension drives all inquiry, all art, all metaphysics. And wherever the tension reaches its limit, the mind needs a placeholder, a label to mark the place of cognitive discontinuity.  The universe appears unbounded to us, yet we cannot know whether it is infinite or finite. If infinite, the very concept of infinity is only a token for incomprehensibility. If finite, then what lies beyond its bounds is equally beyond our grasp. Either way, the mind meets different facets of the same wall. The horizon of incomprehensibility is shaped by the nature of the cognition that perceives it. A spider meets the limit of its sensory world at one point, a human at another, a hypothetical superintelligence elsewhere. But all must meet it somewhere. For any finite mind, there will always be a place where explanation runs out and symbol begins. These places, where the boundary of comprehension is reached, is where the placeholder-gods are born. “God” is the label – a signpost – we use for the point at which the mind’s discretizing faculty fails.

…… the interface to incomprehension needs a label

The word “God” has always carried great pondus but carries no great precision of meaning. For millennia, it has served as the answer of last resort, the terminus at the end of every chain of “why?” Whenever a question could no longer be pursued, when explanations ran out of anywhere to go, “God” was the placeholder for the incomprehensible. The impulse was not, in the first hand, religious. The need for a marker, for a placeholder to demarcate the incomprehensible, was cognitive. What lies at the root of the use of the word “God” is not faith or doctrine, but the structure of thought itself. The concept arises wherever a finite mind confronts what it cannot encompass. The invention of a placeholder-God, therefore, is not a superstition of primitive people but a structural necessity when a bounded cognition meets unbounded surroundings. It is what minds must do when they meet their own limits. When faced with incomprehensibility, we need to give it a label. “God” will do as well as any other.

Each time the boundary of knowledge moves, the placeholder moves with it. The domain of gods recedes in a landscape which has no bounds. It never vanishes, for new boundaries of incomprehension always arise. As the circle of knowledge expands the boundary separating the known from the unknowable expands as well. Just think of an expanding circle. As the circle of knowledge grows the perimeter to the unknowable also expands. Beyond the line of separation lies a domain that thought can point to but not penetrate.

The mind must first collide with what it cannot grasp. Only then does the placeholder-God emerge as the marker of our cognitive boundary. This is not a deliberate act of imagination but a reflex of cognition itself. The finite mind, unable to leave an unknown unmarked, seals it with a symbol. The placeholder-God is that seal  – not a being, but a boundary. It does not describe reality but it provides a place for thought to rest where explanation collapses. As a placeholder, “God” is just a 3-letter label. The interface with the incomprehensible, and the placeholder it produces, are therefore necessary, but not sufficient, conditions for any God-being to appear in human thought. Without the interface, divinity has no function; a God invented without an underlying mystery would be a mere fantasy, not a sacred concept.

The paradox deepens when one asks what kind of cognition would not require such a placeholder. Only a mind that could know everything without limit would need none –  but such a mind would no longer be finite, and thus no longer a mind in any meaningful sense. To know all is to dissolve the distinction between knower and known. The infinite mind would not think “of” God; it would be what the finite mind calls God, though without the need to name it. Hence, only finite minds invent gods, and they must necessarily do so. The invention is the shadow cast by limitation.

The concept of God, then, is not evidence of divine existence but arises as a consequence of cognitive limitation. It is the sign that the mind has reached the edge of its own design. To invent gods is not a failure of reason but its completion. The placeholder is the punctuation mark at the end of understanding. It acknowledges that thought, to exist at all, must have limits. And within those limits, the impulse to name what cannot be named is inescapable.

The earliest people looked at the sky and asked what moved the sun. The answer “a God” was no explanation but it marked a boundary. It was a placeholder for the inexplicable. The label has changed. It was once Zeus, later Nature, now perhaps the Laws of Physics or even Science, but the function remains the same. Existence, time, causality, matter and energy are still fundamental assumptions in modern science and are all still inexplicabilities needing their placeholder-Gods. Let us not forget that terms assumed ro be very well-known, such as gravity and electric charge, even today are merely placeholder-Gods. We may be able to calculate the effects of gravity to the umpteenth decimal, but we still do not know why gravity is. Electrical charge just is, but why it is, is still just a brute fact in science. Every so-called brute fact invoked by science or philosophy is nothing other than a placeholder-God. Where comprehension ends, a placeholder is needed to prevent thought from collapsing into chaotic incomprehensibility. The idea of a placeholder-God, therefore, is not a primitive explanation but an intellectual necessity. It is the symbol that marks the limits of the cognitive map.

From cognitive placeholder to God-beings

(Note on my use of language. I take supernatural to mean supra-natural – beyond known natural laws – but not unreal. While the unnatural can never be observed, the supernatural is always what has been observed, and is therefore real, but is inexplicable. The rise of the sun and the waning of the moon and the onset of storms and the seasonal growth of plants, all were once considered inexplicable and supernatural. As human knowledge grew, each was gradually absorbed within the gamut of human comprehension. The supernatural is therefore not a denial of reality but a recognition of the incompletely understood. The unnatural is what I take to be unreal and fantastical or invented. The unnatural may be the stuff of fairytales and fantasy but being unreal, can never be observed).

As the placeholder-God gains social form, it must somehow rise above the human condition to retain meaning. A God limited to human capabilities would fail to explain what lies beyond it. Thus, gods become supra-human, but not unnatural, for they remain within the world but “beyond what humans can.”

Under the pressures of imagination, fear, and the need for coherence, the placeholder-God then acquires agency. The divine is invoked. The unknown becomes someone rather than something. A God-being, however, cannot be invented except from first having a placeholder-God. It cannot be created or invented directly, ex nihilo, because invention presupposes a motive, and without the confrontation with incomprehensibility, there is none. The human mind can understand the exercise of power only through will and intent and so the boundary acquires intention. In time, societies institutionalize these projections, turning the abstract placeholder into a God-being  and endowing it with purpose, emotion, and supra-human capacity.

This perspective gives the divine a new and paradoxical definition: “God is that which would perceive the entire universe without limit”. Such perception would not act, judge, or intervene. It would simply encompass. Yet a cognition capable of perceiving all would have no distinction within itself. It would no longer know as we know, for knowledge depends upon differentiation. To perceive all would be to dissolve all boundaries, including the boundary between subject and object. Such a consciousness would be indistinguishable from non-consciousness. The rock that perceives nothing and the god that perceives everything would converge, each beyond cognition, each outside the tension that defines life. Consciousness, poised between them, exists precisely because it knows but does not (cannot) know all.

The necessity of the divine placeholder follows directly from human finitude. The mind cannot tolerate infinite regress or complete ambiguity. It demands closure, even when closure is impossible. To preserve coherence, it must mark the point where coherence breaks down. That mark is the god-concept. It halts the chain of “why” with the only possible answer that does not generate another question. “Because God made it so” and “because that is how the universe is” perform the same function. They end the regress. In this sense, the invention of gods is an act of intellectual hygiene. Without a terminal symbol, thought would never rest; it would dissolve into endless questioning.

Understanding the god-concept in this way does not demean it. It restores its dignity by grounding it in the architecture of cognition rather than in superstition. Theology, stripped of dogma, becomes the study of where understanding fails and symbol takes over  –  a form of cognitive cartography. Each theology is a map of incomprehensibility, tracing the outer borders of thought. Their differences lie in what each places at the edge of their maps and the projections and colours each uses. Yahveh or Indra, Heaven or Hell, Big Bangs and Black Holes, and Nirvana or Nothingness, but their commonality lies in the inevitability of the edge itself.

Modern science has not abolished this pattern; it has merely changed the symbols. The physicist’s equations reach their limit at the singularity, the cosmologist’s model ends before the Big Bang, the biologist’s postulates begin after the spark of life and the neuroscientist’s theory marvel at the mystery of consciousness. Each field encounters an ultimate opacity and introduces a term  –  “quantum fluctuation,” “initial condition,” “emergence”, “random event”  –  that serves the same function the placeholder-God once did. Quantum mechanics has shifted the position of many placeholders but has replaced them with new boundaries to the inexplicable. New concepts such as fields and quantum waves and collapse of these are all new “brute facts”. As labels they provide no explanations since they cannot. They are “brute facts”, declarations that comprehension goes no further, that explanation stops here. Matter, energy, spacetime, and causality remain today’s deepest placeholders and there is no explanation in any field of science which can be made without presupposing them. The structure of thought remains the same even when the vocabulary has changed.

In this sense, the divine arises not from invention but from collision. There must first be an encounter with incomprehensibility  – the interface  – before any god-being can appear. Without such a frontier, divinity has no function. A god invented without an underlying mystery would be a mere fiction, not a sacred idea, because it would answer no cognitive or existential demand.

Thus the sequence when finitude is confronted by boundlessness is inevitable and unidirectional:

incomprehensibility → cognitive discomfort → placeholder → personification → divinity.

The Atheist–Theist Misunderstanding

When gods are understood not as beings but as boundaries of cognition, the quarrel between theist and atheist becomes a shadow-boxing match. Both speak to the same human need  – to name the edges of what we cannot (or cannot yet) know.

The theist affirms that beyond the boundary lies sacred divinity while the atheist denies the personality that has been projected upon that region. Yet both acknowledge, implicitly or explicitly, that the boundary exists. The theist says, “Here is God.” The atheist says, “Here is mystery, but not God.” Each uses a different language to describe the same encounter with incomprehensibility. In that sense, the death of God is only the death of one language of ignorance, soon replaced by another. Every age renames its mysteries. Where one century says “God,” another says “Nature,” or “Chance,” or “Quantum Field.” The placeholders persist and only their symbols change. The Laws of Nature are descriptions of observed patterns but explain nothing and do not contain, within themselves, any explanation as to why they are. All our observations assume causality to give us patterns we call Laws. When patterns are not discernible we invoke random events (which need no cause) or we impose probabilistic events on an unknowing universe.

Theism and atheism, then, are not opposites but reactions to the same human predicament, the finite mind meeting the incomprehensible. One bows before it; the other pretends to measure it. Both, in their own ways, testify to the same condition  – that we live surrounded by the unknowable. If there is a lesson in this, it is not theological but epistemological. Gods are not proofs or explanations of existence. They are confessions of cognitive limitation. They mark the frontier between what can be known and what cannot, yet or ever, be known. To understand them as such is not to destroy them but to restore them to their original role  as signposts for, not explanations of, the boundaries of thought.

Our cognition may evolve but will remain finite for the length of our time in this universe. So long as it remains finite, there will always be gods. Their names will change, their forms will evolve, but their necessity will endure. They must endure for they arise wherever understanding ends and wonder begins.


All the senses we do not have

December 12, 2025

This started as an Appendix to an essay I am writing. However it has grown to stand as a post in its own right. It will now be a citation rather than an Appendix in the essay which I hope to complete soon. “Gods are a matter of epistemology rather than theology”. Cognition, including human cognition, emerges from the interactions between a brain, the senses it has access to and the body they are all housed in. A cognition’s view of the world is as much enabled by its available senses as it is blinkered by the same senses. Senses available to any species are unique to that species’ physiology and the brain which interprests the signals generated. The signals from a spider’s eyes or from a dog’s nose are meaningles and cannot be interpreted by a human brain. Furthermore even within a species each individual cognition has unique features. The experiences of a cognition may be similar to that of another individual of the same species but cannot be truly shared. We have no examples of telepathy in any species. My qualia of experiencing red or pain cannot be shared by any other human – but may be similar to the experiences of others. However a spider’s qualia of experiencing the same red with its eight eyes is something else again.


Introduction

Evolution has no aims, plans, or intended outcomes. It is simply the cumulative result of differential survival and reproduction. Traits persist when organisms carrying them leave more descendants than those without them. Sometimes that happens because a trait spares its bearer from an early death; sometimes it happens because the trait leads to more mating opportunities, or because it helps relatives survive, or simply because there is no better alternative available in the genetic lottery.

The popular idea that evolution “selects” for superior or well-designed features is mostly rhetoric. Natural selection does not favour excellence; it favours whatever works well enough under the conditions at hand. What results in any organism, including humans, is not an optimal design but a set of compromises shaped by history, constraint, and chance. When people speak of evolutionary perfection or elegant fit, they are mistaking local adequacy for intentional design. These traits succeeded because, in a given environment, they did not lose in the competition to leave offspring.

The senses that living organisms possess are no different. Each sensory system that exists today is not the best possible way to perceive the world, but merely one that proved sufficient, in a particular lineage and habitat, to avoid being outcompeted. Evolution leaves us only what has survived, with those traits that were good enough for the conditions of the moment. It contains no foresight, no preparation for what comes next, and any sense of direction we read into it is something we impose after the fact.


Senses Animals Have That Humans Do Not

While humans rely primarily on the five traditional senses (sight, hearing, smell, taste, and touch), plus others like balance (equilibrioception), pain (nociception), and body awareness (proprioception), the living things on earth have evolved many “extra” senses that we do not possess.

  • Magnetoception (Magnetic Field Sense): The ability to detect the Earth’s magnetic field and use it for orientation and navigation. This is found in a wide variety of animals, including migratory birds, sea turtles, sharks, and even honey bees. They use this as an internal compass for long-distance travel.
  • Electroreception (Electric Field Sense): The capacity to sense weak electrical fields generated by other living creatures’ muscle contractions and heartbeats. Sharks and rays use specialized organs called the ampullae of Lorenzini for hunting in murky water, and the platypus uses electroreception in its bill.
  • Infrared (IR) Sensing/Vision (Thermoreception): The ability to sense heat radiation, allowing an animal to “see” the body heat of warm-blooded prey, even in complete darkness. Pit vipers (like rattlesnakes) and pythons have specialized pit organs that detect infrared radiation.
  • Echolocation: A biological sonar system used by bats, dolphins, and toothed whales to navigate and hunt. They emit high-frequency sound pulses and listen to the echoes to create a detailed mental map of their environment.
  • Ultraviolet (UV) Vision: The ability to see light in the ultraviolet spectrum, which is invisible to most humans. Many insects (like bees), birds, and fish use UV vision for finding nectar, recognizing mates, or spotting prey.
  • Polarized Light Detection: The ability to perceive the polarization patterns of light. This is used by many insects (for navigation using the sky) and mantis shrimp (which have the most complex eyes known, seeing forms of polarized light we cannot comprehend) for navigation and communication.
  • Seismic/Vibrational Sensitivity: The ability to detect subtle vibrations traveling through the ground or water over great distances. Elephants use their feet to sense ground tremors, and many snakes and insects use this to detect predators or prey.
  • Ultrasonic and Infrasonic Hearing: Many animals can hear frequencies far outside the human range of 20 Hz to 20,000 Hz. Bats and moths use ultrasound (above 20,000 Hz), while elephants and some whales communicate using infrasound (below 20 Hz).

Senses: Could there be more?

Our current understanding of sensory biology is itself limited by our own human perception. We tend to define a sense based on some physical parameter that can be and is converted into a signal that can then be interpreted by a specialised brain which has evolved together with the sensory organs. If there is some parameter or subtle information in our surroundings that no living thing known to us has evolved to be able to detect, or one that is so subtle and complex that it doesn’t clearly map to a known physical stimulus, we would not even recognize it as a “sense” at all.

  • Subtle Chemical Gradients: While we have smell, some organisms (like bacteria or fungi) may sense complex, long-range chemical fields in ways that defy our simple notions of “smell” or “taste.”
  • Quantum Senses: Some research suggests that the magnetic sense in birds may rely on quantum entanglement within specific proteins. If true, this hints at perception mechanisms on a quantum scale that are difficult for us to even conceptualize fully.
  • Predictive or Internal Senses: Plants, which react to light, gravity, touch, and chemical signals, display complex “behavior” without a nervous system. While we classify these as existing senses, their internal “awareness” of time, nutrient deficiency, or potential nearby threats might constitute forms of interoception or time-perception that function in a fundamentally different way than any human feeling.

Our “awareness” of a sense is often based on the technology we invent to imitate it (like a magnetic compass for magnetoception). It is highly likely that life on Earth has evolved to be able to detect some environmental information in ways that remain outside the scope of our imagination or our measurement tools. We can speculate on senses that could exist in principle but which have no value on earth and therefore have never evolved. Let us take a “sense” to be a structured mapping from external regularities into neural states. Many regularities exist which life-forms on Earth have apparently had no motive or incentive to detect or track.

  • Neutrino detection. Neutrinos pass through a light-year of lead without stopping. Biological tissue could never detect them reliably. Could it be of value to some alien cognition. What would such detection change in a world view?
  • Sense of gravitational gradients at fine spatial scales. Gravity is too weak at the biological scale. A living creature would need to be built of very dense matter to reliably distinguish micro-variations in gravitational fields. But we cannot see any value of this to any conceivable form of life.
  • Hyperspectral gamma-ray “vision”. Gamma rays obliterate earthly biological tissue. A system to detect them without dying would require materials and chemistry alien to Earth. The energy levels are simply incompatible with organic molecules.
  • Direct dark-matter detection. Dark matter barely interacts with baryonic matter. Evolution cannot select traits for a signal that never reaches biology. But could there be alien biology and alien cognition which made use of such detection. Who knows?
  • Time-structure sensing at quantum-coherence timescales. A species that can detect changes occurring over femtoseconds or attoseconds is conceptually possible, but organic molecules are far too slow and thermally noisy. Evolution selects for what biochemistry can sustainbut we cannot know what we cannot know.
  • Sensing vacuum fluctuations (zero-point energy). We are almost entering into nonsense territory but then my nonsense may be basic knowledge to an unimaginable alien.
  • Direct perception of spacetime curvature (not gravity but curvature gradients). Living tissue cannot detect curvature directly. Only masses and accelerations reveal it.

Our reality is that as our knowledge grows so does the perimeter to the unknown grow. We can never know all the senses we do not have.


Abortion as a Significant Demographic Parameter (2025 Update)

September 3, 2025

Previous (2019): Abortion now a significant demographic parameter


This update is not just a refresher – it has become much more urgent. The world has shifted from fearing too many people to fearing too few. What once was theoretical is now deeply real: population implosion is emerging not in distant projections, but in towns, schools, and economies collapsing due to fewer births.

Countries across the globe, from Greece to China, are deploying tax incentives, baby bonuses, and housing subsidies to shore up birth rates. Take China where cities like Hangzhou and Changsha now offer families 3,000–10,000 yuan annually per child, yet young people remain largely uninterested in having more kids (The Times of India). In Hungary, mothers with three or more children enjoy lifetime income tax exemptions, while even those with two or three benefit from deeply reduced housing loan rates (Wikipedia, Reddit). Still, experts caution these incentives seldom deliver lasting change (The Times, The Washington Post, Business Insider).

This trend is not just an outlier. In Greece, falling birth rates have forced the closure of over 750 schools (more than 5% of the total) rooted in a 19% drop in primary student numbers since 2018. Today, annual births sit below 80,000, while deaths continue to climb (Financial Times). Meanwhile, England and Wales have recorded record-low fertility rates (1.41 children per woman), and Scotland isn’t far behind at 1.25 and nowhere near the replacement rate of 2.1 (Financial Times).

In rural Japan, demographic erosion is already a visible reality. In Nanmoku, Gunma Prefecture, the population has collapsed from approximately 11,000 in 1955 to just 1,500 today. Now, 67.5% of residents are aged 65 or older, making it arguably Japan’s “grayest village” (Wikipedia, Kompas). More broadly, rural areas in Japan see abandoned farmland, empty homes, and aging populations. It is a national warning sign that the demographic collapse is not abstract but present (Kompas).

Immigration is often touted as the fix, but it’s a short-term patch. Studies show immigrant fertility tends to converge with the host nation’s average over just a few generations. In the UK, descendants, as quickly as the second generation start with elevated fertility but display significant variation depending on origin and assimilation dynamics (PMC, Demographic Research). In Sweden, similar patterns emerge: while birth timing may adapt, eventual completed fertility aligns closely with native norms (PubMed).

Against this backdrop, the demographic weight of abortion looks starkly more consequential than it did in 2019.


Then and Now: The Numbers

Parameter (annual) 2018–19 Estimates 2025 Updated Estimates
Global births ~140 million ~134 million
Global deaths ~60 million ~67 million
Abortions ~41 – 50 million ~73 million
World population ~7.7 billion ~8.1 billion
Leading medical “cause of death” Coronary disease (~10 million) Still ~10 million
Abortions vs. leading cause 4 – 5× higher ~7× higher

What Holds True

  • Abortions still dwarf every medical cause of death in raw numbers, and are as impactful demographically as before.
  • They continue to reduce births by roughly one-third, reinforcing their role as a key demographic parameter.
  • Population stabilization and eventual decline remain on track, with or without abortion, but there is no doubt that abortion accelerates the timeline.

What Has Changed

  • The sense of demographic crisis is now palpable, not just theoretical.
  • Governments race for solutions, but incentives alone, no matter how generous, rarely reverse collapsing fertility (The Times, The Washington Post, The Times of India, Business Insider, Wikipedia).
  • Visible examples of demographic collapse: Greece’s school closures, Japan’s vanishing villages.
  • Immigration doesn’t restore declining birth rates indefinitely, thanks to fertility convergence across generations (PMC, Demographic Research, PubMed).

Conclusion

My 2019 thesis, that abortion is a significant demographic parameter,  is still valid. If anything, it is more crucial today. With the world shifting from too many to too few, abortion stands as one of the clearest accelerants of demographic change and perhaps even of societal collapse. There are more fetuses terminated by abortions (73 million) than people die every year (67 million).


Naughty children called to Headmaster Trump’s office

August 19, 2025

18th August 2025

All the naughty Europeans rushed to the Headmaster’s office.

Everyone knows where this is.

Caning – unfortunately – not permitted anymore!!