Tuesday, April 14, 2026

CIA To Integrate AI 'Co-Workers' To Process Intelligence, Catch Spies



Tasking Ai with counterng spy activity is obvious and will produce what has always been missing  a tight seive or net that is actively sustained.

the truth is that every vulnerable entetrtprise needs this.  think simple contract knowledge.  Just how do you think that Chinese operatives collapsed NORTEL in favor of Huawei. twenty five years ago.  I watched it happen and suspected the cause at the time.  I was expecting as much.

There are good reasons for the frosty relationship between China and Canada.  just saying

CIA To Integrate AI 'Co-Workers' To Process Intelligence, Catch Spies

Friday, Apr 10, 2026 - 11:20 AM


Authored by Brayden Lindrea via CoinTelegraph.com,

The US Central Intelligence Agency said it will embed “AI co-workers” directly into its analytics platforms to assist analysts with detecting spies and anticipating hostile moves by foreign adversaries.



“Within the next couple of years, we will have AI co-workers built into all of the agency’s analytic platforms — a kind of classified version of generative AI that will help our analysts with basic tasks,” CIA Deputy Director Michael Ellis reportedly said on Thursday during an event hosted by the Special Competitive Studies Project in Washington, DC.

According to Politico, Ellis said the AI co-workers would assist intelligence officers with drafting key judgments, testing analytical conclusions and identifying trends in intelligence that the agency gathers from abroad.

However, he said humans would continue to make the “key decisions.”


Michael Ellis (right) speaking with Anthony Pompliano (left) about Bitcoin and AI’s role in US national security in May: Source: Anthony Pompliano

The CIA’s AI plans come amid a feud between the US Department of Defense and AI firm Anthropic. Despite having a $200 million contract with the Department of Defense, Anthropic prevented the use of its flagship AI product, Claude, for mass domestic surveillance and fully autonomous weapons.

US President Donald Trump ordered all federal agencies to immediately cease using Anthropic's technology in March, while the Department of Defense declared Anthropic a supply chain risk.

The parties remain locked in a legal dispute over the designation, with a US appeals court on Wednesday denying Anthropic’s emergency request to temporarily pause the label.

While Ellis didn’t point out Anthropic, he said the CIA “cannot allow the whims of a single company” to constrain its capabilities.

The CIA has already adopted AI for other intelligence tasks, having tested about 300 AI projects last year to “bring new capabilities to our mission,” such as processing large data sets and language translation, Ellis said.

Ellis also noted that the CIA recently created its first intelligence report with AI while predicting that AI’s role in the agency’s work would continue to grow.

A major motivation for the CIA is to stay ahead of China, Ellis said, noting that the once-large gap between the US and China has narrowed significantly.

“Five to ten years ago, China was nowhere near America, in terms of technological innovation,” Ellis said. “That’s just not true today.”
Ellis likes the transparency of Bitcoin, crypto

In May, Ellis said Bitcoin and crypto were matters of national security, adding that the agency reviews blockchain data to support its counterintelligence operations.

“It’s another area of technological competition where we need to make sure the United States is well-positioned against China and other adversaries.”

World's First' Humanoid Robot For Real Household Chores Launched With 16-Hour Battery




We are not there yet, but close enough to see potential.  A working robot will be able to keep a house in good order, which is something possible from a dedicated human operative who diverts away from other tasks.

Understand that really means been able to get your hands on all objects blindfolded  Can you do that?  This is ideal and allows operational efficency rarely achieved in practice.  A robot accomplishing just that is natirally valuable.


Achieving this is a natural step toward a true agricultural robot for which we need billions to support billions of humans..  We need to pick raspberries every two days at a speed of ten to twenty pounds per hour.  Faster is unlikely.  Four week cycle.  Switch to a different crop.  also pest removal.

all way more challenging than picking up after you.

World's First' Humanoid Robot For Real Household Chores Launched With 16-Hour Battery

Thursday, Apr 09, 2026 - 05:05 PM



Chinese robotics firm UniX AI has unveiled Panther, touted as the world’s first service humanoid robot to enter real household deployment.UniX AI has commenced global deliveries of Panther, bringing service humanoid robots into real homes.UniX AI

Panther is a third-generation full-size wheeled dual-arm humanoid robot, and UniX AI has commenced global deliveries.

The robot stands about 5 feet 3 inches tall, weighs around 176 pounds (80 kilograms), and operates for 8 to 16 hours on a single charge.

According to the Suzhou-based firm, its design focuses on usability and reliable performance in complex indoor environments, marking a significant step toward bringing general-purpose humanoid robots into everyday settings.

Stable service robot

Panther is a wheeled dual-arm humanoid robot designed for real-world deployment across home, commercial, and industrial settings - and is equipped with an omnidirectional, four-wheel-steering, four-wheel-drive (4WS+4WD) chassis, enabling agile movement and stable operation in complex indoor environments. According to the UniX AI, the wheeled architecture marks a departure from the more common legged humanoid approach, which is combined with general-purpose AI models, offering improved efficiency and practicality for deployment.

According to UniX AI, the robot features 34 high-degree-of-freedom joints, including the world’s first mass-produced 8-DoF bionic arms and adaptive intelligent grippers, allowing precise and flexible manipulation.

Furthermore, it is equipped with cameras, sensors, and audio input systems that support object recognition, indoor navigation, and interaction with people. The system is designed to perform multi-step tasks rather than isolated actions, allowing it to execute complete sequences of activities.


“With our integrated trinity of algorithms, hardware, and applications, we have already scaled from lab validation to mass delivery, and from local deployment to global expansion,” said Fred Yang, Founder and CEO of UniX AI, in a statement.

Multi-task humanoid

In demonstrations and early deployments, the robot has shown the ability to handle a variety of domestic tasks. These include waking users, preparing breakfast, cleaning rooms, organizing household items, and operating certain appliances. It can also sort and move objects as part of routine household workflows.

The robot is built to manage continuous task sequences efficiently. For example, it can wake a user in the morning, prepare a meal, clean the kitchen afterward, and organize the living space, demonstrating coordinated, multi-step task execution in real-world home environments.

Panther, evolved from the Wanda 2.0 platform, introduces an 80 cm vertical lift of the upper body, enabling both elevated reach and ground-level operation. It operates on an upgraded 48V power platform, delivering higher output along with improved stability for high-speed control and dynamic movements.



Panther is powered by UniX AI’s integrated technology stack. UniFlex enables efficient cross-scenario task generalization and imitation learning. UniTouch combines visuo-tactile multimodal models to improve precision handling and interactive capabilities with enhanced stability. UniCortex supports long-term task planning, enabling the robot to execute complex, multi-step operations seamlessly.

According to the firm, the system is designed for a wide range of real-world applications. These include commercial services such as hotels, reception, retail, and guided tours; home and personal uses like household tasks, elderly care, and companionship; and public or industrial roles including security patrols, research, and education.

Experts say household robots still face hurdles, including cluttered environments, varied lighting, and handling soft objects. Challenges in navigation, appliance interaction, battery life, cost, safety, and reliability remain. However, robots performing multiple domestic tasks indicate that fully functional home assistants managing daily chores are gradually moving closer to reality.

Waterloo Impact




This is a reminder of just how much impact a tier one institution produces.    To the point today that we call it the Waterloo Toronto tech corridor..  I grew up forty miles north and joined the first undergrad year of the actually newly minted Faculty of Mathematics in 1967.

It is also clear that they are on a roll as this stupid trade war is supercharging both this corridor and the Ottawa Montreal Tech Corridor as well.  Canada today is transitioning to a WAR footing to support their emergent global Trade Alliance.

It has not happened yet, but this truly causes superpowers to cower and that is good enough.  We have been shown that it is necessary.

THE WATERLOO IMPACT

As an alum, you already know the University of Waterloo’s impact extends far beyond its campuses.


Now, third-party analysis conducted independently by EY affirms the impact of Waterloo and our alumni network, grounded in rigorous modelling and validated provincial data. Read on to see some of the facts uncovered in the report.



Waterloo’s network drives economic impact


• Waterloo drives nearly $7 billion in GDP across Ontario through its world-renowned co-op program, alumni earnings and research efforts.
• Every $1 invested in the University of Waterloo by the Government of Ontario returns $8.16 in economic activity.
• Alumni have founded 67,900 companies worldwide.
• Alumni-founded companies generate $397 billion annually and support 1.7 million jobs globally.

READ THE FULL REPORT


Talent and research for future growth


• Employers more than double their investment when they hire a Waterloo co-op student, realizing $2.20 in economic output for every $1 spent.
• More than 28 per cent of research funding comes directly from industry partnerships — proof of real-world relevance.
• More than 75 per cent of alumni earn more than the average income earned by university graduates in Canada.


Waterloo alumni are community builders


• 60 per cent of alumni mentor emerging talent.
• 72 per cent of alumni have given their time to volunteer over the past 12 months.
• More than 8,000 profit and non-profit alumni-founded companies prioritize cultural, health, environmental or social missions.

Impressed? You aren’t alone. See what your fellow alum, Jagdeep Singh Bachher (BASc ’93, MASc ’94, PhD ’00), chancellor of Waterloo, had to say about the report.




The First Lady Just Said Epstein Was Not Alone. Here Is the Federal Archive That Proves It.



This is so important.  Epstein was a critical node in an elite network that invited anyone into their so called circle, relying on contact to collect rising stars.  If you chose to be a rising star in this circle of influence ,then someone soon knew you and you were fed in never quite understanding why you were so lucky.

We hear about the evil acted upon, but also understand that this was contained stage left out of sight unless you the target showed the right interests.  this was why Trump was a non starter in this crowd curiously enough.  Yet operating in New York ensured he was always on the edges.

true evil is a minority taste and must never be fully disclosed to the majority.  that we even know it all exists is a huge defeat for the pedos.

The First Lady Just Said Epstein Was Not Alone. Here Is the Federal Archive That Proves It.


Apr 9


The press will cover the denial. This is about the thirty-four confirmed victims and the questions that have never been asked under oath.

Melania Trump stood at the White House today and said what needed to be said.

Within two hours, Twitter had 260,000 posts about it. Most of them missed the point.

The denial was not the story. What came after it was. She called for congressional hearings centered on survivors. Sworn testimony. A permanent public record. Each and every woman should have her day.

What has not appeared in any of those 260,000 posts — what no outlet has yet reported — is what the federal Epstein archive actually shows about the network she named when she said:

“Now is the time for Congress to act. Epstein was not alone.”

“Give these victims their opportunity to testify under oath in front of Congress with the power of sworn testimony. Each and every woman should have her day to tell her story in public if she wishes — and then her testimony should be permanently entered into the congressional record. Then and only then will we have the truth.”

What I have been documenting for the last several months is exactly the evidentiary foundation those words require. Not because of today’s statement. Because the documents demanded it.




Every outlet will spend the next 48 hours on the Maxwell email, the approval ratings, the theories about why she spoke and who advised her to do it. That coverage is already written. What is not yet written — what has not yet been reported at all — is what the federal Epstein archive actually shows about the network she named.
What I Have Been Doing

In January 2026, the Department of Justice released three million federal documents under the Epstein Files Transparency Act. They are publicly available at justice.gov/epstein.

I have spent months inside that archive.

Not looking for gossip. Not looking for names to attach to scandal. Looking for what the documents actually establish — the institutional architecture, the financial flows, the network that Epstein operated and that, as Melania said today, outlasted him.

What I found is documented in a 17-part investigative series on this Substack — and in a soon to be announced book (that’s right, this is the first time I have ever mentioned it).

Here is what the archive shows, in plain language:

Epstein was not an aberration. He was a node — the private, deniable switchboard through which sovereign finance, global health policy, intelligence, and biotechnology converged outside any democratic accountability structure. The vaccine financing vehicle he designed through his personal Gmail in 2011 is today a quarter of a billion dollar active federal contract. The network he built outlasted him. The questions that follow from that network have never been asked under oath.

The victims deserve a congressional record built on documents, not on memory alone. Virginia Giuffre refused to be Jane Doe. She called herself by her name — Virginia Roberts when she was approached at sixteen years old at Mar-a-Lago. She refused to be erased. Thirty-four confirmed minor victims are documented in the federal archive. The congressional record Melania called for today should be built on an evidentiary foundation proportionate to what was done to them. That foundation exists. It is in the archive.

The questions that have not been asked under oath are in the federal record. A 346-page Department of Justice Office of Professional Responsibility report on the Non-Prosecution Agreement was transmitted to Congress and never publicly released. A potentially signed federal indictment was never confirmed or produced. A redacted leverage item in the archive protects an identity that has never been asked about under oath. Each of these has a specific congressional mechanism by which it can be compelled. The hearings Melania called for today are that mechanism.
Bill Gates Testifies on June 10

In two months, Bill Gates testifies before the House Oversight Committee.

The federal archive documents his financial relationship with Epstein’s network in detail — the private dinners, the financing vehicle designed through Epstein’s Gmail that the Gates Foundation built and that today holds an active federal contract including COVID emergency funds.

The questions that follow from the archive have not been asked under oath. The Gates testimony is the first opportunity to ask them.

The congressional hearings Melania called for today are the second.





·

Apr 7





What the Survivors Deserve

The coverage will focus on politics. On what this means for her image, for the midterms, for the ongoing debate about who knew what. That is understandable. It is also a distraction from the only thing that matters.

The women who were trafficked. The girls who were minors when it happened. The survivors who have spent years fighting to be believed, fighting to be named, fighting to have their stories entered into a public record that cannot be erased.

Those women deserve a congressional hearing built on evidence that is Bates-numbered, publicly verifiable, and in the federal record.

Melania said it today from the White House: each and every woman should have her day. The archive gives those words the evidentiary weight they require. You can view her full statement below.

Read the Series. Subscribe. Share It.

The 17-part investigative series documenting what I found in the Epstein archive is here on this Substack. Every claim is Bates-numbered. Every document is publicly verifiable at justice.gov/epstein.

If you believe the survivors deserve a congressional record proportionate to what was done to them — read it, subscribe, and share it with anyone in a position to act.

The hearing Melania called for today needs this archive.


Monday, April 13, 2026

Cosmological problem





 Cosmological problem


I have an existential problem with understanding our current cosmology and the universe we think we understand.  

We know from Cloud Cosmology that particle creation is SUBLIGHT.  Reasonably light itself induces 3D decay into stable 3D particles that are likely scaled at neutrino size.  these can then self assemble into particles scaled at electron size.  these in turn self assemble into particles scaled at neutron size and are paired as well to produce DARK MATTER.  all vthis is nformed by the mathematics of platonic solids.

The cosmos we see is decayed self assembled DARK MATTER into to the cosmos of light generating elements.  So far, so good.


here is where it gets dicy.  the galaxy is a ball of Packed DARK MATTER providing a natural medium for light movement and that ball maybe twice the size of our visible galaxy although is may be much more as well.  We cannot know.  The real problem is what happens to light that reaches this spherical boundary.


we have assumed that that light just travels through the void to produce our imagined cosmology holding galaxies in all directions.  

suppose instead that this light is instead refected back into the galaxy and keeps traveling back and forth in 100,000 light year steps.  this would give us galactic images over and over again tracing back in time to when far less particles made up our galaxy.  my point is that this is a realistic alternative to our current open ended model.


and all these galaxies are images of only our galaxy and light itself does not cross the void at all uyntil it is mediated by Dark Matter..


New cold-hardy electrolyte could potentially double battery range of EVs







this is worth it weight in gold in cold country and swaping out is a viable option when transitioning to a hot environment.  understand minus 40 will be seen often in the north, but rarely much lower  and room temperature in only inhouse for half the year.

Weswqap to snow tires and switching out the battery is viable as well.

This is already very important.


New cold-hardy electrolyte could potentially double battery range of EVs

April 07, 2026


With existing battery electrolytes, many electric vehicles struggle to maintain decent range in cold temperatures

https://newatlas.com/energy/new-electrolyte-double-ev-range/?


White walkers can't have EVs. Not because they are lifeless zombies who probably can't drive, but because the extreme cold of the north would severely impact the lithium batteries. Also, the region is quite large, so EVs would likely run out of juice before they could cover a good portion of its 1,100-mile length. Scientists in China may have solved both problems with a new lithium battery electrolyte that withstands cold temperatures and could double EV range.



A joint team of researchers from Nankai University in Tianjin and the Shanghai Institute of Space Power Sources (SISP) has developed a hydrofluorocarbon-based electrolyte that significantly enhances the performance of lithium batteries. As reported by the South China Morning Post, the new electrolyte more than doubles the energy density of existing batteries at room temperature, meaning batteries of the same size can last twice as long!


The researchers also claim that the new electrolyte remains stable in extreme cold, allowing batteries to function seamlessly in temperatures as low as -94 ºF (-70 ºC), well over 2.5 times the temperature of your refrigerator.

Chemical batteries, such as lithium batteries, utilize electrolytes – a chemical medium that allows ions to flow between the positive and negative electrodes, converting stored chemical energy into electrical current. In lithium batteries, the electrolytes are usually nitrogen- and oxygen-based compounds, mainly because of their effectiveness at dissolving lithium salts.


However, these electrolytes are sensitive to operating temperatures. Cold temperatures increase viscosity and slow down ion mobility, reducing charge transfer efficiency. When this happens, the battery delivers less power, takes longer to charge, and loses usable capacity, providing less runtime than its stored energy would suggest. This is why lithium batteries appear to die quickly in extreme cold. In certain conditions, such as charging the battery when the temperature is below 32 °F (0 ºC), permanent damage may occur.

In the study published in Nature, the researchers outlined how their solution, synthesized hydrofluorocarbon-based (hydrogen, fluorine, and carbon) electrolytes, eliminates this problem in lithium batteries. The cold-resistant electrolyte offers improved stability and lower viscosity at low temperatures, enabling batteries to continue operating efficiently below -94 °F.

Another outstanding feature of the electrolyte is its energy density – the amount of charge it can store per weight. In the study, the team created lithium metal pouch cells that achieved an energy density of 317 watt-hours per pound (Wh/lb) at room temperature. The cells still maintained a density of 181 Wh/lb at -50 °F (-46 ºC).


In comparison, conventional lithium batteries, such as those found in Tesla EVs, have an energy density of 73-136 Wh/lb at room temperature. This figure more than halves when temperatures fall to just -4 °F (-20 ºC).

Technically speaking, the researcher’s electrolyte could triple the range of some EVs with the same battery size!

“For the same mass of lithium battery, the room temperature energy storage capacity is increased by two to three times,” said study author Li Yong, a researcher at SISP.

Beyond the automotive industry, this development could have far-reaching implications across many sectors and everyday life. We are talking drones, robots, smartphones, and consumer electronics that last twice as long while still being able to operate efficiently in extreme cold.

Research robots operating in Antarctica could function reliably, while subsea exploration vehicles could significantly extend their operational range. Similarly, satellites and spacecraft, which endure extreme temperature swings in orbit, could benefit from more stable and predictable power systems. The list goes on and on.

Before we get carried away, it's important to note that the electrolytes are not exactly “all weather” ... yet. The team noted that the electrolyte’s high-temperature stability still needs improvement. Should they succeed in raising the boiling point of the electrolyte, we could have a true all-climate solution.

Ninth Scientist Linked to U.S. Secrets Confirmed Dead Under Highly Suspicious Circumstances


these folks are natural targets for conducting asymettric warfare.  penetration is naturally difficult, but eliminating expertise is a nasty option.  the hard question is who?  It may become necessary to zipper them all up.  This likely means expanding the protection footprint.

understand ample talent has disapeared deep over the years.  their best protection is simple unavailability.

trouble is that most talent is not American.  they need protection as well.


Ninth Scientist Linked to U.S. Secrets Confirmed Dead Under Highly Suspicious Circumstances — Disturbing Pattern of Deaths and Disappearances Among U.S. Space Program Experts Raises Alarming Questions

by Jim Hᴏft Apr. 9, 2026 8:00 am494 Comments

https://www.thegatewaypundit.com/2026/04/ninth-scientist-linked-u-s-secrets-confirmed-dead/


Man smiling inside a cylindrical space capsule, surrounded by scientific equipment and wires, showcasing a unique engineering environment.

Michael David Hicks (Credit: dr-ricknolthenius.com)

A troubling pattern is once again drawing renewed scrutiny after the death of yet another scientist tied to America’s most sensitive space and defense programs.




Michael David Hicks, a longtime research scientist at NASA’s prestigious Jet Propulsion Laboratory (JPL), died on July 30, 2023, at just 59 years old, according to the Daily Mail.




Hicks was known in scientific circles for his work connected to advanced research initiatives, many of which intersect with highly classified aerospace and defense projects.




But nearly three years later, basic questions surrounding his death remain unanswered.




According to available records, the cause of Hicks’ death has never been publicly disclosed. Even more alarming, there appears to be no publicly available record indicating that an autopsy was ever conducted




The Daily Mail reported:




Hicks, who worked at JPL from 1998 to 2022, was credited with publishing over 80 scientific papers and was part of multiple teams helping NASA understand the physical properties of comets and asteroids.




Specifically, Hicks was involved with the DART Project, NASA’s test to see if humans could deflect dangerous asteroids away from Earth. He also worked on the Deep Space 1 Mission, which tested new spacecraft technology that flew by a comet in 2001.



While there have been no public allegations of foul play, Hicks’ case marks the ninth person with ties to America’s space or nuclear secrets who has died or mysteriously vanished in recent years, which has set off alarm bells among US national security experts.




Moreover, three of these scientists had close ties to Hicks, as all of them worked at the Jet Propulsion Lab or participated in NASA missions there. Monica Reza, JPL’s new Director of the Materials Processing Group, vanished without a trace in June 2025, just months after beginning her tenure at the NASA lab.




Two other men with deep ties to JPL died recently, including a long-time coworker of Hicks, Frank Maiwald, who died in July 2024 at age 61, with even less public acknowledgement of his untimely passing.






Meanwhile, astrophysicist Carl Grillmair, 67, was murdered on the front porch of his home on February 16, 2026. The California Institute of Technology researcher’s work was heavily supported by NASA’s JPL, and Grillmair was personally involved with major space telescope missions led by NASA.




Other victims in this disturbing cluster include:




Los Alamos National Laboratory personnel like Anthony Chavez and Melissa Casias, who vanished in 2025 under bizarre circumstances, phones wiped, wallets and keys left behind, cars abandoned.

MIT plasma physicist Nuno Loureiro, assassinated at his home while working on revolutionary nuclear fusion breakthroughs.

Retired Air Force Maj. Gen. William Neil McCasland, who commanded key research labs tied to advanced missile and rocket programs (and long rumored to have UFO-related knowledge), who walked out of his Albuquerque home in February 2026 with only a handgun and was never seen again.




Former FBI Assistant Director Chris Swecker has warned that foreign adversaries like Communist China, Russia, Iran, and North Korea have been aggressively targeting Americans with access to this exact kind of classified technology for decades.




Is this a string of unbelievable coincidences? Or is something far more sinister at play? Are our enemies picking off America’s best minds to steal or suppress critical U.S. technological advantages?




Or, as many in the UAP community have long suspected, is there a coordinated effort by deep state insiders to silence those who know too much about non-human intelligence, reverse-engineered technology, and the real secrets our government has been hiding from the American people for generations?




As The Gateway Pundit previously reported, Rep. Tim Burchett (R-TN) recently appeared on Newsmax discussing explosive claims by former Rep. Matt Gaetz regarding UFOs and “biologics that are not human.” Burchett hinted that full disclosure would cause the country to “come unglued,” and ominously noted that “the people that know are dying or disappearing.

Buddhist Cosmology: The Unlikely Parallels between the Buddha’s Vision & Modern Understandings



what did the ancients truly understand regarding the cosmos and their own world?  Do 
understand that this world was informed by knowledge passed down from the Antdiluvium world from before the pleistocene nonconformity of 12900 BP.

The problem is that all sophistocated knowledge had to be translated into language insufficient to the task.  thus we have turtle wood in genesis replacing graphene.

what is understood is the BIG picture we hold today of a cosmos holding many life bearing worlds of beings clearly NOT HUMAN.  this is the exact same understanding we have today.

Good enough but yikes!


Buddhist Cosmology: The Unlikely Parallels between the Buddha’s Vision & Modern Understandings

by Ajahn Brahmali | July 5, 2021



Buddhist Cosmology | Ajahn Brahmali

by The Fourth Messenger PodcastAudio Player


https://www.fourthmessenger.org/buddhist-cosmology-the-unlikely-parallels-between-the-buddhas-vision-modern-understandings/


One of the rarely discussed yet astonishing facts about the suttas is that they contain very modern ideas of cosmology. These are not vague teachings that might be interpreted in a number of different ways, but specific and direct descriptions of the universe. Much of what the Buddha has to say about this has been borne out by modern research. This is rather incredible and really demands an explanation, something I will attempt in the course of this essay. Some of the things mentioned by the Buddha go beyond even our current cosmological models, such as whether the universe started with a Big Bang and how it is going to end. Considering what the Buddha had to say about cosmology, I believe it is justified to conclude that the Buddha had a direct understanding of the evolution of the universe.

Before I go any further, I wish to put in place a couple of caveats. The purpose of this essay is not to “prove” that early Buddhism is true because some of its claims happen to overlap with those of modern science. Even if all the cosmological details in the suttas can be explained in purely conventional terms, this does not affect the Buddha’s message on suffering and its ending. The latter is the essence of the Buddha’s message, whereas the former is entirely incidental. My purpose, rather, is only to investigate certain aspects of the suttas that appear extraordinary, and to discuss how they may have originated. I believe this is valuable in its own right.

In what follows I have simplified what is really quite a complex subject. I have done this to avoid burdening the text with too many details that distract from the flow of the main topic. For more details on some of the complexities involved, please see the appendix at the end.
Cosmic Cycles

Early Buddhist ideas about the universe are encapsulated in the core sutta passage on the recollection of past lives. Here is an extract from that passage:


I recollected my manifold past lives, that is, one birth, two births … a thousand births, a hundred thousand births, many aeons of world-contraction, many aeons of world-expansion, many aeons of world-contraction and expansion. (MN 4)

The idea of a cycling cosmos is part of the fundamental Buddhist outlook that things don’t have absolute beginnings. Here is another passage that describes this typically Buddhist view of the world:


Monks, this saṃsāra is without discoverable beginning. A first point is not discerned of beings roaming and wandering on hindered by ignorance and fettered by craving. (SN 15.1)

According to Buddhism, nothing arises without causes and conditions. There is no such thing as a first cause. Given this outlook, only a cyclic model of the universe makes sense.

Yet is it really reasonable to think that the Buddha had a conception of the cosmos as something vast, in the way we do now? It does seem that the Buddha saw the cosmos as something far more than what can be observed from Earth. In the following passage he speaks of an “impenetrable darkness” beyond the reach of the light of the sun:


Monks, there are world intervals, vacant and boundless, regions of gloom and impenetrable darkness where the light of the sun and moon, so powerful and mighty, does not reach. (SN 56.46)
Prediction 1

Basing myself on the early Buddhist texts, I am going to be bold and make two specific predictions about the future development of cosmology. My first prediction, which draws on the sutta passages quoted above, is that modern cosmology eventually will settle on a model of the universe where Big Bangs are followed by Big Crunches, a universe that alternates between expansion and contraction.

At present most scientists do not subscribe to such a model of the universe; they believe it all just started with the Big Bang. If the Buddhist model holds up, it will be contrary to the expectation of the vast majority of scientists. This in itself would be rather remarkable.
The Buddha on Solar Systems

A second aspect of cosmology mentioned by the Buddha is the “world system,” the loka-dhātu. A world system, according to the suttas, consists of the planet Earth, the moon, the sun, and all the beings that exist in dependence on it:


A thousand times the world in which the sun and moon revolve and light up the quarters with their brightness is called a thousandfold minor world system. In that thousandfold world system there are a thousand moons, a thousand suns, a thousand Sinerus king of mountains, a thousand Jambudīpas, a thousand Aparagoyānas, a thousand Uttarakurus, a thousand Pubbavidehas, and a thousand four great oceans; a thousand four great kings, a thousand heavens of devas ruled by the four great kings … (AN 10.29/AN 3.80)

The Earth is here represented by Jambudīpa, Aparagoyāna, Uttarakuru, Pubbavideha, and the four great oceans. The ancient Indian ideas of the Earth were quite limited. They did speak of those parts of the planet that were known to them, including Jambudīpa, their own country, as well as four great oceans, presumably the oceans surrounding the Indian sub-continent. They had some knowledge of the Greeks (MN 93) and presumably the Persians, but most of their knowledge of the lands outside of India was semi-mythical, as can be seen from the names Aparagoyāna (“the western Goyāna”), Uttarakuru (“the northern Kuru”), and Pubbavideha (“the eastern Videha”). These names are clearly not names of actual countries, but rather designations of recognised geographical areas about which very little was known. Although their conception of the Earth does not fully overlap with our modern ideas, it is nevertheless clear that they had an idea of the Earth as a separate entity in a larger universe.

So the Earth, the moon, and the sun, with all the beings that exist in connection with them, form a unit known as a “world system.” Since the suttas do not seem to have any conception of planets, a world system is essentially what we would now call a solar system. But here is the truly interesting point: the suttas, as we have seen above, do not say there is just one such solar system, but vast numbers of them. The Buddha speaks of a thousand-fold world system, a thousand-fold to the second power world system, and a thousand-fold to the third power world system:


A world that is a thousand times a thousandfold minor world system is called a thousand-to-the-second-power middling world system. A world that is a thousand times a thousand-to-the-second-power middling world system is called a thousand-to-the-third-power great world system. (AN 3.80)

The last of these, of course, is a billion-fold world system. With the discovery in the past couple of decades of planets around distant stars, we are now starting to see that all this is indeed true. But the Buddha anticipated modern astronomy by almost 2,500 years.

It’s not long ago that the idea of planets around distant stars would have seemed preposterous to much of humanity. If we go back to the Europe of the middle ages, to the time before the modern astronomical revolution, they had an idea known as the firmament. The firmament was envisioned as a semi-sphere arched over a flat Earth, or whatever territory they regarded as the Earth. The night-sky was no more than this semi-sphere, an arch over the planet, a few hundred metres or a few kilometres up. Stuck in that semi-sphere were little lights, which was how they conceived of the stars. This worked because the stars are essentially in fixed positions relative to each other, and they move in the sky according to regular and predictable patterns. It was a very primitive outlook, with almost no conception of space or a universe. The Europeans of the middle ages had absolutely no idea of what was going on.

It can be hard to fathom that 2,000 years prior to the end of the European middle ages there was a man in India – we don’t know all that much about him, but he is now known as the Buddha – who said that there are solar systems out there. Not only one or two, but billions of solar systems – all these suns with planets going around them, and with moons revolving around the planets. It’s astonishing that all that is right there in these ancient texts.

But the Buddha went even further: he said there are beings living in dependence on these solar systems. The Buddha knew about aliens! There is no Buddhist word for alien or extraterrestrial, nor is there any description of them in the suttas. So what exactly did the Buddha see? Did he see little green people with antennas, the staple of cheap science fiction? Actually, I believe we can answer this interesting question using Buddhist principles.

From the modern scientific point of view it seems quite likely that there is life elsewhere in the universe. We have found the planets, some of them at the right distance from their host star, the so-called “habitable zone.” The argument goes that if life was able to evolve on Earth, why wouldn’t it also evolve on these other planets? And if this is correct, what sort of life would it be?

From a Buddhist point of view, I think it is fairly clear that these beings are going to be very much like us. Why? Because we are all connected in so many ways. For instance, sometimes we might get reborn on another planet, and the beings there might get reborn here. Because we presumably move around the cosmos in this way and because we tend to be attached to our appearance, it seems natural to think that beings everywhere will look approximately the same. Even if you have no memory of your previous life, it would be psychologically uncomfortable to be reborn among a bunch of green creatures that have little in common with humans, because your habits and comfort zone would be challenged at a deep level. Moreover, we are connected in the way we think about, perceive, and view the world. Our desires and attachments are going to be similar, and our egos and sense of self will be looking for the same sort of gratification. And because we think in the same way, we tend to evolve in the same way and to look roughly the same. Generally speaking, beings with similar kamma are likely to look similar.
Prediction 2

This, then, is my second prediction. When cosmologists eventually discover life on other planets, assuming they will, it is not going to be like the movies. In the late 1970s there was a movie called “Close Encounter of the Third Kind,” which told a story of humans meeting aliens. The aliens were weird, with thin legs and arms, and big heads, and that sort of stuff. I suppose if it weren’t for the special effects, if the beings had looked pretty much like us, the movie would have been boring and unpopular. The reality from a Buddhist point of view, however – perhaps the boring reality – is that the so-called aliens are going to be similar to us. The term “alien” may in fact be quite inappropriate; “cousins from outer space” might be better. Giving them a suitable label might also stop us from killing each other.

At present there is no consensus among scientists what they will find if and when they discover life on other planets. I believe Buddhist principles and foresight can be used as a guide.
The Fate of the Earth

There is another discourse that is fascinating in the context of cosmology, “The Seven Suns Sutta.” This is one of those discourses that really caught my eye when I first read it. In this sutta the Buddha discusses the future relationship between the sun and the Earth. He says that in the future the Earth will warm up as the sun becomes hotter and hotter. Being unable to cope with the heat, the plants will start to die. And since the plants are at the bottom of the food chain, all animal life will also cease to exist. There is a Wikipedia article on the topic of the fate of the Earth as the sun expands, and it too starts with all plant life dying. The sutta then goes on to describe various stages as the sun heats up, with the water of the oceans gradually evaporating until it is all gone. Eventually, the sutta says, the Earth becomes so hot that the whole planet starts to smoulder, smoke, and burn. Mountain peaks come crashing down, everything disintegrates and is burnt up, nothing remains:


There comes a time when, after a long time, a seventh [stage of the] sun appears. With the appearance of the seventh [stage of the] sun, this great earth and Sineru, the king of mountains, burst into flames, blaze up brightly, and become one mass of flame. As the great earth and Sineru are blazing and burning, the flame, cast up by the wind, rises even to the brahmā world. As Sineru is blazing and burning, as it is undergoing destruction and being overcome by a great mass of heat, mountain peaks of a hundred yojanas disintegrate; mountain peaks of two hundred yojanas … three hundred yojanas … four hundred yojanas … five hundred yojanas disintegrate. When this great earth and Sineru, the king of mountains, are blazing and burning, neither ashes nor soot are seen. (AN 7.66)

Some of the ideas expressed here, especially the mention of Sineru, are decidedly foreign from a modern perspective. But we should really expect this. The Buddha’s audience was used to a certain way of looking at the world and the Buddha would have had to meet his audience half way to get his message across. What is remarkable, rather, are the strong parallels to our modern outlook.

How is it possible that these modern ideas are found in the suttas? From the point of view of modern cosmology and astrophysics, we know that this is exactly what will happen. We know the sun will expand, eventually burning up our planet – nothing will be left. We know this and it makes sense to us. But how could this be known to a man who lived two and a half thousand years ago? At the end of the same sutta the Buddha asks rhetorically who can possibly believe this, except someone who has seen the truth. In other words, the Buddha realised that this would be inconceivable for most people at that time. Apart from confidence in the Buddha, there would be no basis for believing in this. So far as I am aware there is nothing quite like it in any other ancient literature. And there is no evidence that these insights into the nature of the universe existed in pre-Buddhist Indian culture in any form similar to what we find in the suttas. Are we then compelled to believe that the Buddha arrived at this understanding through his own mental powers?

These are some of the things that stand out when you read what the suttas have to say about cosmology. By now you probably think I am some kind of religious zealot. It is often the case that religious people say all sorts of unsubstantiated things, things that have no basis in fact. So having briefly discussed these remarkable sutta passages, even having made a few predictions about what will happen in the future, I want to discuss whether there are any conventional ways this may have made its way into these ancient scriptures. What alternatives do we have in explaining this? Do we really need to conclude that the Buddha had some extraordinary mental powers, or are there other explanations?
Possible Explanations
Pre-existing Ideas

Is it possible that reliable ideas about the universe already existed in India and that the Buddha simply accepted them as true? So far as I am aware, none of the above ideas is found in any recognisable form in pre-Buddhist texts. Moreover, even if some or all of these ideas did pre-exist the Buddha, we would still be faced with the problem of explaining how they arose. The interesting question here is not so much who discovered such facts about the universe, but that they were discovered. Thus we can set this explanation aside as being irrelevant to finding out how the knowledge was attained.

Even if we admit the possibility that these things may have been discovered by someone prior to the Buddha, as unlikely as this may seem, we know from the Buddha’s character in the suttas that he was not the sort of person who would accept things simply on trust. He was revolutionary in rejecting so much of the contemporary philosophy and world-view. Unless his experiences happened to coincide with those of others, he quite consistently went his own way. He only taught based on his own insights (SN 56.31). Assuming that the suttas give us a realistic picture of the Buddha’s personality at least in this regard, it would be out of character if he had spoken these things merely based on trust in someone else or another tradition.

As mentioned above, after the Buddha has spoken about the sun becoming warmer and eventually burning up the Earth, he asks rhetorically who could possibly believe this unless they had seen it for themselves. In acknowledging that the whole idea must have seemed quite outrageous to most people, he seems to confirm that this idea was unknown in ancient India.
Later Insertion

A typical explanation for extraordinary passages in the suttas is that they are not authentic, but late insertions. But in the present case this is really a non-starter. The things we have discussed above are very modern ideas of the cosmos, mostly discovered in the second half of the 20th century, perhaps slightly earlier. At the same time we know for a fact that these scriptures, these particular suttas we are discussing here, go a back a long way. It can be shown through comparative study that these suttas are likely to go back at least to the time of Emperor Ashoka, almost 2,300 years ago. They have been handed down in different traditions that have existed separately since then. The fact that these suttas exist across these traditions to the present day can only really be explained if we assume that they stem from a time before the various traditions went their separate ways. These are genuinely ancient texts.

In any case, there are physical manuscripts of these suttas that predate the findings of modern cosmology by several centuries. That these suttas were added to the Buddhist scriptures in modern times is simply impossible.
Wrong Interpretation

When you read these texts, how do you know that you have interpreted them correctly? How do you know that you have properly understood what the Buddha was trying to convey?

In truth, one of the things that stands out about the Buddha’s teachings, something that makes them different from the vast majority of comparable literature, is their directness and the ease with which they can normally be understood. Most of the time the suttas are just straightforward declarative prose, composed in a style that is largely independent of time, place, and culture. They normally speak directly to universal aspects of the human condition. They were composed to be understood, not to serve as mystical religious texts. There are, of course, metaphors, similes, and occasional parables, but the meaning is normally clear since they generally serve the purpose of highlighting points made in the declarative prose. And the texts are largely free of mythology. It follows that the problems of interpretation are relatively minor, especially when compared to other texts of similar antiquity. For this reason, when you read about the sun heating up and eventually burning up the whole Earth, there is little doubt about the overall meaning. There are no reasonable alternative interpretations.

I would like to add one thing, because I think this is a very important point. Many people are scared of reading the suttas because they think they are too difficult to understand. They think it will be difficult to understand something that was written in such a different culture, so long ago. But in my experience – and this may seem astonishing – it is far easier to understand the word of the Buddha in these ancient texts than to understand most contemporary Buddhist teachings. When I read books about Buddhism by contemporary teachers, they are often superficially easy to read. The style may be polished and fluent, and the content may be appealing and even entertaining. But the deeper questions are often left unanswered. And if they are answered, I am often left wondering what exactly is being said. There is a lot of ambiguity.

So if you want clarity about Buddhism, if you want to understand the Dhamma, go to the Buddha. The suttas are usually clear, concise, and well-structured, with beautiful similes illustrating important points. Once you get past the unusual style, which is largely a result of oral transmission, they are not hard to understand. On top of this, they are deep and powerful. The common belief that contemporary teachers are easier to understand is the exact reverse of the truth. For a real understanding of the Dhamma you can’t do better than the word of the Buddha.

So, comparatively little interpretation is required for understanding these suttas. Misinterpretation of the Pali is unlikely to be an explanation for what we are reading in translation.
Coincidence

A fourth potential explanation is that the cosmological ideas found in the suttas just happen to coincide with how the universe works. The idea is that the Buddha had a philosophy about the universe, which by some remarkable coincidence happens to match our modern scientific outlook. Such coincidences, of course, can never be completely discounted. But the more information you have, the more scriptural statements there are that fit our modern outlook, the less likely it is to be a coincidence.

To test the likelihood of coincidence we can compare our ancient Buddhist texts with ideas from other comparable ancient cultures. I am no expert, but I am not aware of any other ancient ideas that conform to the modern cosmological outlook in quite in the way that some of the Buddhist ideas do. You do find things about cosmology in other ancient texts, for instance in ancient Greek philosophy and in the Brahmanical tradition, but the meaning is rarely as clear and easy to interpret as that of the suttas. Often expert knowledge is required to draw out what is thought to be the implied meaning. Even then a lot of uncertainty remains.

So coincidence is not really a viable explanation either.
How the Buddha Acquired His Knowledge of the Cosmos

We have racked our brains to find a standard explanation for how these realistic passages about the universe have come to be included in the early Buddhist suttas. Since none of them is satisfactory, we have to go further afield. If the suttas say accurate things about the cosmos, perhaps we should listen to what they have to say about how this knowledge was obtained. The Buddha does actually speak about this. His explanation is a bit more challenging than the above suggestions, but we should really expect this. Other than the cosmological ideas discussed here, most of the Buddha’s message on the nature of life is quite different from the prevailing modern ideas. Indeed, this is an important aspect of what makes him worth listening to.

So how does the Buddha explain his cosmological knowledge? The Buddha says, or implies, that much of this is accessible through recollecting one’s past lives (MN 4). If you go far enough back in time – thousands of lives, hundreds of thousands of lives, aeons – eventually you start to see how the universe functions, because you see the whole thing unfold before your eyes.

Even if you accept the idea of past lives, you may wonder how this ties in with understanding cosmology: after all, we are just little human beings and the cosmos is so vast by comparison. Big Bangs and Big Crunches, sometimes called Big Bounces by cosmologists, would surely be impossible for humans to observe directly, not least because of the violence of the event. But from a Buddhist point of view there are different kinds of rebirth, different vantage points from which you can observe the workings of the world. Having observed the whole thing from different points of view, especially from high realms where you are not touched by the actual violence of these events, after a while you understand what’s going on. You see the cyclical nature of the universe.

When the Buddha says that the sun in future will incinerate the Earth, this knowledge would have been acquired in a similar way. It is not so much a vision of the future as a prediction of the future based on seeing the past. Because of his knowledge of the universe in the past, the Buddha is able to make inferences about the cosmological future. He is able to grasp some of the natural laws that govern the stars and the cosmos as a whole. By recalling the deep past, he is able to infer about the distant future.
Why Does the Buddha Speak about the Cosmos?

But why does the Buddha even mention these things? What on earth (!) do they have to do with our practice of the Buddhist path in the here and now? It may all seem very interesting, but does it have any practical consequences?

The first thing that occurs to me when I read these passages is that they are evidence for rebirth. We need to account for the fact that these passages exist. Having looked at the alternatives, it seems to me that the recollection of past lives is the most plausible explanation. The Buddha lived in a technologically and scientifically simple society. Two and a half thousand years ago in India there were no telescopes, and the possibilities of observing the universe were very limited. Cosmology was more about speculation and mythology than rigorous study. The Buddha had very little to aid him. The reality is that he gained all his knowledge while sitting at the foot of a tree.

Imagine going into the jungle. You see this man sitting at the foot of a tree. He is an exceptional person – very peaceful, very kind – and you get this feeling of enormous wisdom and understanding. When you ask him a question, his answers are simple but profound. You get a feeling of being in the presence of someone very special, yet it is impossible for you to grasp what a Buddha is truly about. Only when you listen to his teachings do you start to realise who the Buddha is. It becomes clear that his mind has essentially encompassed the whole universe. He has fully understood the nature of existence.

Not only is this evidence for the recollection of past lives, but it says something about the Buddha as a person. This man sitting at the foot of a tree has a realistic view of the cosmos: solar systems, Big Bounces, “extraterrestrial cousins.” Here is someone who has a very different outlook and overview of the world compared to the vast majority of us. For the most part people are trapped in their own little universe, “my world,” while missing the big picture. This difference is one of the things that makes the Buddha so extraordinary. This seemingly simple man at the foot of a tree had some extraordinary and profound insights, some of which we can only verify through modern science. In fact it seems he may have known more about cosmology, at least in some respects, than we know even in the present day. This then provides an additional angle from which to recall the qualities of the Buddha, which is one of the fundamental ways of giving rise to joy in Buddhist meditation.

But we still haven’t properly answered our question: what was the Buddha’s purpose in speaking about cosmology? I recall mentioning to someone that I thought some of the cosmology found in the suttas was quite astonishing. They asked why I was interested in this – would it not be better to focus on the core teachings of the Buddha? This is a valid point. In the suttas we have been discussing, the Buddha does not present his ideas about the universe as core aspects of his teachings, but rather as incidental to the essence of the Dhamma. He teaches cosmology as part of a broader outlook, generally just to illustrate aspects of his teachings. This is quite remarkable. The cosmological issues that the Buddha brings up are matters we take very seriously in the modern world. Few things are regarded as more important in science and popular culture than understanding our universe. Yet for the Buddha this is all secondary, just illustrations of something much more important, the real Dhamma.

What is that much more important point? To understand this we need to go back to the beginning, back to what motivated the Buddha to leave the home life and go forth into homelessness. He was searching for an end to suffering – happiness, if you like – an end to this round of birth and death. To fully understand happiness and suffering, you have to understand the big picture – you can’t just look at this one life and think that will be enough. Only when you understand all potential rebirths and whether any of them might provide lasting and complete happiness, can you make a fully informed decision on where freedom from suffering is to be found. And understanding all possible forms of rebirth is in many ways similar to understanding the universe – at least if we consider the universe in its broadest possible sense, including any realms that may not be immediately accessible to us.

There is another even more direct relationship between cosmology and the deeper aspects of the Dhamma. Let us take another look at the sutta that describes the fate of the Earth. The sun becomes hotter and hotter, the Earth eventually burning up and disintegrating. Everything is unstable and unreliable, even the universe on the very largest of scales. There is nothing to hold on to. When we realise this, we understand why it all needs to be abandoned. When we see the impermanent nature of all phenomena, we are repelled by them, and this leads to dispassion, the ending of craving, and eventually to liberation from all of it. The cosmological details are just there to exemplify the all-encompassing nature of impermanence. The point is to drive home the message of impermanence.

For most of us these large cosmological questions may seem important and certainly interesting. But from the Buddha’s point of view they are just a sideshow. The real issue is impermanence. So forget the cosmology – it is impermanence we should get excited about!
Impermanence

Let us briefly consider impermanence in a bit more detail. The Pali word behind impermanence is anicca. I recommend people to look at core doctrinal concepts from different angles, because this usually helps you appreciate their full meaning. Impermanence is an acceptable translation for anicca, but it is perhaps a bit wishy-washy: you know what it means, but it may not bring up much of an emotional response. At least that’s the case for some people. Another way of rendering anicca is “unreliable.” Anything that is anicca may not be there when you need it. If you have an unreliable friend, you never know whether they will be there for you. The world is the same. If you ask something from the world – as Ajahn Brahm likes to say – you never know if it will deliver. Yet we keep on asking for things from the world. This is what attachment is all about. When you are attached to someone or something, you are asking for reliability. But this is asking for the impossible, says the Buddha. The world is inherently unreliable.

When we think of impermanence, we often regard it as something we are aware of in meditation. You sit down and watch the impermanence of phenomena: you watch your body, you watch your mind, and you see how things arise and pass away. This is one of the standard way of talking about impermanence in Buddhism.

There is nothing necessarily wrong with this, but it is interesting that the Buddha often speaks about impermanence in quite a different way. The Buddha often speaks of the big picture. He reminds us that all the things around us, all the things in our lives, are unreliable and unstable. If you attach to them, you are going suffer. Your possessions, your friendships, your family members, your partner in life, your physical body – all of these things will eventually have to go, often before you die but at the very latest when you pass away.

Even your sense of identity is to a large extent tied up with this world. You identify with the networks of social relations you belong to: your position in your family, your broader social status, your education, your occupation, the religion you belong to, and so on and so forth. For instance, I am a Buddhist monk. If I cling too much to that, I will be disappointed when I die, because at that point I won’t be a monk anymore. (I can’t imagine my disembodied spirit wearing monastic robes!) So while you are still alive, you hold on to those robes, because you know they will give you a lot of happiness if you live the monastic life well. But no matter how good the monk’s or the nun’s life is, at the point of death you can’t attach anymore. Your status as a monk has to go. The same is true of much of our sense of identity. If you hold on too much, no matter where that holding is, you will suffer as a consequence.

The sutta about the sun becoming hotter and hotter is about big-picture impermanence. When the Buddha speaks of the whole Earth disintegrating, it means our entire civilisation will be gone forever – our cities, our culture, our scientific achievements – all the things we have worked so hard to build up and look after. History itself will be wiped out. No-one will be remembered. The idea of having a legacy, a sense of identity that connects us to the past, will seem ridiculous. In the big picture everything is impermanent, everything is unreliable. There is nothing to hold on to.

The Buddha says that when you see this, when you understand the absoluteness of this unreliability, you stop desiring anything. You become repelled by it all, for you see it all as suffering. Enough! When you are repelled, craving for all these things stops. This is how liberation happens, and this is what it is all about. Joy at last! Yes, we can make some interesting points about Buddhist cosmology, but this is the real purpose of the Buddha’s message. This is the context in which everything else needs to be seen.
Appendix: A Word of Caution

Here I wish to briefly set out a number of caveats to what I have written above. The first thing I wish to point out is that large parts of Buddhist cosmology was inherited from the pre-existing Indian culture, especially from Brahmanical sources. This is clear from the significant areas of overlap, for instance in the names of deities. We should hardly be surprised at this borrowing of ideas. Early Buddhism existed in a certain context, by which it would have been shaped, at least in part. Some of this probably entered the suttas after the passing away of the Buddha, but parts of it may stem from the Buddha himself. There seems to be no reason why he would not have used contemporary cosmological ideas to facilitate communication with his audience, especially if these ideas were innocuous and only tangentially related to his teachings. The Buddha presumably did not take these ideas as absolute truths, and whatever his audience made of them would not affect their ability to grasp the Dhamma.

It is also possible that some of the ideas found in the early Buddhist texts originated outside India, for instance in Babylonia or ancient Greece. Some research has been done in this area, especially by Thomas McEvilley in “The Shape of Ancient Thought,” but much of it is inconclusive. The direction in which the ideas flowed is often uncertain, as is the degree of influence. The lack of clarity has forced me to largely ignore this interesting phenomenon. But there is great potential for further research in this area. The outcome of such research could potentially affect some of the arguments made in this essay.

The above means that the cosmological ideas found in the suttas have at least two different sources: pre-existing ideas and new ideas stemming from the Buddha. Often it is impossible to reliably differentiate between the two. My approach, therefore, has been to largely disregard this distinction. Instead, I have simply focused on those ideas that fit with our modern perspective, while leaving out any ideas that are difficult to square with the results of modern research. This may seem biased, but it is sufficient to find a single instance where the sutta view matches modern ideas to ask how this could possibly have come about. It is the exception that demands explanation, as is the case in all scientific enquiry.

Another important aspect of Buddhist cosmology as found in the suttas is that it is not a systematic or complete exposition. The Buddha’s purpose was never to understand the natural world, but to find a solution to the problem of suffering. Whatever insights he acquired into the workings of the physical world would have been a by-product of this deeper search. We should therefore expect no more than occasional glimpses of a true understanding of physical reality. Yet, depending on the quality and detail of these glimpses, we may still be persuaded that the Buddha saw things 2,500 years ago that are only now being discovered by scientists.

Then there is the problem of interpretation. The suttas use language that was current in a very different and in some ways much more primitive society. As a consequence, it is often not obvious how terms used by the Buddha should be understood. Take the Pali word loka, which is almost universally rendered as “world.” This, I believe, is actually a very suitable translation, yet it is impossible to know with any precision how well the meanings of the two words overlap. For instance, in English “world” can refer to the cosmos, but the extent to which loka is used in the same way in the suttas is open to debate. In other words, it seems unlikely that the ancient Indians had an idea of the cosmos that exactly matches our own.

Even trickier are Pali words such as vivaṭṭati and saṃvaṭṭati, which are crucial to a correct interpretation of one of the passages I have discussed above. These words mean something very close to “rolling apart” and “rolling together,” or “evolution” and “devolution/involution.” The context in which they are used makes it clear that they concern very long periods of time. Apart from this we have to rely on later Buddhism for a more precise definition. So although it seems quite plausible that this is about the expansion and contraction of the universe, it is impossible to pin this down with certainty based on the suttas alone. The suggestions made in this essay therefore need to be viewed with appropriate caution.

Finally, the point of this essay is not to make any special claims for the Buddha, such as suggesting that he was superhuman or even omniscient, something he himself denies in the suttas. The Buddha was special in only one important respect: he discovered the truth of suffering and the path to its end. Apart from being the first to make this discovery, any other special attributes or powers the Buddha may have had are in principle equally available to any human being whose mind is sufficiently developed. Sometimes we possess latent abilities that we are not even aware of!