Ada Lovelace, Women Scientists, Dorothy Day, and Lost Human Potential

Ada Lovelace, 1843 or 1850
Dorothy Day in 1916


Ada Lovelace, Women Scientists, Dorothy Day, and Lost Human Potential

The following summary of the life of Ada Lovelace (December 10, 1815 – November 27, 1852) is taken from the Sacrificium Intellectus website of 23 January 2022 (, which itself drew much of the story from the wikipedia article on Ada Lovelace ( I will comment after that account.

Ada Lovelace was a pioneer of computing science born two centuries ago, in 1815. She took part in writing the first published program and was a computing visionary, recognizing for the first time that computers could do much more than just calculations:

“The Analytical Engine weaves algebraic patterns, just as the Jacquard loom weaves flowers and leaves.”

Ada Lovelace was the daughter of famed poet Lord Byron, and Annabella Milbanke Byron, who legally separated two months after her birth. Her father then left Britain forever, and Ada never knew him personally. She was educated privately by tutors and then self-educated but was helped in her advanced studies by mathematician-logician Augustus De Morgan, the first professor of mathematics at the University of London.

It may seem odd to call someone born in 1815 a computer scientist, but that is what Ada Lovelace became. Her life changed forever on June 5, 1833, when aged 17 she met Charles Babbage. This was not something many girls Ada’s age could ever do, but as an aristocrat she enjoyed better opportunities than most [and, commendably, took educational advantage of them — MG,Jr.].

Babbage was Lucasian Professor of Mathematics at the University of Cambridge, a position once held by Isaac Newton and held more recently by Stephen Hawking. Babbage learned that both Lady Byron and her daughter were knowledgeable about mathematics and invited them to see a small-scale version of the calculating machine he was working on called the difference engine.

Babbage had become fed up with people making mistakes in lengthy calculations, and his idea was to build an infallible steam-driven or hand-cranked calculating machine: a “computer.”

[During World War II, mathematician Alan Turing in England built an electrical “analytical engine” to crack the German military’s Enigma Code, used by the Nazi Kriegsmarine submarines to coordinate their sinking of transatlantic Allied convoys. Turing’s decoding machine provided advance information on German military moves to Winston Churchill’s administration, which likely shortened the war in Europe by two years; and his theoretical and experimental innovations posthumously launched electronic computer science in the 1960s, after first being persecuted likely to suicide in 1954 by British legal homophobia — MG,Jr.]

Ada was completely captivated by Babbage’s concept, but there was little she could do to help Babbage with his work. However, she sent a message to Babbage requesting copies of the machine’s blueprints, because she was determined to understand how it worked.

An important part of Ada’s education was to see the Jacquard loom in operation. The Jacquard loom was a machine that produced textiles with patterns woven into them. Joseph Marie Jacquard had invented it in 1801. The Jacquard loom was controlled by punch cards, with one card equal to one row of the textile being woven. If the card was punched, the loom thread would be raised. If the card was not punched, the loom thread would be left alone. In other words, the punch cards issued instructions to the machine. They were a simple language, or putting it another way, machine code.

Ada continued her independent pursuit of mathematical knowledge. She became friends with one of the finest female mathematicians of her time, Mary Somerville, who discussed modern mathematics with her, set her higher-level mathematics problems, and talked in detail about Charles Babbage’s difference engine.

In 1841 Ada began working on mathematics again, and was given advanced work by Professor Augustus De Morgan of University College London. She also continued to learn advanced mathematics through correspondence with Mary Somerville.

All the time, she kept Babbage’s difference engine in mind:

“I believe myself to possess a most singular combination of qualities exactly fitted to make me pre-eminently a discoverer of the hidden realities of nature.”

Ada Lovelace broke new ground in computing, identifying an entirely new concept. She realized that an analytical engine could go beyond numbers. This was the first ever perception of a modern computer – not just a calculator – but a machine that could contribute to other areas of human endeavor, for example composing music.

Ada had grasped that anything that could be converted into numbers, such as music, or the alphabet (language) or images, could then be manipulated by computer algorithms. An analytical engine had the potential to revolutionize the way the whole world worked, not just the world of mathematics. She wrote:

“Supposing, for instance, that the fundamental relations of pitched sounds in the science of harmony and of musical composition were susceptible of such expression and adaptations, the engine might compose… pieces of music of any degree of complexity or extent.”

Ada Lovelace died, probably of uterine cancer, at the age of 36 on November 27, 1852. Her health had deteriorated after she completed her work on the analytical engine, and she had suffered a variety of illnesses. She was in pain for several years, and was given opiates by her physicians to help her cope with it. She also drank considerable amounts of alcohol, affecting her moods.

MG,Jr.: The greatest emotional pains I ever experienced were drowned in considerable amounts of alcohol — which my internal organs still remember — and which somewhat works at times as a pain relief technique. The greatest physical pain I ever experienced was most wonderfully dispelled by a 4ml IV drip of morphine, which was administered by one of Earth’s true angels: an emergency room and surgical nurse. Versed is good, Fentanyl is great, but Morphine is perfection — all when administered by medical professionals doing their best for you at painful moments of crisis in your life. Nothing beats pain-free undoped conscious awareness: the radiant doorway to perception.

Reflecting of the life of Ada Lovelace, I came to the following:

Ada Lovelace had a fascinating and prescient mind, and was a woman well ahead of her time; a mathematician, a computer scientist, and an innovator — like Hedy Lamarr!

Ada’s story also reminds me that CO2 induced global warming was first realized — and proved by direct experimentation — by Eunice Foote (being her independent idea), and published by her in 1856 despite the indifference to her by the patriarchal science society of her times, her paper to the AAAS conference of 1856 had to be presented by a man (at least Joseph Henry did it).

There is no sex to the inquiring scientific mind, only curiosity and a logical perseverance in its pursuit.

This also reminds me of Rosalind Franklin, who actually made the X-ray diffraction measurements of the DNA molecule before the theoretical understanding of its structure was known, and who shared her photographs of the diffraction patterns with Watson and Crick, from which they deciphered the double helix molecular structure, wrote their paper on it without giving any credit to nor mention of Franklin (and in his book, which I read in High School, Watson, an irredeemable sexist, was quite gleeful in describing this subterfuge), and cruised their way with timeworn academic sleazemanship to Noble Prizes.

The Nobel Prize in Physiology or Medicine in 1962 was awarded to James Watson, Francis Crick and Maurice Wilkins (Franklin’s boss) for “their” discovery of the molecular structure of DNA, while Franklin, who actually mapped out the structure of the molecule by her direct experimentation, never was recognized (until much later, but still no secular canonization prize).

Another such story is that of Tatiana Proskouriakoff, an American-born Russian woman working since the 1930s as an illustrator at Central American archeological digs at Maya ruins. Tatiana Proskouriakoff was the first person to recognize the meaning of the ancient Maya glyphs carved on stone stelae, as sequences of historical accounts of kingships. She arrived at her insight by the early 1950s, based on her readings of Russian technical literature on the construction of languages. She pursued her groundbreaking work despite the sexist ridicule heaped upon her by her paycheck boss, the lionized (at the time) British egomaniac archeologist of Maya ruins (J. Eric Thompson), who got the entirety of ancient Maya culture, religion, history and worldview completely and stupidly wrong, and in the process, as he was the world’s leading academic authority on Maya archeology, set back those Maya (Central American) studies by at least 30 years.

We have lost so much time for human progress (and maybe now fatally so), by depreciating and wasting so much now anonymous talent, through racism and patriarchal sexism, and homophobia, and ethnic and religious tribalism.

Why will Dorothy Day, a 20th century equivalent to Saint Francis of Assisi, never be canonized a Saint by the Catholic Church?

Bureaucracies are always motivated by self-preservation as a hierarchical entity, to maintain the positions and status (and fortunes) of its tiered elites and retainers. They are not motivated by principles, ideals or morals, but those are useful as propaganda to corral, hypnotize and use on the masses.

Idealistic and messianic champions of those principles, ideals and morals — like Jesus, Joan of Arc, and many others — who can divert the masses’s allegiances from the established power pyramids — the Churches and Kingdoms supposedly promoting those principles, ideals and morals — are not to be tolerated by those power pyramids because their prime focus is their own preeminence, not popular liberation.

Such “dangerous” principled and independent champions must either be trivialized and harmlessly absorbed into subservient roles in the power structure, like St. Francis of Assisi (today’s Pope “Francis” is a Jesuit who took the name of the first Franciscan), or burned at the stake as heretics. Canonization is reserved for the former, not the later.

In our modern America, one leading champion of principles, ideals and morals — sociologist and religious minister Martin Luther King, Jr. — was first “burnt at the stake” of mass media managed public opinion from 1966 on, for speaking out against structural American economic apartheid, and after heeding Thich Nhat Hanh’s recommendation to speak out against the Vietnam War, and then literally killed by a volunteer lumpen White Supremacist seeking approval, like the killers of Thomas à Becket in 1170, after which MLK could be safely trivialized by the American power pyramid’s many privatized propaganda ministries, and thus safely canonized as an American Secular Saint.

So now “I have a Dream” and not “America is the greatest purveyor of violence” is the official image of Martin Luther King, Jr., and is now an eternal part of the American National Ethos as an aspirational idea for us all, an idea against which all the power of our Status Quo Power Pyramid (and its terrifying Ministry of Love: the US Senate) works ceaselessly to ensure that it never becomes a reality. Such is canonization.


Earth’s Biosphere Absorbs the Heat Equivalent of 32 Hiroshima Nuclear Explosions Every Second


Earth’s Biosphere Absorbs the Heat Equivalent of 32 Hiroshima Nuclear Explosions Every Second

A recent news article states that Global Warning (GW) is heating the oceans with an equivalent amount of energy as from 7 Hiroshima atomic bombs every second. [1]

In May 2020, I calculated that the entire biosphere (atmosphere, oceans, land surface) was being heated by 32 Hiroshima-equivalent heat bombs per second.

While it is the atmosphere that initially captures the IR (infrared = heat radiation emitted upward from Earth’s surface) that produces global warming, soon enough about 20-30% of that captured heat is absorbed by the surface waters of the ocean — in a continuous process. One could then say that 6.4-9.6 [6-10, so ~7] of the continuous heat bomb output goes into the oceans and 22.4-25.6 [22-26, so ~25] into the atmosphere — and eventually into the oceans.

The total ocean mass is the long-term repository of global heating — it is a heat battery — and its natural heat leakage rate/time (characteristic cooling time by diffusion, for the exponential decay of ~37%) is ~10,000 years.

But, carbon dioxide (CO2) in the atmosphere might be so long lived — it is ultimately removed by rock weathering, a very slow process — and continue its IR trapping, that the final expulsion of excess ocean heat past the atmosphere and out into space could be delayed much longer. So, the return to pre-industrial atmospheric conditions, regarding carbon dioxide, could be ~100,000 years or more. [2]

Today, the Biosphere is warming at a rate equivalent to it absorbing the total energy used by the United States in all of 2019, every 9 hours and 40 minutes. [3]

The geophysics of all this is fascinating, the quantities of energy and masses, and the magnitudes of spatial dimensions and timescales are awe-inspiring, the implications for human society are beyond Biblically apocalyptic, and the impacts on civil discourse and government policies so far are trivial (beyond one good movie satire in 2021, which you are being instructed to ignore by the fossil-fueled privatized propaganda ministry).

I just wanted to remind everybody.


[1] Oceans absorbed heat equivalent to seven Hiroshima nuclear explosions every second, expert says
11 January 2022

[2] Global Warming is Nuclear War

[3] Biosphere Warming in Numbers


Earth’s Biosphere Absorbs the Heat Equivalent of 32 Hiroshima Nuclear Explosions Every Second
17 January 2022


Obsession: Climate Change Russian Roulette


Obsession: Climate Change Russian Roulette

“Vaisala, an environmental monitoring company that tracks lightning around the world, reported 7,278 lightning strokes occurred last year north of 80 degrees latitude, nearly twice as many as the previous nine years combined. Arctic lightning is rare — even more so at such far northern latitudes — and scientists use it as a key indicator of the climate crisis, since the phenomena signals warming temperatures in the predominantly frozen region. Lightning occurs in energetic storms associated with an unstable atmosphere, requiring relatively warm and moist air, which is why they primarily occur in tropical latitudes and elsewhere during summer months.” [1]

Global Warming creates more humidity in the air to form droplets and ice crystals, and with more heat in the oceans and in the air there are more and stronger updrafts — forming clouds, being storms — to loft and freeze that humidity. The rapidity of that process (thunderclouds) is the source of the charge separation that results in lightning: static electricity created by friction and held by ice crystals high and low.

How about geo-engineering to reflect sunlight back into space, and cool the Earth? A friend asked: Is Dr. Ye Tao’s mirrors-on-the-ocean-surface scheme to reduce solar influx and thus reduce global warming reasonable? [2]

My initial reaction: It’s like wearing a thicker helmet so you can keep playing Russian Roulette.

My pal reacts: Indeed, but it appears to buy time. Would you agree with that?

My testy reply (and, he is a good guy) is based on my entrenched anti-geo-engineering bias (if you want to call it a bias), and my pessimistic assessment about “us” really ever responding to global warming climate change (GWCC):

I have no doubt that every technological scheme possible will be tried, and that no reason will ever be found for curbing CO2 emissions or ever ending our fossil fuel extraction (a.k.a. “business as usual”). In fact, those technological ideas will be used as justifications for continuing to emit CO2 (and greenhouse gases) at current and even higher levels.

As long as CO2 is in the atmosphere, it will act as an absorber of infrared radiation (IR, heat energy) radiated upward from the Earth’s surface — land and water — day and night.

Water vapor and organic vapors also capture IR, and there are increasing concentrations of these with continuing anthropogenic greenhouse gas emissions, and consequently increasingly higher biosphere temperatures: regional, planetary average, and very (very) long-term.

Reducing sunlight shining down to the ocean means reducing light energy used by plankton for photosynthesis, and they are the largest generator — larger than land-based plants — of oxygen (O2) for our atmosphere, and our breathing:

“Scientists estimate that 50-80% of the oxygen production on Earth comes from the ocean. The majority of this production is from oceanic plankton — drifting plants, algae, and some bacteria that can photosynthesize.” [3]

Also, plankton is the base of the food chain in the oceans, and all higher forms of life depend on them for survival (even us, for seafood). Baleen whales, rays and whale-sharks scoop up plankton directly, and are thus huge repositories of captured carbon, whose bodies after death sink to the ocean bottom and slowly become part of the chalky seabed rocks (“sequestration” done automatically by Nature). Since oceans are about 3/4 of the Earth’s surface, if we kill them we die quickly (geologically speaking). Life on land will not survive with dead, acidified oceans.

As I said, I do not see “us” ever cutting back on our CO2 emissions (so, keep shooting ourselves in the head), but I do see “us” using every conceivable scheme — especially if it can be patented and someone can make big money on it, like with COVID vaccines — to “mitigate” (thicken up our Russian Roulette protective helmets) so we can keep on burning up the fossil fuels, making the big bucks, having the profitable wars, and having an exponentially growing capitalist “good life.” Until it isn’t.

So, yeah, “it buys us time.” It’s so hard not to keep shooting ourselves in the head, isn’t it?


[1] Another sign things are getting weird: Lightning around the North Pole increased dramatically in 2021.
Rachel Ramirez, 5 January 2022

[2] Mirrors for Earth’s Energy Rebalancing (MEER:refEction) | Dr. Ye Tao | 2019NSSUS.
Dr. Ye Tao, 2019

[3] How much oxygen comes from the ocean?
National Oceanic and Atmospheric Administration


Notes on Carbon Dioxide in Global Warming, Acidified Oceans, and Weathered Rocks

Notes on Carbon Dioxide in Global Warming, Acidified Oceans, and Weathered Rocks

Like CO2 (carbon dioxide), H2O (water vapor) is a strongly heteropolar molecule — having one end with a positive electrical charge, and another end with a negative electrical charge — and absorbs outgoing Infrared Radiation (IR) from Earth’s surface, thus capturing heat in the atmosphere. Homopolar molecules like N2 (nitrogen) and O2 (oxygen) are transparent to IR. Inelastic molecular collisions redistribute that heat (as kinetic energy) to other atmospheric molecules (N2, O2, mainly) and atoms (Ar, He, trace components).

Most of Earth’s surface heat eventually diffuses into the oceans. Heat flows along the heat gradient in the negative direction from warmer air to colder water. The heat capacity (storage ability) of the oceans is IMMENSE (this is where ‘global warming’ ends up), and their heat content takes centuries to diffuse into a stable stratified distribution, rearranged by thermo-haline currents (a solar forcing effect) and by geometry (oceans as a spherical shell with warm equator and cold poles, so ocean heat diffuses poleward).

The fundamental problem of global warming is the ‘excess’ capture of outgoing IR (infrared radiation), reducing the rejection of Earth heat (originally delivered by incoming LIGHT radiation) into space: causing an imbalance between incoming energy (in the form of light to which atmospheric molecules are almost completely transparent) and outgoing energy (IR, to which heteropolar molecules, like CO2, H2O, CH4, NOx, are all quite opaque — absorbing).

Water vapor is by far the ‘greenhouse gas’ (IR absorber) with the highest concentration in the atmosphere at any time (immensely larger than that of CO2). It has been found by a combination of climate modeling calculations coordinated with field measurements in many global environments, that though the whiteness of clouds reflects sunlight back toward space (a global cooling effect), their IR absorptivity overwhelms that cooling, so that water vapor has a net global warming effect. As the average global temperature increases there is more water vapor in the atmosphere and this mode for global warming grows in magnitude — this is a self-amplifying or positive feedback effect.

CH4 (methane) and NOx are ‘short lived’ because they are eventually oxidized (by O, OH, formed by UV breaking up O2 and H20, and by other chemical reactions), whereas CO2 is very long lived because it is an endpoint product/species of chemical reaction chains that oxidize carbon compounds in oxygen-containing mixtures. CO2 has a low “chemical potential” and is known as a “chemical thermodynamic sink”. CH4 is eventually converted to CO2 and H2O. NOx is eventually converted to HNO3, nitric acid, which attaches itself to water droplets, so it has an aqueous form and rains out.

The long-term ‘chemical sink’ nature of CO2 is why science focuses on it as the leading culprit in the long-term trends of global warming. With greater warming of the ocean surface, more H2O vapor rises and releases its latent heat when it condenses into droplets (liquid) and ice crystals, and that ‘extra’ heat adds power to storms (winds, hurricanes: mass motion), and ultimately that ‘extra’ heat energy finds its way back into the oceans (for the portion of atmospheric heat that does not escape as IR into space).

When analyzing global warming, it all comes back to CO2. I highly recommend the book ‘Thermodynamics’ by Enrico Fermi (available in a budget-priced Dover edition): a slim volume that is a classic on the topic of chemical thermodynamics, and one of the best books on science of any kind that I have ever read.

My highly detailed outline of the chemical thermodynamics of atmospheric global warming is ‘Closing The Cycle: Energy and Climate Change’ at

The process of capturing atmospheric CO2 with rocks on the ground is one of rock weathering. CO2 in the air that brushes against the surface of carbonate and silicate rocks has a finite (and very low) probability of undergoing a chemical reaction with the rock surface, fixing the airborne CO2 onto a solid substrate. This is the longest term natural process of capturing CO2 from the atmosphere (10s to 100s of millennia).

A shorter term process is capture by the surface waters of the oceans, and that aqueous CO2 then combining with water molecules and already existing carbonate ions (CO3-2) in the water to form carbonic acid (H2CO3), which is weakly bound and both acidifies the oceans and scarfs up free floating carbonate ions to both starve mollusks, corals and foraminifera of the easiest chemical species from which to grow their shells (CO3-2), and even dissolving such shells of existing organisms (most being part of the masses of plankton, the base of the oceanic food chain).

The surface (not too deep) load of absorbed acidifying CO2 is then slowly cycled to the ocean floor by the ~1,000 year vertical currents, and at the bottom it dissolves the chalk deposited as the calcium carbonate (CaCO3) remnants of dead sea life, basically bone, shell and foraminifera casing ‘fossils’ — an ocean acidifying effect. So ocean capture of CO2 happens all the time, but the intake rate can saturate as the ocean becomes more acidified; eventually this intake process could shut off, coral reefs being a long lost memory by then.

Loss of “excess” ocean CO2 requires a low CO2 concentration atmosphere that can accept the gaseous release (is not saturated with CO2) of ocean CO2 that slowly diffuses out on mainly kilo-year timescales. A technically accurate description of ‘the carbonate system in seawater’ is given at My more formal article than the discussion here, ‘Global Warming and Ocean Acidification Accelerate,’ is at

The next quicker process of fixing atmospheric CO2 is photosynthesis, and this is done both by plants on land and in the oceans, like: seaweed, giant kelp, and many small plankton-sized organisms; ocean based photosynthesis is a huge component. This happens all the time and fixes CO2 at the rate of plant growth. At a high enough CO2 concentration this process saturates, too.

What is not commonly appreciated is that there is an unbelievably gargantuan amount of fungal and bacterial ‘biome’ in the soil worldwide (as well as inside each of us in our intestines and colon) that interconnects plant roots and actually makes possible the fixing of CO2, by breaking down organics and minerals in the soil enabling plant roots to absorb nutrients they need to complete their growth cycles, which result in carbon being fixed into plant cellulose, and into soil carbonates. The TV show ‘Fantastic Fungi’ gives a visually stunning explanation of this, and is available here,, and here This plant-based natural process of “carbon capture” is disrupted and destroyed by chemical pesticide dependent industrialized monoculture farming.

I know it is a bitter pill to swallow, but the only real way to slow global warming in any noticeable way is to stop anthropogenic CO2 emissions FOREVER. There are no post-facto technological ‘capture’ or ‘remediation’ techniques that exist now or “could be developed” that would actually work as “silver bullets” of salvation; they would only ‘work’ as money making scams with which to gull those despairing of the ‘loss of easy living.’

Our best response to climate change is to change ourselves in every way possible and without ever looking back, like a butterfly emerging from its chrysalis — and to have fun doing so together. This has to be a willed conscious process because we do not have the luxury of a long timescale in a slowly changing world to allow the transformation of humanity to happen naturally through the unconscious genetically paced process of evolution.

But, with the right shared attitude, that much shorter timescale consciously willed personal and societal transformation could be more magical and take us to more wondrous new worlds than any fantasy of intra-galactic space travel at Warp Speed on the Starship Enterprise.


Six Moody Reflections on America in Spring 2021


“I can’t remember the exact date, but the most mind blowing moment of my life was when after an exhaustive turning over of every rock imaginable, I realized there is no energy source which will allow us to continue our daily activities at the level Westerners have become accustomed to without the world and life as we know it being destroyed in the process….And once you accept that fact, that my friends is when you have reached the intellectual point of no return in your mindset as far as the inevitability of collapse…” — Forrest Palmer

My answer to Forrest Palmer:

Collapse is only inevitable by choice, and only if civilization is defined as being the present Western-Capitalist paradigm. There are no PHYSICAL limitations to fashioning a comfortable, equitable, intelligent, culturally rich, and ecologically harmonious (which is more than merely sustainable) world civilization. All the barriers are literally mental, and literally failures of personal moral character.

I agree that looking at human history and our world today, it seems “impossible” to ever achieve the global consensus necessary to realize that new hypothetical paradigm. But, from the Universe’s perspective, it is entirely possible if we humans can summon the collective will to do so.


Most people dislike truth because it is inconvenient, discredits their cherished biases, and illuminates responsibilities they want to avoid. And that is why the 1st Amendment is the least liked and most opposed of all of them. The first thing a corporation or government agency wants you to sign away, when they buy you, is your 1st Amendment rights.

In the U.S. “commerce” and “public service” aim to kill the 1st Amendment, with the exception of by a few principled people. You have the “right” to express yourself, but if somebody else fears what you say or write, because of their insecurity and dishonesty, then they want you silenced and unemployed, or dead. Look at Julian Assange.


Is This The End Of Forests As We’ve Known Them?

“Is this the end of forests as we’ve know them?” It depends on who the “we” is. For the “we” that is intimately connected with the natural world, it may seem like the inevitable outcome from continuing human-species existence.

But most people today, particularly in the high carbon-spewing countries, do not have any real connection to “nature”; they don’t see and don’t notice the subtlety of its cyclic changes, nor the relentlessness of its ‘permanent’ changes; they just notice immediate effects on themselves, as obstacles to their wants (or needs for the poorest).

Most Americans are urbanites or suburbanites (no undisturbed nature there), or rural exploiters of “nature”; far fewer are sensitively connected to the land and its wildlife. The social and mental inertia of the unseeing and uncaring (and worldwide) majority is why the minority nature-loving “we” — which includes materially advantaged people with the luxury to be nature lovers — is seeing Paradise wither and burn away.

Awakening that vast self-focused ‘public mind’ to an actual commitment to fundamentally alter the physical routines of its existence, and swallow the economics necessary to do so, is the fundamental challenge — and probably an impossibility — of “climate change activists” (i.e., climate anti-change activists). It is easy enough to point out this and that current instance of environmental and biodiversity loss and/or collapse, and it is easy enough to say “capitalism must die for the world to live,” but none of that has had any impact on the vast public mind, as should be evident by now, and safe to say never will.

So, what if anything will? What ideas can be injected into the public arena that gain wide public attention — which means they have to suggest immediate improvements in the economic lives of the demos — and are sufficiently motivating to create significant physical+electoral actions by the public to really begin changing public/corporate/government institutions, for the ultimate near-term purpose of de-carbonizing civilization?

I find it easy to generalize, I find it incredibly difficult to think up a detailed “plan.” Exhortation alone will never be effective, organization is the key, but organization is very, very slow and, climatically, time is very short for implementing the massive alterations that are really needed.

What are the practical (a.k.a., ideologically ‘imperfect’) steps that we (the big “we”, in the public) as individuals can take — variously in our many different constituencies, regions and countries — to spur our governments to respond as promptly and effectively as possible to climate change as the emergency it really is? Doomism is not an acceptable response.


DAC = Direct Air Capture of CO2 is hypothetical technology — an illusion — promoted by the oil industry so they can keep drilling out oil for us all to burn or turn into plastic waste. DAC is a sham in the same way that plastic recycling is a sham for allowing the continuation of oil/plastic companies’s profiteering at Earth’s expense. Only about 9% of all plastic waste is recycled, the rest is a growing mass of pollution poisoning our rivers, oceans, lands, foods and bodies. The only plastics with any possibility of being reprocessed for reuse are those labeled 1 and 2, and maybe also 5.

The fallacy of DAC is like trying to design a better helmet that allows you continue playing Russian Roulette. The obvious — surest, quickest, cheapest — solution to the problem is to just stop. And so it is with the production of CO2 and plastics. My physics analysis of DAC is given in these two articles.

The Improbability of CO2 Removal from the Atmosphere
9 August 2020

Stream Tube CO2 Removal Machine
8 August 2020


On 27 October 1962, Vasili Arkhipov single handedly prevented the launching a nuclear war between the U.S. and the U.S.S.R., by doggedly refusing to allow for the launching of a nuclear warhead torpedo against an American warship relentlessly depth charging his Russian submarine for five hours, during the height of the Cuban Missile Crisis. It took three senior officers on the submarine each with an individual key all needed in unison to enable the launch mechanism. Everyone else on that submarine favored the torpedo counterattack because they feared they were on the brink of being sunk. Vasili Arkhipov alone dissented, and that prevented the launching of nuclear weapons, and inevitably an intercontinental nuclear war.

The Man Who Saved The World, Vasili Arkhipov

The history of the Cuban Missile Crisis – Matthew A. Jordan

Vasili Arkhipov, 2017 Future of Life Award winner for averting nuclear war

Preventing nuclear war, ending all war, really facing global heating worldwide and equitably right away and persistently ever after, which all mean ending poverty and hunger and disease and suffering and ecocide worldwide are the challenges and obligations we face today. We all need to become Arkhipovs confronting those challenges.

I think I’ll remember every 27 October as “Arkhipov Day,” or Human Solidarity Day.


Stan Goff wrote: “In my early childhood, we had duck-and-cover drills. As I reach the sunset of this life, we have active-shooter drills. God bless America.”

That prompted these thoughts of mine:

For me the worst such moment was 22 October 1962, watching JFK on TV during the peak of the Cuban Missile Crisis. My parents were glued to the B&W TV in our New York apartment, and I was glued to them watching that TV (I was 12). We didn’t know if Khrushchev would incinerate us in NYC with Russian nuclear-tipped ICMBs before or after JFK incinerated my grandparents in Havana with US nuclear-tipped ICBMs. We didn’t care about Moscow at that point. Fortunately, both Arkhipov and Khrushchev felt a greater connection to humanity than did Kennedy, because of their (all 3) searing memories of WWII losses, and defused the standoff at the Nuclear OK Corral.

So, I was free thereafter to pursue my boyish dreams in the sunny 60s and 70s, only limited by my degree of perseverance (high), relatively modest talents, political naïveté, the Vietnam War draft (dodged a bullet there), the Glass Ceiling protecting White Supremacy (the Prime Directive, as I found out), and the randomness of luck and lucklessness (can’t complain too much here).

When I saw families with naked children begging in the streets of Havana, in June 1959, I became viscerally aware that there were many people undeservingly much worse off that I was, and I have never lost that feeling. And over time my rage against authority (and against people in general when I’m at my glummest) has only grown because they continue to allow that to continue, and even worsen in many places — which I know is entirely unnecessary — and all because of selfishness: bigotry and greed.

As I look toward the sunset of my life, I just hope to love my family and delight them, amuse my few friends on occasion, enjoy health and art as long as I’m able, and forgive myself for my own degree of selfishness (which I know I am not going to relinquish) and for my amateurish ineffectiveness (and, frankly, laziness) at prompting any significant social improvements. In brief: my human imperfection.

My legacy is imprinted on the wind, and as the fleeting memories held by a few I hold dear. My message to the world: have fun, and be kind.


The Climate Threat from Arctic Methane Releases


The Climate Threat from Arctic Methane Releases

A friend, who is an intelligent person with no science background, asked me to explain simply what the concern expressed with alarm by many scientists and (anti) climate change activists is about the increasing rate of methane gas emissions in the Arctic. That attempted explanation follows.

From even before the extinction of the dinosaurs by the Chicxulub Meteor 66 million years ago (66mya), to about 34mya, the Earth was much warmer (the peak occurred 50mya) and there was no polar ice, north or south.

Antarctica was covered in forests and jungles; the Arctic Ocean was a warm sea ringed by swamps and forests of ferns and Redwood trees along the Eurasian and North American northern continental shores; and those swamps swarmed with crocodiles.

Between 34mya to 12mya Earth’s temperature fluctuated and Antarctica froze thawed and refroze. Then Panama swung into place closing the oceanic gap between North (Central) and South America, and that altered ocean currents so that a Southern Ocean circumpolar current sealed off Antarctica climatically: the deep freeze of that continent that continues to this day.

That global cooling trend continued after 12mya and plunged Earth into the deep cold of the repeated glaciations of the Pleistocene Epoch (Ice Ages), from 2.58mya to 11,700ya, before the thawing of temperate latitudes introduced the balmy global climate we have enjoyed since.

All the lush and soggy vegetation around the Arctic Ocean was buried by sedimentation into the shallow continental shelves around that ocean, and then further locked away by the deep freeze producing permafrost, which extends quite a bit down below the ground surface, and down from the top of the seafloor of the shallows near land.

Rotting organic matter in the seas (algae, plants, fish, animals) sinks to the bottom and is decomposed by bacteria, and that produces methane gas (like cows fart from eating grass, and we fart from eating beans); but because of the cold and pressure deep down in all oceans, or in cold shallower seas like the Arctic, that gas actually combines with water into a fragile unstable crystal-like solid called methane clathrates or methane hydrates.

This is an “ice” that people can light up with a match and it burns like gas-soaked charcoal, but with a blue flame. When a methane hydrate solid is brought up to the surface of the ocean from the high pressure of the depths, it can spontaneously ignite because of the release of methane gas mixing with the oxygen in the air. Such flares have been seen on the ocean surface at night by airline pilots.

There is a large amount of compressed, frozen methane-rich organic matter, including peat, all along the sub-Arctic ring of sea and land about the Arctic Ocean. The thawing of that region is now increasingly releasing some of the trapped gas: from out of the clathrates, from out of subsurface compressed organic plant matter, and also from new underground fires burning peat seams and coal seams. Such fires are now extensive and burning continuously all along northern Siberia; they are called Zombie Fires.

Because of the complexities of molecular structure, a molecule of methane (CH4) has 2.5x (15/6) more ways of moving, plus rotating about and vibrating along the chemical bonds between its atoms, so as to store heat, than does a molecule of carbon dioxide (CO2). So, CH4 is 2.5x times more effective at being a global warming agent than CO2.

A large release of CH4 into the atmosphere will have a more pronounced global warming effect than an equal mass of CO2. But CH4 eventually combines with atmospheric oxygen molecules to form more CO2 and H2O (water).

What is happening in the Arctic is that the massive amount of stored subsurface methane — in all the forms that bound it — is now being warmed sufficiently to allow it to overcome the cold and pressure that used to hold it in. So there is an increasing rate of methane gas bubbling up from the seafloor, and from the Arctic tundra which is permafrost grassland that is thawing, slumping, and popping out with methane eruption craters, some tens of meters in diameter and depth. [1], [2]

Because of that accelerating rate of emission, and because the total amount of methane stored in the Arctic is so large, climate scientists are very concerned about the negative potential for our climate in the near future.

How worried? How fast? How alarming?

Well, the presently accelerating rate of carbon dioxide buildup in the atmosphere, and of global warming, is proceeding at a pace at least 20x that of previous major CO2 eruptions and global warming events in Earth’s geological past (like during the onset of the Paleocene-Eocene Thermal Maximum, 55.5mya); and that rate today could even be hundreds of times faster.

The CO2 increase in the atmosphere over the last century or so has equaled comparable amounts of increase that may have occurred over several thousand years during the massive eruption episodes in the geologic past that caused major extinctions.

During those past eruption events, where the pace of change was over thousands of years (a blink of the eye geologically), despite the extinctions that occurred much animal and plant life was able to adapt, and such adaptation carried on over longer spans of time was their transformation by biological evolution.

But today such a tactic of biological adaptation by a species in response to the shifting of climates is impossible because the genetic processes of evolution are far outpaced by the rapid rate of increase of CO2 concentration, and thus of global climate change.

However, we are not talking about doomsday in 5 or 10 years. Just think of how climate and weather have changed (gotten worse) since, say, the 1970s, and imagine a similar rate of degradation for another few decades, and you can then guess that sometime near the end of this century (maybe the 2070s) that Earth will really be at the edge of environmental collapse: if humanity had continue to do nothing about curbing its greenhouse gas emissions since this moment, and continues heedlessly emitting fossil fuel exhaust fumes beyond that point. 

Many people worry that such an unhappy timetable could be sped up if there were to be a truly massive eruption of “all” the methane locked up in the Arctic. If I get to live to be 100, in 2050, I’ll then know the ultimate course of Earth’s dynamic climate system.

Young people worldwide, sparked by Greta Thunberg [3], will be alive in 2050 and very much want to know NOW what the environmental conditions will be THEN, when they are supposed to experience their adult lives and be responsible for continuing civilization. And they have every right to demand that today’s adults do their intergenerational duty to pass on a hospitable Earth that sustains their dreams, our human civilization, and all species’s futures.

Within the next 10 years we had better begin to actually and continually cut down civilization’s (anthropogenic) annual CO2 emissions; by 25 years we had better be reducing them at a very pronounced rate; otherwise by 50 years Earth’s temperature may be high enough to trip the climate system into a new mode we will very much dislike — being much more of what we don’t like now — and which will be beyond our ability to correct regardless of whatever heroic measures we would then take, like miraculously dropping our CO2 emissions to zero forever.

The geophysical reality is that it takes the climate system hundreds of years (I once estimated 240 years) to BEGIN to shift in response to new atmospheric conditions. This is like a huge thermostat lag to a heating system of global scale, or like the lag between turning the rudder on a large ship and then actually having the ship begin to veer in a new direction.

It is because of this inertia that it is essential to stop our emissions as soon as possible (ASAP). The longer we wait — emitting more while waiting — the longer it will take Earth to respond to our finally throttling our emissions, and the longer it will take for the climate system to flush out that excess CO2 and lower the average global temperature. I estimate 1,000 to 1,400 years, but it could be much longer.

So that is what the worry about the increasing Arctic methane releases is all about.


[1] Giant new 50 meter deep crater opens up in the arctic tundra

[2] More than 300 sealed craters are ticking time bombs from a total of 7000 plus arctic permafrost mounds

[3] “I Am Greta,” an excellent documentary about the young lady who is puncturing the big phonies of all our governments, on the overarching issue of climate change.


Another Model of Atmospheric CO2 Accumulation

I continue to model the accumulation of carbon dioxide (CO2) in the atmosphere, because the topic fascinates me.

This time, I constructed a global warming scenario driven by a pulse of anthropogenic CO2 emissions (mathematically, a slightly skewed Gaussian function), which launches in the year 1900, peaks in the year 2028, and disappears by year 2150. This model emissions rate function matches the actual trend of the increase of anthropogenic CO2 emissions (data) since the year 2000.

The point of this study is to see how a reduction of anthropogenic emissions, as by the mathematical function assumed, would influence the subsequent reduction of CO2 accumulation in the atmosphere.

The equation describing the accumulation of carbon dioxide in the atmosphere is based on these assumptions:

– 70% of the emissions accumulate in the atmosphere,

– 30% of the emissions are immediately absorbed by the oceans (surface waters),

– the only sink (mainly photosynthesis) is characterized by a relaxation time of 238 years (a characteristic time scale for the absorption process),

– emissions peak in ~2028 at 11.5GtC/y (42.1GtCO2/y) and die away skew-symmetrically thereafter. (GtC/y = giga metric tons of carbon per year; GtCO2/y = giga metric tons of carbon dioxide per year).

Figure 1 shows the resulting projected temporal profile of atmospheric CO2, in units of ppm (parts per million). Also shown is the emissions function, E(x), scaled by 50x GtC/y. The unperturbed baseline concentration is assigned as 277ppm.

The time scale, “x” in years, begins (x=0) at year 1900.

Figure 1: Time Profile of Atmospheric CO2 Concentration, for given Gaussian emissions pulse

In this scenario, the CO2 concentration peaks at 529ppm for years 180<x<200 (years 2080-2100). The continuation of this story out to year x=1200 (year 3100) is shown in Figure 2.

Figure 2: Time Profile of Atmospheric CO2 Concentration, to year 3100

Choosing a longer relaxation time (e.g., ~1000y) would significantly reduce, or eliminate, the decay of the concentration over time (the air CO2 would “never” go away). A long relaxation time would be the case if weathering were the dominant absorption phenomenon (with relaxation time ~12,000 to ~14,000 years), because the photosynthesis and absorption by the oceans sinks were saturated (as was the case during the 200,000 year-long clearing of atmospheric CO2 during the Paleocene-Eocene Thermal Maximum, PETM, 55.5 million years ago).

Figure 3 shows the increase in global temperature, in °C, corresponding to the CO2 concentration profile, shown above.

Figure 3: Average Global Temperature Increase corresponding to model CO2 concentration profile

The global temperature increase above baseline, for this scenario, is projected to peak at +1.94°C in year x=190 (2090); it arrives at +1.5°C at x=142 (year 2042).

It is obvious that if the future reality of anthropogenic CO2 emissions is an increasing trend, that the consequent time profile of atmospheric CO2 concentration will be a continuously rising trend as well. That would mean higher global temperature increases, and sooner, than those shown here.

The Gaussian emissions pulse used here is an “optimistic” scenario in that the annual rate of anthropogenic emissions peaks in 8 years, and then decreases nearly symmetrically to its profile of increase prior to 2028.

This scenario would have us avoid crossing the +2°C threshold. But, the global warming would remain above +1.5°C for the 130 years between 2042 and 2172, undoubtedly degrading many environments.

The model CO2 concentration profile found here matched data (measurements by NOAA); quite well since 2000, and adequately before that to 1960.

The important implication of this model is already well-known: if we begin reducing anthropogenic CO2 emissions very soon, and continue doing so at a steady rate so as to eliminate them completely within a century, we can avoid having Planet Earth warm up by a total of +2°C, relative to the 19th century.

The corollary to this observation is that if we instead continue increasing our CO2 emissions, it will get warmer sooner for longer.

Also, whatever we do (or don’t do) about CO2 emissions, their accumulation in the atmosphere will linger for centuries. The clearing of this atmospheric CO2 will occur on several parallel timescales:

– absorption through photosynthesis (happening daily),

– capture by the surface waters of the oceans over the course of years, decades and centuries (and eventual sequestration at the sea bottom in a surface-to-bottom mixing cycle of millennial time scale), and

– the chemical reactions of rock weathering (on a tens-of-millennia time scale).

Injecting CO2 into the atmosphere can be done instantly; removing it requires a long time.

So, it would be wise to stop emitting it.

The above report, with the addition of figures showing comparisons to data for the trends of emission rate and CO2 concentration prior to 2020, is available here (PDF file).

Gaussian Emission Function & Air CO2

Gaussian Emission Function, and Atmospheric CO2 Accumulation
(Model #7)
4 October 2020


Reducing CO2 Emissions to Reverse Global Warming


Reducing CO2 Emissions to Reverse Global Warming

We know that Global Warming can be reduced during the years of the century ahead of us if we — our civilization — steadily reduces its emissions of carbon dioxide gas (CO2) into the atmosphere.

Given a specific rate for the reduction of anthropogenic (our CO2) emissions:

— how long will it take to return Earth’s average temperature to its unperturbed pre-industrial level?, and

— how much higher will Global Warming (Earth’s temperature) become before it begins to decrease?

Answering these questions is the subject of my recent study. This work is based on a Carbon Balance Model, which I described in an earlier report. [1]

That model has been further refined in order to address these questions, and the details of that refinement are described in a technical report. [2]

Prior to the buildup of anthropogenic CO2 emissions in the air, the fluxes of CO2 released by the respiration of Life-on-Earth; and the fluxes of CO2 absorbed from the air by photosynthesis, the surface waters of the oceans, and rock weathering chemical reactions; were in balance. That balance is known as the Carbon Cycle.

As the rate and buildup of anthropogenic emissions increased (after ~1750, but particularly from the mid-20th century), the Carbon Cycle was perturbed out of balance, and the magnitude of that imbalance is determined by the difference between two effects: Anthropogenic Sources, and Stimulated Sinks.

The Anthropogenic Sources are:

— the CO2 emissions by the human activities of fossil-fueled energy generation and industry, and

— the CO2 emissions from land use changes (deforestation and its attendant increase of wildfires).

The Stimulated Sinks are the additional absorption of CO2 by photosynthesis and the surface waters of the oceans, because of higher atmospheric concentrations of CO2. At a sufficiently high level of atmospheric CO2 concentration, both these sinks will saturate — stop absorbing CO2. What that “sufficiently high level” is remains uncertain.

The work summarized here includes more realistic (more complicated) models of these source and sink terms in the rate equation for the change of the Carbon Balance over time.

Now I am able to quantitatively link specific rates of the reduction of anthropogenic CO2 emissions, to consequent projected histories of the slowing and then reversal of Global Warming.

Such quantitative linkages have long been featured in the super-computer models of CO2 accumulation in the atmosphere, by the major Climate Science institutes; but now I have my own quantitative version of this correlation, which is analytical (expressed as math formulas, and enumerated with a hand calculator and basic home computer).

Anthropogenic CO2 emissions in year 2020 are 42.2GtCO2/y (42.2 giga-metric-tons of CO2 per year = 42.2*10^+12 kilograms/year). This magnitude of total anthropogenic emissions, E, is the addition of our fossil-fueled and land use emissions.

I considered three cases of the intentional steady reduction of annual human-caused CO2 emissions, which are defined to decrease exponentially. The characteristic decay time of each case is: 40 years (CASE 1, a 2.5% annual reduction), 100 years (CASE 2, a 1% annual reduction), and 200 years (CASE 3, a 0.5% annual reduction).

Emissions would be reduced to half their initial rate in 28 years for CASE 1; in 69 years for CASE 2; and in 139 years for CASE 3.

If each of these reduction plans were alternatively initiated in the year 2020, then:

CASE #1, ∆t=40y:

This trend reaches a peak of 449ppm and +1.32°C in year 2048 (in 28 years); it remains above 440ppm and +1.25°C over the years 2032 to 2064 (between 12 to 44 years from now); then descends to 350ppm and +0.56°C in year 2120 (in 100 years); and 300ppm and +0.18°C in year 2140 (in 120 years).

CASE #2, ∆t=100y:

This trend reaches a peak plateau of 485ppm and +1.6°C over the years 2078 to 2088 (between 58 and 68 years from now); it remains above 480ppm and +1.56°C during years 2066 to 2100 (between 46 and 80 years from now); it descends to 350ppm and +0.56°C in year 2202 (in 182 years); and 300ppm and +0.18°C in year 2225 (in 205 years).

CASE #3, ∆t=200y:

This trend reaches a peak plateau of 524ppm and +1.9°C over the years 2125 to 2135 (between 105 and 115 years from now); it remains above 500ppm and +1.72°C between years 2075 and 2190 (between 55 and 170 years from now); and descends down to 360ppm and +0.64°C in year 2300 (in 280 years).

Message to the Humans

The singular challenge for the progressive political and social elements of our civilization is to awaken the rest of the world — and particularly the “developed” and “developing” high-emissions nations — to a full commitment (demonstrated by action) to steadily and significantly reduce anthropogenic CO2 emissions for the rest of human history.

The sooner such reduction programs are initiated, and the greater the vigor with which they are implemented, the sooner we will begin slowing the advance of Global Warming and its continuing erosion of the habitability of Planet Earth, which humans have enjoyed for over 2 million years, and particularly since the end of the Ice Ages (~11,000 year ago).

With decades to a century of discipline applied to this purpose, we can even reverse Global Warming. The longer we wait to do this, the worse the consequences we will have to suffer through, and the longer it would take to extricate our species — and so many other wonderful forms of Life-on-Earth — from the Hell-on-Earth we are creating by our willful and destructive ignorance.

I can only imagine such major programs of CO2 emissions reductions being synonymous with the economic, political and social uplift of the vast majority of people, because Global Warming is directly caused by the unbounded economic, political and social exploitation of the many by the few.

The fact is that we all live on the same planet, and whatever happens to it — whether worsening conflagration and flooding in the now, or eventual cooling and restoration by human commitment — will affect everybody. There is no guaranteed escape.

The CO2 accumulation model that I have described here is just this old scientist’s way of saying: We can do so much better for ourselves, and our children deserve that we try.


[1] A Carbon Balance Model of Atmospheric CO2
11 September 2020, [PDF file]

[2] Trends for Reducing Global Warming
15 September 2020, [PDF file]


Anthropogenic CO2 Emissions Are Fate


Anthropogenic CO2 Emissions Are Fate

I developed a model of Global Warming based on the anthropogenic perturbation of the Carbon Cycle. The essence of this model is a rate equation for the evolution of the carbon dioxide (CO2) concentration in the atmosphere.

The interesting results from this model are projected trends for the CO2 concentration and the average global temperature during the next century. The character of those trends — whether rapid rises, shallow plateaus, or diminishment into the future — depend crucially on the magnitude of our civilization’s emissions of CO2, and whether those anthropogenic emissions increase or decrease with time. In the real world at present, they are increasing.

I have now been able to include the effect of linearly increasing or decreasing anthropogenic emissions into my Carbon Balance Model, which has been significantly improved.

This model also includes the effect of the increase in the rate at which atmospheric CO2 is absorbed by photosynthesis and the surface waters of the oceans, because those absorption rates are increasingly stimulated by the higher levels of CO2 in the air. This process of absorption-enhancement cannot continue indefinitely as the atmospheric CO2 concentration increases, but at what point of elevated CO2 concentration it saturates and then absorption largely shuts down, is unknown.

The third process included in the model is that of the slow absorption of atmospheric CO2 by the chemical reactions of weathering on the surfaces of rocks and soils. CO2 not “quickly” scavenged from the air by photosynthesis or the surface waters of the oceans will stay airborne for 12,000 to 14,000 years. The ~2,500ppm spike of atmospheric CO2 that occurred 55.5 million years ago took 200,000 years to clear away. That geological episode is known as the Paleocene-Eocene Thermal Maximum (PETM). At that time there was no ice at the poles, instead they were jungles and swamps with crocodiles. The global temperature at the peak of the PETM was as much as +12°C to +18°C warmer than in our pre-industrial 18th century.

I made three case studies from this model, called E-growth, E-flat, and E-fall.


The E-growth case is driven by a relentlessly steady rise of anthropogenic CO2 emissions, based on the average upward trend of those emissions between years 1960 and 2020.

This trend arrives at 470ppm of atmospheric CO2, and a warming of +1.5°C (above pre-industrialization), in the year 2038 (in 18 years). It arrives 540ppm and +2°C in year 2055 (in 35 years); and it arrives at 800ppm and +4°C in year 2100 (in 80 years).


The E-flat case is driven by a constant annual rate of 42.2GtCO2/y of anthropogenic emissions (42.2 giga-metric-tons of CO2 emissions per year), which is the rate in year 2020.

It arrives at 470ppm and +1.5°C in year 2041 (in 21 years); and 540ppm and +2°C in year 2070 (in 50 years); and 600ppm and +2.5°C in year 2100 (in 80 years).


The E-fall case is driven by a steady linear reduction of anthropogenic emissions over 40 years: from 42.2GtCO2/y in 2020, to 0GtCO2/y in 2060; a reduction of 1.05GtCO2 every year for 40 years. This amount of annual reduction is 2.5% of the total anthropogenic emissions in year 2020. In this scenario, after year 2060 we would continue our civilization with zero CO2 emissions from our human activities.

This trend rises to 437ppm and +1.23°C during years 2035 to 2040 (from 15 to 20 years in the future) after which both fall. It arrives back down to 407ppm and +1°C in year 2059 (in 39 years); and 320ppm and +0.4°C in year 2100 (in 80 years).


In this year of 2020, we are presently at 417ppm and +1.08°C.

The math and physics details of this new work, as well as graphs of the trends calculated from it, are shown in the report (PDF file) linked at

A Carbon Balance Model of Atmospheric CO2
11 September 2020

Click to access a-carbon-balance-model-of-atmospheric-co2.pdf



Possible Future Trends of CO2 Concentration and Global Temperature

Oakland, California, 10:15 AM, 9 September 2020, “Burning Land Eclipse”


Possible Future Trends of CO2 Concentration and Global Temperature

Carbon dioxide gas (CO2) has been accumulating in the atmosphere since the dawn of the Industrial Revolution (~1750), because increasingly voluminous fluxes of that gas have been exhausted from the lands and the oceans, and are beyond the capacity of natural CO2 sinks to absorb completely.

Prior to the Industrial Revolution, carbon would cycle through a variety of processes that sustained the continuation of life, death, evolution and rebirth, and that all meshed into one grand balance. That balance is called the Carbon Cycle.

The explosive growth of human activity, numbers, exosomatic power, economic wealth, military overkill, and hubristic political pretensions, all spring from the access to and profligate use of heat-energy liberated from fossil fuels. Carbon dioxide is the exhaust fume from our Promethean exertions for greater conquests — and wealth.

The carbon dioxide exhausted by our civilization’s generation of heat-energy, and from our massive exploitation of once virgin land areas, is an increasingly destabilizing perturbation of the Carbon Cycle. This perturbation is called Anthropogenic Emissions.

The imbalance of the Carbon Cycle reverberates through the natural world in many ways that are increasingly harmful and dangerous to Planet Earth’s habitability for ourselves and for many other animal and plant species. The central reality of this complex of growing threats to the viability of the Biosphere is called Global Warming.

Carbon dioxide gas traps heat radiated towards space, as infrared radiation from the surface of Planet Earth, reducing our planet’s ability to regulate its temperature by cooling to compensate for the influx of solar light that is absorbed by the lands and the oceans, and stored by them as heat.

Because of the existential implications of runaway global warming — as well as the intrinsic fascination to curious minds of such a richly complex and grand human-entwined natural phenomenon — scientists have been studying global warming, and its impact on the biosphere, which is called Climate Change.

While scientists of all kinds are excited to share their findings on climate change and impress their colleagues with their new insights, members of the public are singularly interested to know how climate change will affect their personal futures. Can science offer them clear and reliable answers to their questions — and fears — and provide practical remedies and technological inoculations to ward off the threats by climate change to our existing ways of life?

Science does what it can to offer practical insights and helpful recommendations, and humanity does what it usually does when faced with a collective existential crisis: it hides from the inconvenience of drastically changing its personal attitudes and societal structures, which is in fact the only way it would be able to navigate the majority of Earth’s people through the transition to a new social paradigm; a new, sustainable and harmonious relationship between human life and Planet Earth.

While I am grateful to all the professional climate scientists — and their related life scientists who study many aspects of this complex of geophysical processes and biological organisms and systems — for making known so much of the workings of the globally warming biosphere, I am nevertheless curious to gain a quantitative understanding of it all for myself. To that end, I have devised my own phenomenological thermodynamic “toy models” of global warming. The sequence of my reports charting the evolution of my quantitative understanding of global warming, are listed at [1].

My newest report describes a rate equation for the accumulation or loss of atmospheric CO2 over the course of future time. This equation is derived from considerations of recent data on the Carbon Cycle (from the Global Climate Project), along with some mathematical assumptions about the relationships used to quantify “carbon dioxide sweepers,” the processes that scavenge atmospheric CO2.

The results of this work are projections of possible future histories of the concentration of atmospheric carbon dioxide, as well as a projection of the most likely trend of rising average global temperature.

The complete report on the new work (of which this is just a brief summary) is available at [2].

As is true of all future-casts, we will just have to wait till then to see if they were accurate, assuming we don’t do anything beforehand — collectively — to avoid the worst possibilities.

Such is the dance with the chaos and nonlinearity of the approaching future.

From the general mathematical result of this model, three possible future trends of CO2 concentration history were calculated:

CASE #1, “business as usual,” anthropogenic emissions continue at today’s level indefinitely;

CASE #2, anthropogenic emissions are immediately reduced to the point of holding CO2 concentration constant at today’s level, indefinitely;

CASE #3, anthropogenic emissions are immediately reduced to a trickle, so as to reduce the excess of CO2 in the atmosphere as quickly as possible.

Also, the trend of rising global temperature that accompanies CASE #1 was calculated.

CASE #1 is a pure growth trend, from 407.4ppm to 851.8ppm over the course of about 3,000 years (ppm = parts per million of concentration in the atmosphere).

CASE #2 requires that the anthropogenic emission rate be ~50% of the current rate (or 21GtCO2/y instead of 41GtCO2/y; for the units GtCO2/y defined as giga-metric-tonnes of CO2 emission per year).

This reduced rate of anthropogenic emission would just keep the CO2 concentration at 407.4ppm (from the beginning of 2019) into the near distant future (~1,600 years, and beyond), during which time the excess heat-energy presently in the biosphere would continue to degrade our weather, climate, environments, biodiversity, and planetary habitability.

CASE #3 would clear away the current excess of CO2 in the atmosphere, and then continue to reduce the atmospheric CO2 concentration to a very low level over the course of about 700 years. This would require that anthropogenic emissions be immediately reduced to about one-fifth (1/5) of their current levels, and maintained at or below that level indefinitely.

The implication is clear: if we wish to reduce the amount of CO2 in the atmosphere we have to reduce our anthropogenic emissions well below 50% of what they are today, maintain that discipline indefinitely, and wait centuries to millennia to achieve a significant reduction.

The global temperature excursion (above the average global temperature of the pre-industrial world) that accompanies CASE #1 rises steadily, though at a diminishing rate, from +1°C in 2019, to nearly +2.6°C in 2300 (~300 years). Along the way it passes +1.5°C in year 2065 (in ~40 years), and it passes +2°C in year 2120 (in ~100 years).

Global temperature would rise higher and sooner if the absorption rates of CO2 by photosynthesis and the oceans did not continue increasing — as they do today — in proportion to the increases in the atmospheric concentration of CO2. At present, increased CO2 concentration stimulates increased CO2 absorption. The model here assumes this is always true, but in reality this “sink growth” effect may saturate (be limited) at some higher level of CO2 concentration. Whether any such saturation limit on the absorption (sink) rate exists or not, is unknown.

If the +1.5°C and +2°C temperature rise milestones are truly to be avoided then it is imperative that anthropogenic emissions be drastically reduced immediately. As yet there is no sign that such reductions will occur.

The physics and mathematics of all this are fascinating, but the implications for civilization and life-on-Earth are stark.


[1] One Year of Global Warming Reports by MG,Jr.
15 July 2020
Updated to 7 September 2020

[2] A Rate Equation for Accumulation or Loss of Atmospheric CO2
5 September 2020 (revised 9 September 2020)
[take a copy]
Rate Equation for Atmospheric CO2 (revised)

or view directly:

Click to access rate-equation-for-atmospheric-co2-revised.pdf