A Darwin’s Look into The Next Million Years by Brent Jessop

Dandelion Salad

by Brent Jessop
Knowledge Driven Revolution.com
March 3, 2008

The Next Million Years Part 1

Charles Galton Darwin’s 1952 book The Next Million Years [1] attempts to give a general outline of the “future history” of mankind by using the “law of human nature”. C.G. Darwin (1887-1962) was an English physicist and grandson of Charles Darwin of evolutionary fame. Despite being concerned about the over-population of the world he had four sons and one daughter with his wife Katharine Pember. The hypocrisy of this may seem odd, but the concern about over-population only refers to inferior breeds of humans and not superior breeds like himself and his lineage. C.G. Darwin was a long time member and eventual president of the Eugenic Society (1953-59) which represented the belief system held among many of the political, scientific and aristocratic elites of his day and the present.

Why the Next Million Years?

This article will examine some of C.G. Darwin’s views of what the next million years of mankind’s future history will look like. But first, why such a enormous length of a million years of future history?

From The Next Million Years:

“… in the evolution of life, how long does it take to make a new species? The answer is a million years. That is the reason for the title I have chosen for this essay – for a million years to come we have got to put up with all the defects in man’s nature as it is now.” – 78

The Laws of Human Nature

“Nevertheless for all of us it is intolerable to think of the future unfolding itself in complete predestined inevitability for the eternity of a million years. There are two things we must do; one is to know, the other to act. As to knowing, in my introductory chapter I described an analogy in mechanics, and I suggested that it should be possible to discover a set of laws, like the laws of thermodynamics, which would place absolute limits on what can be done by humanity. Biological laws cannot be expected to have the same hard outline as physical laws, but still there are absolute laws limiting what an animal can do, and similar laws will limit man not only on his physical side, but also on his intellectual side. If these could be clearly stated, we should recognize that many attempts that have been made at improving man’s estate were hopeless.

It is for others, better versed than I am in the biological sciences, to work out these laws, and it is in all humility that I put forward the basis, on which, it may be, that they could be founded. The first principle is that man, as an animal, obeys the law of variation of species, which condemns human nature to stay nearly constant for a million years. The perfectibility of mankind, the aim of so many noble spirits, is foredoomed by this principle. The second is that man is a wild animal, and that doctrines drawn from the observation of domestic animals are quite inapplicable to him. The third principle is the non-inheritance of acquired characters, a principle familiar in animal biology, but all too seldom invoked in connection with human beings. If these, and any further principles as well, or any alternatives to them, were accepted, it might sometimes be possible through them to show up the absurdities of bad statesmanship, and certainly it would be the part of a wise statesman to work within their limitations, because only so could he hope to achieve success.” [emphasis mine] – 206

“A history of the future is different from a history of the past, because it cannot in any sense be a narrative. It cannot say what will happen in anything like the same manner as past history says what did happen. All it can do is to say what things will be happening most of the time and in most places, but without being able to specify those times and those places. This it does through consideration of the laws of nature, chief among which is the law of human nature.” [emphasis mine] – 167

The Need to Change Human Nature

As a avid eugenicist, C. G. Darwin believed “improvements” in the human species could only come about through the changing of mankind’s hereditary nature.

But there is also the possibility of an internal revolution. This would come about if means were discovered of deliberately altering human nature itself… here it must suffice to say that the prospects do not seem at all good. There is first the extreme difficulty of making such changes, and the probability that most of them would be for the worse, and secondly, if by chance a revolutionary improvement should arise, it seems all too likely that the rest of mankind would not tolerate the supermen and would destroy them before ever they had the time to multiply. It is mainly the belief that there will be no revolutionary change in human nature that emboldened me to write this essay.” [emphasis mine] – 56

“Still for the sake of the distant future something can be attempted more profitable than has been usual hitherto. Attempts at improving the lot of mankind have all hitherto been directed toward improving his conditions, but not his nature, and as soon as the conditions lapse all is lost. The only hope is to use our knowledge of biology in such a way that all would not be lost with the lapse of the conditions. The principles of heredity offer an anchor which will permanently fix any gains that there may be in the quality of mankind.” [emphasis mine] – 208

“If the history of the future is not regarded as the automatic unfolding of a sequence of uncontrollable events – and few, of us would accept this inevitability – then anyone who has decided what measures are desirable for the permanent betterment of his fellows will naturally have to consider what is the best method of carrying his policy through. There are three levels at which he might work. The first and weakest is by direct conscious political action; his policy is likely to die with him and so to be ineffective. The second is by the creation of a creed, since this has the prospect of lasting for quite a number of generations, so that there is some prospect of really changing the world a little with it. The third would be by directly changing man’s nature, working through the laws of biological heredity, and if this could be done for long enough it would be really effective. But even if we knew all about man’s genes, which we certainly do not, a policy of this kind would be almost impossible to enforce even for a short time, and, since it would take many generations to carry it through, it would almost certainly be dropped long before any perceptive effects were achieved.” [emphasis in original] – 114

The Structure and Function of Government

What will the future structure and function of government be during the next million years?

“If transportation is easy, world conquest will be easier both for military reasons and because the more uniform culture should make the world government more acceptable.” [emphasis mine] – 193

“Widespread wealth can never be common in an overcrowded world, and so in most countries of the future the government will inevitably be autocratic or oligarchic; some will give good government and some bad, and the goodness or badness will depend much more on the personal merits of the rulers than it does in a more democratic country.” – 194

“Whatever forms the government may take, there can be little doubt that the world will spontaneously divide itself into what I shall call provinces, that is to say regions, though with no permanently fixed boundaries, which possess some homogeneity of climate, character and interests. I use the same word whether the different provinces are federated together, or whether they are what we should now call separate sovereign states. How large will these provinces tend to be? That will depend on the means of communication and transport, and so once again there arises the question of whether the fuel problem is solved wholly or partially or not at all. In the past the chief means of communication was the horse, and the countries of Europe are still mostly of a size adopted to suit this almost extinct means of transport, though some of the more newly formed ones do show a trace of the influence of the railway. None of them are really of a size suited to the motor-car or the aeroplane, or to present power production, whether by coal or water-power, which cuts right across the national boundaries.

If the fuel problem is solved completely, so that mechanical power and transportation is available in the future to a greater extent even than at present, then the provinces will be large; for example, the whole of Europe may well be one, and the whole of North America another…

Consider next what are likely to be usual relations between the provinces. It is too much to expect that there can ever be a permanent world government benevolently treating all of them on a perfect equality; such an institution could only work during the rare occasions of a world-wide golden age. To think of it as possible at other times is a misunderstanding of the function of government in any practical sense of the term. If the only things that a government was required to do were what everybody, or nearly everybody, wanted, there would be no need for the government to exist at all, because the things would be done anyhow; this would be the impracticable ideal of the anarchist. But if there are to be starving margins of population in most parts of the world, mere benevolence cannot suffice. There would inevitably be ill feeling and jealousy between the provinces, with each believing that it was not getting its fair share of the good things, and in fact, it would be like the state of affairs with which we are all too familiar. If then there is ever to be a world government, it will have to function as government do now, in the sense that it will have to coerce a minority – and indeed it may often be a majority – into doing things they do not want to do.” [emphasis mine] – 191

Civilization and a Universal Culture of Science

“Civilization might, loosely speaking, be counted as a sort of domestication, in that it imposes on man conditions not at all typical of wild life.” – 115

“Civilization has taught man how to live in dense crowds, and by that very fact those crowds are likely ultimately to constitute a majority of the world’s population. Already there are many who prefer this crowded life, but there are others who do not, and these will gradually be eliminated. Life in the crowded conditions of cities has many unattractive features, but in the long run these may be overcome, not so much by altering them, but simply by changing the human race into liking them.” [emphasis mine] – 99

“To conclude, I have cited the past history of China as furnishing the type of an enduring civilization. It seems to provide a model to which the future history of the world may be expected broadly to conform. The scale will of course be altogether vaster, and the variety of happenings cannot by any means be foreseen, but I believe that the underlying ground theme can be foreseen and that in a general way it will be rather like the history of the Chinese Empire. The regions of the world most of the time will be competing against one another. Occasionally – more rarely, than has been the case in China – they will be united by some strong arm into an uneasy world-government, which will endure for a period until it falls by the inevitable decay that finally destroys all dynasties. There will be periods when some of the provinces relapse into barbarism, but all the time civilization will survive in some of them. It will survive because it will be based on a single universal culture, derived from the understanding of science; for it is only through this understanding that the multitudes can continue to live. On this basic culture there will be overlaid other cultures, often possessing a greater emotional appeal, which will vary according to climate and race from one province to another. Most of the time and over most of the earth there will be severe pressure from excess populations, and there will be periodic famines. There will be a consequent callousness about the value of the individual’s life, and often there will be cruelty to a degree of which we do not willingly think. This however is only one side of the history. On the other side there will be vast stores of learning, far beyond anything we can now imagine, and the intellectual stature of man will rise to ever higher levels. And sometimes new discoveries will for a time relieve the human race from its fears, and there will be golden ages, when man may for a time be free to create wonderful flowerings in science, philosophy and the arts.” [emphasis mine] – 203

Globalization Leads to Slavery

“As to the less successful members, the standard of living of any community living on its real earnings, as the communities of the future will have to do, is inevitably lower than that of one rapidly spending the savings of hundreds of millions of years as we are doing now. There will also be the frequent threat of starvation, which will operate against the least efficient members of every community with special force, so that it may be expected that the conditions of their work will be much more severe than at present. Even now we see that a low standard of living in one country has the advantage in competing against a high standard in another. If there is work to be done, and, of two men of equal quality, one is willing to do it for less pay than the other, in the long run it will be he who gets the work to do. Those who find the bad conditions supportable will be willing to work harder and for less reward; in a broad sense of the term they are more efficient than the others, because they get more done for less pay. There are of course many exceptions, for real skill will get its reward, but in the long run it is inevitable that the lower types of labour will have an exceedingly precarious life. One of the triumphs of our own golden age has been that slavery has been abolished over a great part of the earth. It is difficult to see how this condition can be maintained in the hard world of the future with its starving margins, and it is too be feared that all too often a fraction of humanity will have to live in a state which, whatever it may be called, will be indistinguishable from slavery.” [emphasis mine] – 189

Computers To Predict the Near Future

“I am imagining that some new discovery should make the process far more precise for short-term planning. This might come about, for example, through the use of new high-speed counting machines, which in a short space of time might explore the consequences of alternative policies with a completeness that is far beyond anything that the human mind can aspire to achieve directly.” – 55

A program currently underway at the Pentagon called the Sentient World Simulation attempts to do just that. From an article by Mark Baard:

“U.S defense, intel and homeland security officials are constructing a parallel world, on a computer, which the agencies will use to test propaganda messages and military strategies.”

“Called the Sentient World Simulation, the program uses AI routines based upon the psychological theories of Marty Seligman, among others. (Seligman introduced the theory of “learned helplessness” in the 1960s, after shocking beagles until they cowered, urinating, on the bottom of their cages.)”

“Yank a country’s water supply. Stage a military coup. SWS will tell you what happens next.”

“The sim will feature an AR avatar for each person in the real world, based upon data collected about us from government records and the internet.”


The next part in this series will examine C. G. Darwin’s views on the possibility of domesticating the whole of mankind. Part 3 will look into the importance of creeds on the future history of mankind. The second last part in this series will examine C. G. Darwin’s emphasis on the desirability of eugenics and ways of perpetuating “superior” genes in future generations. Finally, I will examine the difficulties in controlling the size of the world population as described in The Next Million Years.

[1] Quotes from Charles Galton Darwin, The Next Million Years (1952).

Note: I first heard about this book from talks given by Alan Watt at Cutting Through The Matrix.com, an individual well worth looking into.

All original material posted on this site can be reprinted freely and completely – as long as full credit and a hyperlink are provided.

A Darwin’s Look into The Next Million Years


Sentient world: war games on the grandest scale By Mark Baard


Information Warfare Using Aggressive PsychOps Part 4 by Brent Jessop + Facebook datamining (video)

Dandelion Salad

by Brent Jessop
Knowledge Driven Revolution.com
November 26, 2007

Information Operation Roadmap Part 4

The Pentagon’s plans for psychological operations or PSYOP in the global information environment of the 21st century are wide ranging and aggressive. These desires are outlined in the 2003 Pentagon document signed by Donald Rumsfeld in his capacity as the Secretary of Defense called the Information Operation Roadmap.

Continue reading

The Pentagon’s Electronic Warfare Program: Maximum Control of the Entire Electro-Magnetic Spectrum Part 2 by Brent Jessop

Dandelion Salad

by Brent Jessop
Global Research, December 24, 2007
Knowledge Driven Revolution.com – 2007-10-12

Information Operation Roadmap Part 2

In 2003, then Secretary of Defence Donald Rumsfeld signed a document called the Information Operation Roadmap which outlined, among other things, the Pentagon’s desire to dominate the entire electromagnetic spectrum.

If you are unfamiliar with this document, more detail can be found in a previous article here.


From the Information Operation Roadmap:

“We Must Improve Network and Electro-Magnetic Attack Capability. To prevail in an information-centric fight, it is increasingly important that our forces dominate the electromagnetic spectrum with attack capabilities.” [emphasis mine] – 6

“Cover the full range of EW [Electronic Warfare] missions and capabilities, including navigation warfare, offensive counterspace, control of adversary radio frequency systems that provide location and identification of friend and foe, etc.” – 61

“Provide a future EW capability sufficient to provide maximum control of the entire electromagnetic spectrum, denying, degrading, disrupting, or destroying the full spectrum of globally emerging communication systems, sensors, and weapons systems dependant on the electromagnetic spectrum.” [emphasis mine] – 61

“DPG [Defense Planning Guidance] 04 tasked USD (AT&L) [Under Secretary of Defense for Acquisition, Technology and Logistics], in coordination with the CJCS [Chairman of the Joint Chiefs of Staff] and Services, to develop recommendations to transform and extend EW capabilities, … to detect, locate and attack the full spectrum of globally emerging telecommunications equipment, situation awareness sensors and weapons engagement technologies operating within the electromagnetic spectrum.” [emphasis mine] – 59

Stealthy Platforms Above Your House

“Develop a coherent and comprehensive EW [Electronic Warfare] investment strategy for the architecture that… Pay particular attention to:

– (U) Projecting electronic attack into denied areas by means of stealthy platforms… As a matter of priority, accelerates joint development of modular EW payloads for the Unmanned Combat Aerial Vehicle.” [emphasis mine] – 62

It is interesting to see the mention of stealthy platforms like unmanned aerial vehicles (UAVs) because they are now patrolling both the Canadian and Mexican borders of the United States and will soon be patrolling the arctic. With funding supplied by Homeland Security, US police departments are also using UAVs to spy on the citizens below. A couple of examples are Sacramento, California and…

“one North Carolina county is using a UAV equipped with low-light and infrared cameras to keep watch on its citizens. The aircraft has been dispatched to monitor gatherings of motorcycle riders at the Gaston County fairgrounds from just a few hundred feet in the air–close enough to identify faces–and many more uses, such as the aerial detection of marijuana fields, are planned.”

The Electronic Battlespace

“The ACTD [Advanced Concept Technology Demonstration] should examine a range of technologies including a network of unmanned aerial vehicles and miniaturized, scatterable public address systems for satellite rebroadcast in denied areas. It should also consider various message delivery systems, to include satellite radio and television, cellular phones and other wireless devices and the Internet.” [emphasis mine] – 65

“Exploits other transformational EW initiatives, including use of the E-Space Analysis Center to correlate and fuse all available data that creates a real time electronic battlespace picture.” [emphasis mine] – 62

How exactly do you create a real time electronic battlespace picture? And where exactly is the battlespace? A very similar statement was made in the Project for a New American Century document Rebuilding America’s Defenses published in September of 2000 (more about this document here and here.)

“New classes of sensors – commercial and military; on land, on and under sea, in the air and in space – will be linked together in dense networks that can be rapidly configured and reconfigured to provide future commanders with an unprecedented understanding of the battlefield.” – pg 59

An article written by Mark Baard from Parallelnormal.com sheds some light on this subject.

“Philadelphia, San Francisco, Houston, and Providence, R.I. are among the cities partnering with private companies and the federal government to set up public broadband internet access. Providence used Homeland Security funds to construct a network for police, which may be made available to the public at a later date…”

“But even if the cities fail to complete their Wi-Fi projects, the military will be able to set up wireless networks within hours, perhaps even faster.”

“The DOD [Department of Defense], which is in the middle of joint urban war-games with Homeland Security and Canadian, Israeli and other international forces, is experimenting with Wi-Fi networks it can set up on the fly.”

“According to a recent DOD announcement for contractors, soldiers will be able to drop robots, called LANdroids… when they arrive in a city. The robots will then scurry off to position themselves, becoming nodes for a wireless communications network. (Click here to download a PDF of the DOD announcement.)”

“The Wi-Fi antennae dotting the urban landscape will serve not only as communications relays, but as transponders that can pinpoint the exact positions of of individual computers and mobile phones – a scenario I described in the Boston Globe last year.”

“In other words, where GPS loses site of a device (and its owner), Wi-Fi will pick up the trail.”

“The antennae will also relay orders to the brain-chipped masses, members of the British Ministry of Defense and the DOD believe.”


My next article will examine the Pentagon’s desire to “fight the net” as outlined in the Information Operation Roadmap. Also, I will examine the use of psychological operations or PSYOP and highlight the complete lack of limits to the use of all these information operations, be it on domestic American or foreign audiences.

Global Research Articles by Brent Jessop

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Full Spectrum Information Warfare by Brent Jessop

Sentient world: war games on the grandest scale By Mark Baard

Thanks to
Ignorance Isn’t Bliss

Dandelion Salad

By Mark Baard
The Register
July 23, 2007

Sim Strife

Perhaps your real life is so rich you don’t have time for another.

Even so, the US Department of Defense (DOD) may already be creating a copy of you in an alternate reality to see how long you can go without food or water, or how you will respond to televised propaganda.

The DOD is developing a parallel to Planet Earth, with billions of individual “nodes” to reflect every man, woman, and child this side of the dividing line between reality and AR.

Called the Sentient World Simulation (SWS), it will be a “synthetic mirror of the real world with automated continuous calibration with respect to current real-world information”, according to a concept paper for the project.

“SWS provides an environment for testing Psychological Operations (PSYOP),” the paper reads, so that military leaders can “develop and test multiple courses of action to anticipate and shape behaviors of adversaries, neutrals, and partners”.

SWS also replicates financial institutions, utilities, media outlets, and street corner shops. By applying theories of economics and human psychology, its developers believe they can predict how individuals and mobs will respond to various stressors.

Yank a country’s water supply. Stage a military coup. SWS will tell you what happens next.

“The idea is to generate alternative futures with outcomes based on interactions between multiple sides,” said Purdue University professor Alok Chaturvedi, co-author of the SWS concept paper.

Chaturvedi directs Purdue’s laboratories for Synthetic Environment for Analysis and Simulations, or SEAS – the platform underlying SWS. Chaturvedi also makes a commercial version of SEAS available through his company, Simulex, Inc.

SEAS users can visualise the nodes and scenarios in text boxes and graphs, or as icons set against geographical maps.

Corporations can use SEAS to test the market for new products, said Chaturvedi. Simulex lists the pharmaceutical giant Eli Lilly and defense contractor Lockheed Martin among its private sector clients.

The US government appears to be Simulex’s number one customer, however. And Chaturvedi has received millions of dollars in grants from the military and the National Science Foundation to develop SEAS.

Chaturvedi is now pitching SWS to DARPA and discussing it with officials at the US Department of Homeland Security, where he said the idea has been well received, despite the thorny privacy issues for US citizens.

In fact, Homeland Security and the Defense Department are already using SEAS to simulate crises on the US mainland.

The Joint Innovation and Experimentation Directorate of the US Joint Forces Command (JFCOM-J9) in April began working with Homeland Security and multinational forces over “Noble Resolve 07”, a homeland defense experiment.

In August, the agencies will shift their crises scenarios from the East Coast to the Pacific theatre.

JFCOM-J9 completed another test of SEAS last year. Called Urban Resolve, the experiment projected warfare scenarios for Baghdad in 2015, eight years from now.

JFCOM-9 is now capable of running real-time simulations for up to 62 nations, including Iraq, Afghanistan, and China. The simulations gobble up breaking news, census data, economic indicators, and climactic events in the real world, along with proprietary information such as military intelligence.

Military and intel officials can introduce fictitious agents into the simulations (such as a spike in unemployment, for example) to gauge their destabilising effects on a population.

Officials can also “inject an earthquake or a tsunami and observe their impacts (on a society)”, Chaturvedi added.

Jim Blank, modelling and simulation division chief at JFCOM-J9, declined to discuss the specific routines military commanders are running in the Iraq and Afghanistan computer models. He did say SEAS might help officers determine where to position snipers in a city square, or to envision scenarios that might emerge from widespread civil unrest.

SEAS helps commanders consider the multitude of variables and outcomes possible in urban warfare, said Blank.

“Future wars will be asymetric in nature. They will be more non-kinetic, with the center of gravity being a population.”

The Iraq and Afghanistan computer models are the most highly developed and complex of the 62 available to JFCOM-J9. Each has about five million individual nodes representing things such as hospitals, mosques, pipelines, and people.

The other SEAS models are far less detailed, encompassing only a few thousand nodes altogether, Blank said.

Feeding a whole-Earth simulation will be a colossal challenge.

“(SWS) is a hungry beast,” Blank said. “A lot of data will be required to make this thing even credible.”

Alok Chaturvedi wants SWS to match every person on the planet, one-to-one.

Right now, the 62 simulated nations in SEAS depict humans as composites, at a 100-to-1 ratio.

One organisation has achieved a one-to-one level of granularity for its simulations, according to Chaturvedi: the US Army, which is using SEAS to identify potential recruits.

Chaturvedi insists his goal for SWS is to have a depersonalised likeness for each individual, rather than an immediately identifiable duplicate. If your town census records your birthdate, job title, and whether you own a dog, SWS will generate what Chaturvedi calls a “like someone” with the same stats, but not the same name.

Of course, government agencies and corporations can add to SWS whatever personally-identifiable information they choose from their own databases, and for their own purposes.

And with consumers already giving up their personal information regularly to websites such as MySpace and Twitter, it is not a stretch to imagine SWS doing the same thing.

“There may be hooks through which individuals may voluntarily contribute information to SWS,” Chaturvedi said.

SEAS bases its AI “thinking” on the theories of cognitive psychologists and the work of Princeton University professor Daniel Kahneman, one of the fathers of behavioural economics.

Chaturvedi, as do many AR developers, also cites the work of positive psychology guru Martin Seligman (known, too, for his concept of “learned hopelessness”) as an influence on SEAS human behaviour models. The Simulex website says, if a bit vaguely, SEAS similarly incorporates predictive models based upon production, marketing, finance and other fields.

But SWS may never be smart enough to anticipate every possibility, or predict how people will react under stress, said Philip Lieberman, professor of cognitive and linguistic studies at Brown University.

“Experts make ‘correct’ decisions under time pressure and extreme stress that are not necessarily optimum but work,” said Lieberman, who nevertheless said the simulations might be useful for anticipating some scenarios.

JFCOM’s Blank agreed that SWS, which is using computers and code to do cultural anthropology, does not include any “hard science at this point”.

“Ultimately,” said Blank, “the guy to make decision is the commander.”

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