Tag Archives: IQ

American anti-Chinese propaganda and Hawramani’s Law of IQ and Political Power

As someone who likes to keep track of Chinese news, not a day passes except I see multiple examples of American fear-mongering toward China. Every other day an expert says that the Chinese economy is right on the edge of collapse. And below is just another example of this all-too-American tripe that Americans swallow up by the millions.

“The world” “should” be wary of this fat Chinese man whose portrait for some reason has the color scheme of a wildfire. Be afraid. Be very afraid. Because we want you to.

It makes me wonder how this type of garbage can be considered respectable media by the people. I haven’t clicked a link to the New York Times or most other American media for years after recognizing them for the unprincipled propaganda tools that they are.

I would have liked to say that a person who takes the Economist and the rest of the West’s presstitute media serious deserves to be lied to for feeding this disgusting machine with their wallets and attention. But, sadly, this includes most of the population. Perhaps an IQ of 130 or more is needed to see through these tools, and such people are rare. This leads me to mention something I have had in mind for a while, Hawramani’s Law of IQ and Political Power:

The political power of a demographic group increases by an order of magnitude for every standard deviation increase in IQ.

This means that Ashkenazi Jews, with their average IQ of around 115, have an order of magnitude more per capita political power compared to whites, with their average IQ of around 100. America’s Jewish population of around 7 million actually has the political power of around 70 million whites (at least), and the facts on the ground show this. In the same way, Indonesia’s 7-10 million Chinese, whose IQ is also about a standard deviation above that of the native Indonesians, have the potential to have the political power of 70-100 million Indonesians, although discriminatory measures against them have limited their power in the past decades.

The same law can be used to examine genetically homogeneous populations as well. In every country, the ruling class is always the same as the high-IQ class. It doesn’t matter whether the country is a monarchy or a democracy. In a monarchy, the high IQ population ends up becoming the aristocracy. In a democracy, the high IQ population ends up filling the top positions in media, academia and government, in this way creating its own aristocracy-by-any-other-name.

So what is the solution to this? There isn’t. Always, everywhere, the clever will have the power to deceive, hoodwink, mislead and defraud the less clever. A country in which the elite does not have principles is going to be ruled by a government, media and academia that does not have principles.

It is, therefore, the duty of the elite to have principles. If they did, this will affect the nature of their government, media and academia. If tens of thousands of high-status lawyers, architects and media personalities called out the Economist’s garbage journalism, they would be disgraced into reforming. But they do not, because they see nothing wrong, since if they were running the Economist, they would act the same as its present managers and writers.

Wherever you see a country whose government, media and academia is corrupt through and through, it is because the country’s elite is corrupt through and through. Therefore the solution to America’s troubles is for the present elite to either acquire principles, or for it to die out and be replaced by another elite that does have principles, and this is going to happen.

In 1850, America’s elite used to judge things by ideals and principles. Since 1950, they have found ideals and principles laughably unfashionable. This state of things is not going to last forever. Their fertility rates are already below-replacement, and they will be replaced by another elite that has ideals and principles, perhaps the signs of this trend will start showing around 2050.

Some mistakenly think that if the present system was dismantled, it could be replaced with a better one. In reality, what happens when you have a corrupt elite is that regardless of how many governments you replace, the nature of the country always remains the same. You cannot force the elite to stop being utterly corrupt, greedy and unprincipled. Latin America’s various failed revolutions are a good example of this.

On the Scrabble and IQ debate, or why mastering Scrabble doesn’t require genius

My answer to the Scrabble-IQ debate which keeps coming up on the Unz Review, from a comment I wrote on there:

The entire debate may be about crystallized versus fluid intelligence.

Scrabble requires that one be intelligent enough to be able to “crystallize” the patterns for solving each situation, so that a person can do it without having to think about it the next time they run into the same situation, but no more intelligent than that.

Winning games like chess and Scrabble requires some fluid intelligence (IQ), and massive amounts of crystallized intelligence (stored solutions), which is why they need so much training.

If you are familiar with computing, it is easy to understand what this means. A lower-IQ person can simulate high IQ in a game like Scrabble using this function:

solve(game_context) {
  if(cached_answer_exists(game_context)) {
    return get_cached_answer(game_context); // extremely fast, even for a low IQ person
  else {
    return compute_answer(game_context); // slow, even for a very high IQ person

So a game like Scrabble has a very high “caching advantage”, a person who spends immense amounts of time with it will have thousands, maybe millions, of cached answers in their heads, that enable them to nearly instantaneously find the solution for a new game context, because there is no computation involved, the solution is cached in their brains.

A lower-IQ Scrabble “genius”, however, will be incapable of mastering a topic of study they have never studied before (such as economics), so that they can quickly come up with original and interesting solutions and ideas within the field, because their genius is about being good at caching answers. Their genius has nothing to do with fluid intelligence, the type of intelligence needed to handle massive data, operate on it and synthesize new things from it. Your millions of cached Scrabble solutions are just that, millions of cached Scrabble solutions. A Scrabble genius is like a computer that has tons of Scrabble solutions and is very good at winning Scrabble games, but that cannot do much of anything else. The computer is not an AI genius, it simply has a hard drive that is filled with canned solutions.

My hypothesis, therefore is this: A race or nationality’s ability to master Scrabble does not predict its intellectual, scientific or technological achievements, because Scrabble does not require very high IQ, while the rest of these things do.

In fact, I would hazard a guess that very few really-high-IQ people (135+) bother to play games like Scrabble, because they would rather do something open-ended, rather than something entirely unproductive, with their time. Almost everyone I have met who was dedicated to chess and similar closed-ended games has not been an intellectual genius who could say something intelligent and interesting about geopolitics, for example.

I do not enjoy watching sports, and no really-high-IQ person I know enjoys them either, because it is closed-ended. There is only so much that can happen. We soon get a feel for the game and get bored with it. We would rather play a complex computer simulation game where we can manage the affairs of an empire, even though this too ultimately gets boring so that we start to read hundreds of books on economics and history like maniacs.

Another hypothesis is this: A Scrabble genius will be very bad at games with a low caching advantage. Thus a race or nationality that is good at Scrabble will perform worse at Go than a higher IQ nation, because Go has a lower caching advantage (it requires more fluid intelligence, i.e. IQ, since the situations that arise in the game are too diverse to cache, there will of course still be some caching advantage, therefore we must find a game that has a very low caching advantage, such as…Raven’s Progressive Matrices1).

A theory for why pupil size is associated with intelligence

People of higher intelligence have wider pupils than people of lower intelligence. A possible reason for this is that a wider pupil allows more photons to enter the retina. A person of higher cognitive capacity will be able to make good use of these photons, as they have the hardware to analyze the added photons, meaning the increase in the amount of photons entering the retina provides a selective advantage for these people.

In other words, when high intelligence is paired with wider pupils, human vision becomes more powerful, as there is more visual data received, and there is the power to process these data. By taking in more photons, these people are able to have better distant vision (as their pupils offer a wider surface area for distant photos to be captured) and better peripheral vision, giving them an advantage in hunting and warfare.

The theory, therefore, is that higher intelligence and wider pupils together enable humans to have higher visual fidelity compared to other humans. Add this to the much faster reaction times of a high IQ person and you have a hunter-killer that is far superior to others.

This means that as if high IQ privilege wasn’t bad enough, high IQ people also have the privilege of seeing the world better. I am sure a clever cultural Marxist can be found to support a law to force high IQ people to wear glasses that filter out the added photons, so that equality can be achieved.

Addressing the Muslim migrant crime crisis in Europe

Not a day passes except that news of more rapes, murders and assaults by Europe’s new multi-million-strong Muslim migrant population comes out. Europe’s politically correct mainstream media is doing its best to pretend the problem doesn’t exist, which is only infuriating the local population.

In Berlin, 12% of migrants are criminal suspects, while only 3% of the local population are. Berlin’s Senate has launched an investigation into why migrants are responsible for such a disproportionate amount of crime.

Today, Germany is where it was in the late 1920’s. A culture of political correctness is enforced by media that are almost entirely owned and operated by the lender class (banks and their lobbyists, i.e. usurers). They think of their local populations as ignorant, worthless and racist peasants that need to be lied to every hour of every single day in case they get the wrong ideas into their heads. In such an atmosphere, it is unlikely that the Berlin Senate’s investigation will lead to anything, besides more useless liberal projects intended to satisfy their own politically correct prejudices without really addressing the problem.

The problem with Europe’s migrants is not that they are Muslim. Zionist news sources like Breitbart (which is still better than the crypto-Zionist New York Times and their ilk) cannot stop pointing out that these migrants are Muslim, and that it is the fact that they are Muslim that is responsible for their criminality.

This is complete nonsense, as can be shown by a few simple mental exercises. Do you really think that Nigeria’s Christian population is any less criminal than Nigeria’s Muslim population? And do you think that letting one million Filipino Christians into Germany would lead to any better results than letting one million Filipino Muslims into the country? And do you think that Indian Hindus are any better than Indian Muslims? And what about Malaysian Muslims, these people who are too peaceful, too prosperous, too law-abiding and too intelligent for their existence to be acknowledged by anti-Muslims demagogues?

Germany has had hundreds of thousands of Muslim Turks living there peacefully for the most part. Argentina has 500,000 Muslims that never make the news. Japan has 100,000.

The problem is not Islam, but genetics. Generalizing about Malaysian Muslims using crimes committed by Afghans or Tunisians is as naive as generalizing about Norwegians using crimes committed by Mexicans, with Norwegians and Mexicans both being overwhelmingly Christian.

Europe, similar to Japan, Malaysia, Iran and Turkey, has gone through a thousand years of evolutionary selection for peacefulness and respect for the law. In Europe, just 150 years ago, criminals were being hanged at an industrial scale, sometimes for minor crimes. Japan’s law enforcement was similarly vicious. The effect was that most genetic traits that lead to criminality were wiped out of the gene pool, resulting in populations that are extremely peaceful and law-abiding, and high in IQ, as respect for the law and IQ go hand in hand, and low IQ and crime go hand in hand.

It is not Islam that is the problem. America’s African-American population are overwhelmingly Christian. And yet their crime statistics have nothing to do with those of the local white Christians. African-Americans make up 12% of the United States population but are responsible for 32.5% of all rapes, 34% of all assaults, 54% of all robberies and 49% of all murders. Is it fair to blame Christianity for this?

The Bell Curve, perhaps the greatest scientific book of the 20th century (on par with Darwin’s Origin of Species), written by the professors Richard Herrnstein and Charles Murray, takes a deep and unpolitically-correct look at the basis for high black criminality, and it is shown beyond reasonable doubt that it is IQ that is responsible before anything else. And since IQ has a strong hereditary component (probably at least 60% or 70% heritable), what their results indicate is that crime is first and foremost an issue of genetics. People of a certain set of genes are more likely to be criminal than others.

Of course, it is unfair and inhumane to use these statistics to derive conclusions about individual black people. If 15% of blacks are criminal, that means the majority, the 85%, is not criminal. And similarly for migrants, if 12% are criminal, it means 88% are not. Black and migrant criminals are the loud minorities that taint the reputation of the whole.

The problem is not that all migrants are criminal. It is that there are more criminals among the ranks of migrants (12% of them) than there are among the ranks of the German (or Swedish, etc.) populations (3%). The majority of migrants and Germans are law-abiding. It is just that migrants have many more criminals among them.

Scientific fraudsters like Stephen Jay Gould (Jewish) and the criminally incompetent “intelligence researcher” Diane Halpern (Jewish) (who manages to write an entire book on intelligence without once mentioning g, the central variable that the whole science of intelligence research is dedicated to), have managed to throw the findings of the Bell Curve down some sort of Orwellian memory hole, aided by Jewish organizations like the New York Times, who pretend to be leaders of American enlightenment thinking while working to enforce their various narrow-minded prejudices on an unwary intelligentsia, continuing the sanctified tradition of Franz Boas (Jewish), ignoring science and attacking scientists for the greater good. They believe that whites acknowledging any genetic basis to intelligence (or anything else that puts whites in a good light) = Nazism = Auschwitz.

It is, however, perfectly fine in their opinions to acknowledge genetic bases for illnesses. And if you mention that Ashkenazi Jews have genetically-mediated high intelligence, they won’t complain. And if you mention that white men have a genetic tendency to be monsters, or that men have a stupidity gene, then they will celebrate it like the discovery of the century and plaster it all over their media. And if you ask whether the finding also applies to black men, they will change the subject. Their job, whether intentionally or unintentionally carried out, is to protect the “bounds on public discourse” by ensuring that no one strays too far from the party line to examine truths that may, in some distant future, be used to discriminate against Jews.

The Solution

There is no quick and easy solution for curing the criminality of a crime-prone population, as America’s experience with blacks and Scotch-Irish whites has shown. It takes hundreds of years of law-enforcement for crime-prone genes to be slowly weeded out of the gene pool. By imprisoning a murderer for 30 or 40 years, their chances of procreating are severely reduced, so that their genes are cast out of the gene pool, and law-abiding genes grow to make up nearly the entirety of the population, as they have done in Western Europe and Japan.

Here are a number of steps Europeans can take to fight back against the migrant crime wave. I use Germany as an example, but it applies similarly to other countries suffering from the crisis:

  1. Instate a very strong anti-crime regime where a single proven criminal offense is sufficient to deport a migrant. In this way the worst specimens can be removed from Europe, so that the 88% non-criminal migrant population grows to make up closer to 97%, in line with Europe’s native population.
  2. Double or triple police presence wherever large migrant populations reside, and wherever large numbers of the local population gather, especially near city centers, and in bus and train stations.
  3. If the government can’t be bothered to protect the population, the people can create civil protection units. These would be groups of 5 men or more, wearing a particular uniform, and wearing bodycams. They would respond to migrant crime, and if the corrupt legal system tries to attack them for defending the local population, the bodycam footage can be used as evidence to show that they were acting in the interest of the people.
  4. If deportation can’t be done because the women in charge have bleeding hearts for these rapists and murderers, long criminal sentences should be instated (20 years or more) to significantly reduce the ability of these criminals to commit crimes on the one hand, and to reduce their ability to procreate on the other hand (by shutting them up with people of the same sex, making procreation quite hard).
  5. A number of language and other courses could be provided freely to adult males of working age. Those who fail to take them, or fail to pass successfully, would be deported. If they cannot pass a few simple courses, or think they shouldn’t have to, they do not have the intelligence and the self-control to contribute in any way to the German civilization and would be a net cost on German society.
  6. German women should warned to be double as cautious of being raped and assaulted as they were before the migrant crisis. The Middle East ensures the safety of its women through a system of chivalry where males (including strangers) are ready to protect them in case of assault. German society has no experience dealing with a young male population that thinks it’s OK to assault and rape given the chance, a young male population that is only kept in check in the Middle East through the presence of other, usually older, males. German women, therefore, for the time being should use the protection provided by German males wherever they can, for example by not going out alone anywhere where they could be assaulted.
    It’s true that they “shouldn’t” have to do any of this, that they should be free to act as before. But this is not before. It’s their lives that are at stake; feminist bravado would only lead to more lives being lost and more women traumatized. Until the migrant crisis is somehow solved, women should take necessary measures to protect and defend themselves.

Of course, the best solution would have been for the migrants not to be there to begin with. If the US (and its European allies), at the behest of its Zionist neocons, hadn’t destroyed Afghanistan, Iraq and Syria to ensure Israel’s status as the regional superpower, and if the CIA hadn’t spent billions funding terrorist groups to ensure perpetual war in the region, there wouldn’t be so many people wanting to leave.

There will, however, always be some economic migrants wanting to go from a less prosperous to a more prosperous state.

A Method for Measuring IQ Based on Preferred Mouse Pointer Speed

The correlation between intelligence and reaction times is well supported in the science of psychometrics[1]. In this article a potential method for accurately measuring a computer user’s IQ is laid out, based on their preferred mouse pointer speed (the ratio between physical movement of the mouse hardware and movement of the pointer on the device’s screen). This method can be implemented by scientists to screen subjects for IQ studies, and by online advertisers to target a particular IQ demographic. Study designs and caveats are discussed.


As someone who prefers an extremely fast pointer speed on the computers I use, I’ve found that when I let others use my computers, they find the pointer speed unsettlingly fast. While working on a data entry job that required me to copy data from a table on one browser tab and paste it into a web form on another tab, I noticed that with my high pointer speed, I always overshot the targets I wanted to click, then slowed the pointer to a stop, and upon an attempt in the reverse direction at a slower speed, I was able to accurately click the thing I wanted to click.

This sounds like an inefficient method of using a computer, since it requires added cognitive load to reverse direction and go toward the target at a different speed. My hypothesis is that given a particular level of cognitive processing rate (IQ or reaction times), this overshoot-and-correct method of pinpointing a target on a screen actually saves time and allows the user to complete tasks at a higher speed than if the pointer was slower and the user was able to pinpoint a target with a single attempt.

It is likely that most computer users use the overshoot-and-correct method for pinpointing targets. What interests here is that the faster the pointer speed, the higher the cognitive demands of the overshoot-and-correct method becomes, so that there is a point on the IQ-pointer speed curve at which a particular IQ achieves maximum efficiency (enables the user to be maximally productive at the task they are performing):

The above chart is a hypothetical illustration of the relationship between IQ and mouse pointer speeds, based on a diminishing-returns model.

An Empirical Test of the Hypothesis

A group of subjects, using identical computers, are given a data-entry task to perform. The task involves accurately copying tabulated data on one tab of a browser screen and pasting it in a form on a second browser screen that only accepts one row at a time. The users will click a “submit data” button, at which point the page reloads and the users enter the data for the second row from tab 1. The users are rewarded based on task completion time (not the per-row speed but the speed at which they complete the entire test, perhaps taking 30 minutes) and accuracy.

The browser window should take up only part of the available screen (perhaps two thirds). In the remaining screen space a window is shown that the users can use to control the mouse pointer speed. By default, the mouse pointer speed is set to the slowest possible setting, so that all users will require to adjust the mouse pointer speed to a comfortable level. The users are informed by the researchers that they can increase their efficiency (and potential rewards) by increasing the mouse pointer speed. They must also be informed that if the pointer speed is too high, this can negatively affect their performance.

The time required for the completion of the task should be high enough that the amount of time spent on adjusting the mouse pointer speed should only have a minor negative impact on the completion time. The completion time should also be long enough for the users to find their efficiency-maximizing pointer speed. At the beginning of the task users may choose an unnaturally high speed that slows them down by creating a too high cognitive demand. But given enough time, as mental fatigue sets in, users will likely slow the pointer down until they reach a level of “comfort”. This point of “comfort” is what the researchers are seeking to find out, the point at which the pointer speed is at the maximum speed it can be without overtaxing the brain.

A time of at least 30 minutes will probably be required for the study. A time of one hour might provide further accuracy.

At the end of the study, the researchers will gather the subjects’ mouse pointer speed setting, task completion time, and accuracy. Using the following equation, a score can be given to each subject:

score = mouse pointer speed setting * (1/task completion time) * percentage accuracy

Thus a subject who used a pointer speed setting of 1.5, completed the task in 45 minutes with an accuracy of 99% will have a score of 1.5 * (1/45) * 0.99 = 0.031, while someone who used a setting of 2.5, took 40 minutes with an accuracy of 98% will have a score of 2.5 * (1/40) * 0.98 = 0.061.

Task Design Concerns

The best type of task for this study is one where the best users do not finish the task at significantly less time than the average user. Otherwise, if some users finish at 15 minutes when others take an hour, the study might actually be testing for the subjects’ technical proficiency at copying and pasting data and switching tabs than for their pointer speed point of comfort.

Another concern is the use of keyboard shortcuts, which can significantly enhance task completion time. For this reason subjects can be given computers without keyboards, or if using laptops computers, the keyboards should be covered with a material that effectively prevents the subject from using it.

Generalizing the Results

Using JavaScript code embedded in the browser tabs used in the study, a pixels-per-second value can be derived that can be used to compare pointer speeds across browsers, operating systems and hardware set ups. A standard IQ test given to the subjects (perhaps on a different day to reduce the effects of mental fatigue from the task) will determine their IQs. The researchers can then study the correlation between user scores, their preferred pointer speeds measured in pixels-per-second, and their IQs, which according to my hypothesis are all going to be highly correlated.

In this way, a formula can be derived that given a particular pixels-per-second, produces the IQ of the user with reasonable accuracy. This formula can then be implemented in JavaScript and embedded in web pages. Websites can use it to determine the IQs of their visitors. Advertisers can use it to make their highly irrelevant ads slightly less irrelevant.

Touchscreen Devices

This IQ-measuring technique will not work on touch devices due to the lack of a mouse. While an interaction-latency technique can be developed (how a long a user takes to interact with the various prompts and other buttons on an app, for example), this will be less useful than the mouse pointer speed technique due to the fact that there is no overshoot-and-correct phenomenon going on. We are left with the much less useful data point of how long a user takes to interact with an app, which is affected by the app’s user experience design, the user’s familiarity with the app, and the size of the screen of their device (whether they can reach the button with the a finger on the same hand that is holding the device, or if they need to use the fingers on the other hand).

The point here is that while on a computer, a generalized tool can be develop that can be embedded on any website to measure a user’s IQ, on touchscreen devices, no such general tool can be developed. On a computer, the generalized tool can instantly tell the user’s IQ without having them do a test (by simply measuring their mouse pointer speed setting), while on a touchscreen device the user will have to be tested and measured for their IQ to be found out.

Accounting for Technical Proficiency

Probably a large percentage of the population are not proficient enough to know how to change their computer’s mouse pointer speed, meaning that they will be stuck with the default pointer speed that comes with their computers. And even more importantly, many are probably unaware that increasing pointer speeds can improve their computer experience. I have seen people use computers with cumbersomely slow pointer speeds, needing to pick up the mouse and drop it somewhere else on their mouse pads to continue finishing a single mouse movement.

For this reason, it must be determined at which IQ level a user becomes self-observant and proficient enough to know that increasing mouse pointer speeds can have a benefit, to know that this is possible on their system, and to know how to do it (or find out how to do it with an internet search). As a hypothetical example, an IQ of 110 might be needed for someone to have the self-observance and proficiency to set their pointer speeds to their comfort levels. This means that if someone has a lower pixels-per-second rate, we cannot accurately tell what their IQ is. It might be 85 or 100. They don’t know how to change their computer’s pointer speed, therefore their pixels-per-second rate alone cannot reliably predict their IQ.

This is partially (or largely) mitigated by the fact that a user can choose to move their physical mouse faster or slower, regardless of the pointer speed setting, so that they can achieve their desired pointer speed. Therefore using the pixels-per-second as a measure of IQ might be highly accurate except in the circumstances where a user’s mouse pointer speed is set so low that moving their hands faster cannot overcome the slowness, or when the mouse pointer speed is set too high and the user cannot adjust their hand movement to slow down the mouse enough.

Improving the Dataset

The previous study I described can be used to establish whether there is any truth to a correlation pixels-per-second pointer speed rate and IQ. However, for industrial application, a different type of study is required. Instead of building a pixels-per-second to IQ database based on lab-derived data, a more accurate picture can be drawn by having subjects take IQ tests in the lab, but having them visit a web page on their home computers that records their pixels-per-second rate and sends the data back to the researchers.

In this way the real-world correlation coefficient between IQ and mouse pointer speeds can be established that accounts for the various factors that affect the measurement, such as different software and hardware set ups and different times of day.


[1] Jensen, Arthur R. “Why Is Reaction Time Correlated with Psychometric G?” Current Directions in Psychological Science 2, no. 2 (1993): 53-56. http://www.jstor.org/stable/20182199.