Knowlege vs. Intel’gence

Knowledge from Your Dictionary:

“Knowledge is defined as what is learned, understood or aware of.”

A collection of definitions of ‘knowledge.’

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think
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Intelligence from Wordsmyth:

“-the capacity to learn, reason, and understand
-the demonstration of such capacity”
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A Collection of Definitions of Intelligence.

Knowledge is the awareness of information retained.
Intelligence is the ability to manipulate and use said information.
If knowledge is learning the alphabet and knowing words, intelligence is crafting sentences and communicating efficiently.

“In an organizational context, knowledge is the sum of what is known and resides in the intelligence and the competence of people.”

Intelligence, indeed, has many components, but it can also be seen as a process.

  • attention
  • memory
  • pattern recognition
  • discretion
  • synthesis
  • manipulation
  • usage
  • speed
  • recall
  • interpretation
  • implementation
  • evaluation

Not only is intelligence complex, it is as broad as it is tall.

“E=mc^2” has become something of a badge of intelligence although it displays nothing but information. It was arrived at, however, using nothing but pure intelligence (and lotsa’ chalk.)

“Achieving complex goals in complex environments” B. Goertzel

In AI terms, intelligence means accomplishment of a mission. This implies that success is an integral part of intelligence. Truly, if it didn’t work, it wasn’t an intelligent conclusion to have reached, or supposition to begin with.

The only thing necessary for something which is wrong to be accepted is agreement (faith, consensus, belief.)

“What a misfortune it is that we should thus be compelled to let our boys’ schooling interfere with their education!” Grant Allen

Genius describes one who knows more about a particular subject (or subjects) than almost everybody else in the world, or is seen to. The knowledge behind the intelligence to put it all together is very vertical in nature. It needs to be. Like a focused beam of light, it can reach farther. In this case, a narrower base builds a taller tower. A genius can often experience serious failings in other areas, though. Genius is relative.

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Wisdom is something else altogether. Wisdom has more to do with judgement.

“Good judgment comes from experience. Experience comes from bad judgment.” -Evan Hardin

So, one could say that wisdom comes from a lack of wisdom.
But that would be stupid.
Stupid does not mean ignorant, in the same way that intelligent does not mean knowledgeable.

Ignorant simply means not knowing. Everyone has a similar capacity to learn, it is simply that we are not all interested by the same things, and so if I am ignorant in your particular field of expertise, you view me as a moron; but you are equally ignorant in my field, and so who is stupid? Both of us? Neither? Remember that we all think we are good drivers yet we think most others are not.

And then there’s just looking smart.

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Dumb – not being able to say and having nothing good to say are seen as equivalent… but that is another subject, altogether.

Knowledge Is Power

ipsa scientia potestas est”

Meditationes Sacrae (1597) – Sir Francis Bacon

Physics tells us that power equals work over time (P=W/t.) If knowledge is power and time is money, we can substitute: knowledge equals work over money. Therefore, the ratio between knowledge and money is inversely proportional. Ergo, the more money you make, the less you probably know; or conversely, the more you know, the less you are likely to make.

Possibly also, the more money one has, the less one needs to know.

High-paying jobs are usually very pointed, very specific as far as knowledge goes. In this case, a broader base does not a taller tower make. More like a laser beam, a narrow base creates a more focused and distant reach.

This is why schooling equals ‘success’ and education equals freedom.

Furthermore, work is defined as force times distance (W=F*d.) Work, therefore, requires exertion and movement.

Work is also the product of power and time (or knowledge and money,) but since they are inversely proportional, it is a zero-sum. In other words, all work is equal in value, unless it requires no exertion, in which case it isn’t work at all.

A telling point is that the combination of knowledge and money portends force at a distance.

So the next time someone with soft hands tells you they’ve worked hard to get where they are, or that they’ve earned everything they’ve gotten through being smart, either they don’t understand the facts, or they’re lying. Maybe both.

This isn’t just an opinion; it’s math, it’s physics, it’s science!

Measles Cures Myeloma?

Multiple myeloma is a cancer that forms in a type of white blood cell called a plasma cell.” It affects bone marrow.

Researchers at Mayo think that introducing a strain of measles into a cancer patient has ‘cured’ her condition.

“Two patients in the study received a single intravenous dose of an engineered measles virus (MV-NIS) that is selectively toxic to myeloma plasma cells. Both patients responded, showing reduction of both bone marrow cancer and myeloma protein. One patient, a 49-year-old woman, experienced complete remission of myeloma and has been clear of the disease for over six months.”

The paper goes on to state,

“In their article, the researchers explain they were reporting on these two patients because they were the first two studied at the highest possible dose, had limited previous exposure to measles, and therefore fewer antibodies to the virus, and essentially had no remaining treatment options.”

Is it safe to say that measles vaccines would prevent treatment of this condition in this way?

What other diseases are vaccinations preventing us from curing? And how long has this been known? The theory has, in fact, been posited since before vaccines were commonly administered.

“Oncolytic virotherapy – using re-engineered viruses to fight cancer – has a history dating back to the 1950s. Thousands of cancer patients have been treated with oncolytic viruses from many different virus families (herpesviruses, poxviruses, common cold viruses, etc.). However, this study provides the first well-documented case of a patient with disseminated cancer having a complete remission at all disease sites after virus administration. 


 

*Update*

Multiple Myeloma Measles Vaccine Clinical Trial Now Open at UAMS

“A major factor of eligibility is that patients have no detectable measles antibody. If this is present, it prevents the vaccine from working. About a third of all myeloma patients tested will have this lack of measles antibody, regardless of whether they have had measles before or have been vaccinated.”

“Two tests are run to see if patients are measles antibody-negative.”

Perhaps we will need an anti-vaccine vaccine if we end up with a treatable cancer.


 

*Mayo update*

Dr. Kapoor, in turn, has informed us that the principal investigators leading the Phase 2 trial have confirmed that there were, indeed, no responses to the vaccine therapy observed in the first 12 patients treated in the Phase 2 portion of the trial. “

A Pound of Flesh?

The Canadian, Dick Pound, seems to have gotten his revenge. Spurred on by several Canadian athletes, and despite every country in the world using some form of performance enhancing drugs in their athletics programs or in some of their athletes, whether they know it or not, Dick focused almost entirely on Russia, and in peculiar particular, on Putin. Everyone knew. Putin must have been aware, complicit, and complacent. Will Russia be banned from the Olympics for this conspiracy of athletic terror? Gold medals are good for the economy, and if medals are stolen, so too is the cash with which they come. This has economic implications. What doesn’t? The Israelis used the same economic terror argument against Gaza.

Remember Sochi? Wow, the opening ceremonies were just… wow! And all they ever talked about was that malfunctioning snowflake. Sour grapes.

Ben Johnson (Canadian,) Lance Armstrong (American,) and thousands of others have been found to use steroids; what is interesting here is the timing of these releases. Ben was quickly stripped of his medal in favour of his American counterpart, and Lance revealed everything at the end of his career in order to sell more books.

This story is not a story about doping. This is a story of intimidation, coercion, strong-arming, and pretending-to-not.

Continue reading “A Pound of Flesh?”

Climate Change – Conservancy Or Governance?


Margaret Thatcher    “Nothing is more obstinate than a fashionable consensus.”

“Consensus: “The process of abandoning all beliefs, principles, values, and policies in search of something in which no one believes, but to which no one objects; the process of avoiding the very issues that have to be solved, merely because you cannot get agreement on the way ahead. What great cause would have been fought and won under the banner: ‘I stand for consensus?”


Before getting into details, some very basic questions on the topic answered briefly:

1- Who are the chief actors?

  • Pro AGW actors will herein be known as ‘alarmists.’
  • Con AGW actors will herein be known as ‘doubters.’ ‘Deniers’ is seen as derogatory and has been replaced in the mainstream media (MSM.) Skeptics is still prefered by some.

2- Is the global climate changing?

Yes. It always has and it will continue to do so. This is why there have been ice ages.

3- Is this change due to human activity?

No. (see question 4, below) The sun is the primary determinant of climate as this is where the planet gets almost all its energy.

4- Does human activity contribute to warming or cooling trends?

Otherwise stated, is anthropogenic global warming or anthropogenic climate change (AGW or AGCC) a legitimate concept? On the face of it, probably not, but if it is, the effect is truly minimal. The rub here is whether or not we consider geo-engineering (besides a slight mention, geo-engineering is not a substantial part of this article) as part of this equation? If so, the effect would be to increase the amount of influence man has on his environment, although very slightly. In which direction, though, is still not known.

5- Is CO2 pollution or plant food?

CO2 is most definitely not pollution by any definition of the word. Conflation between carbon monoxide (CO – which is pollution) and carbon dioxide (CO2 – which is plant food) and basic scientific ignorance seem to be at fault here. See this article for disambiguation.

6- Does the economy have an effect on the science?

Just as with politics, when money is introduced into a problem, it tends to aggravate the situation by bringing up new problems. The economy affects everything. Governments need revenue to fund research and address issues. Corporations need investors in order to continue doing business. Universities and think-tanks need government (and private) money to continue their research. Magazines, journals, and publishing houses need advertising revenue to continue to publish. Scientists need money to support their families. There are many points along this chain in which to introduce money as a corruptive factor. Money can indeed influence science, and has.

7- Does politics control policy, or do the facts?

It would seem that there is an agenda at work behind the question. The IPCC (the UN’s main deliberative body on climate change) was, at its inception, created with a mandate. The IPCC is a political body and not a scientific one and was created with specific goals and objectives to attain. Their own literature attests to this fact. Scientists who participate with the IPCC do so as consultants and advisors only. Motions put forth by the UN are written by lawyers, bureaucrats, translators, and policy-makers, not scientists.

8- Is there bias in the debate?

Both sides of this question are subject to biases (scroll down to the comments section where professor Brown references these biases) when reporting on the data. Everybody who works in this field has a horse in the race, so to speak, and everybody wants their horse to come out ahead. However, there are several documented instances of outright fraud concerning manipulated data which all seem to come from one side of the table in particular – the alarmist side. (More on this later) And yes, many people on the internet lie or are mis-informed, on both sides.

9- How much carbon dioxide is there in our atmosphere?

400 ppm = 0.04% That is to say that four one-hundredths of one percent of our atmosphere is composed of carbon dioxide.

Some basic facts about CO2 concentrations:

  • 70,000-100,000 ppm (unconsciousness within an hour)
  • 7000-8000 ppm (earth’s historic high)
  • 5000 ppm (US Occupational CO2 exposure limits – 8 hrs.)
  • 3000-4000 ppm (poorly ventilated indoor spaces)
  • 2000-2500 ppm (well ventilated indoor spaces)
  • 2000-2500 ppm (Jurassic era levels)
  • 800-4000 ppm (optimal greenhouse targets)
  • 360 – 410 ppm (earth’s atmosphere today)
  • 250 ppm (earth’s historic low)
  • 200 ppm (IPCC target level)
  • 150 ppm (level under which plants start to die)
  • 0 ppm (where Bill Gates wants it)

If you only click one link in this entire article, make it the following:

Chistopher Monckton Keynote – ICCC9 July 9, 2014 (47:11)

Start at the 20:00 mark if you don’t have much time. In this video, Lord Christopher Monckton lays bare the language of the agreements reached at several climate summits demonstrating the true intent behind these schemes. He then goes on to suggest some very positive actions which we all can take in order to guarantee legitimacy and transparency in these international tribunals governed by non-elected bodies accountable only to their own interests. With the COP-21 United Nations Conference on Climate Change in Paris quickly upon us (November 30 to December 11, 2015) there is precious little time to act.

Let’s put an end to global warming.

Continue reading “Climate Change – Conservancy Or Governance?”

Carbon Monoxide (CO) and Carbon Dioxide (CO2): Do You Know the Difference?

Probably not, and that is exactly what they’re counting on.

CO (carbon monoxide – lighter than air) is formed as a result of oxygen-poor combustion (as in combustion engines,) it is used as a coloring agent in US meat production (illegal in EU and Japan,) and has potential in the medical field as a biological regulator. It is widely used in chemical manufacturing. It may even be used, one day, as a fuel source on Mars. CO is toxic to humans in very low concentrations (35ppm.) Atmospheric concentrations are approximately 0.1ppm.

https://en.wikipedia.org/wiki/Carbon_monoxide

CO2 (carbon dioxide – heavier than air) “is a colorless, odorless gas vital to life on Earth.” Plants use it to photosynthesize sugars from CO2 and water (with oxygen produced as a byproduct.) CO2 is produced by the respiration of animals and fish, organic decay, fermentation, and combustion of wood and fossil fuels. It is used throughout many industries for decaffeinating coffee, adding sparkle to carbonated beverages (soda, beer, champagne) and when frozen becomes ‘dry ice’. CO2 is only toxic in extremely high concentrations (>70,000ppm.) Atmospheric concentrations are between 360 – 410ppm depending on location.

https://en.wikipedia.org/wiki/Carbon_dioxide

The above article contradicts itself in several places and also claims that CO2 is directly responsible for ‘global warming’, but more on that later.

In a sentence, CO is poison and CO2 is plant food necessary for all life on Earth. Both are so-called greenhouse gases (GHG.) CO2 is truly a greenhouse gas in the sense that farmers enrich their greenhouse environments with it in order to stimulate plant growth and increase yield.

Without CO2, breads wouldn’t rise, sparkling wine wouldn’t sparkle, beer would be flat, and compressed-air tools (not actually air, but CO2) would cost a lot more to run. Oh and by the way, all green plants (on land and in the seas) would die causing mass starvation for herbivores and humans alike.

Continue reading “Carbon Monoxide (CO) and Carbon Dioxide (CO2): Do You Know the Difference?”

eadweard muybridge

Tribute – Eadweard Muybridge

muybridge tribute
©laphotoshoppe

(click for full size)

April 9th, 2015 would have been Eadweard Muybridge‘s 185th birthday. His legacy lives on in these modern times. He worked on motion; and without his contributions, there would be no movies, no TV, no video, and no animated .gifs. <— (Probably untrue, but motion capture comes to mind; his work was revolutionary.)

muybridge_pickman

Science Is Always Wrong

Science does have its foibles. Unless mathematical, it is very difficult to prove beyond any doubt that what you assert is actually true. Even the best physicists have this problem. Einstein famously disagreed with himself about the existence of the cosmological constant referring to it as his greatest mistake. It later turned out to be correct, as far as we now know; and Newton didn’t agree that light behaved as a wave; rather, he thought it acted like a corpuscle (particle) alone which we now know to be false.

Science, as it were, is forever wrong. Every good scientist who comes along ends up dis-‘proving’ his/her predecessor. Just look at the evolution of the model of the atom; every model (except the present one – and that’s just a matter of time) has been wrong. Atoms were considered by the ancient Greeks to be the smallest particles (their name even means indivisible) until the advent of Thomson’s plum pudding model, the discovery of the nucleus and the proton by Rutherford, quarks by Gell-Mann and Zweig, and strings (largely based on Heisenberg’s work) by Susskind et al. Things have only gotten more complex since.

Science is based on developing theories based on the prevailing evidence, and then trying to support those theories by repeatable experiment (Young’s double-slit,) mathematical proofs (Huygens/Copernicus,) or some other type of irrefutable evidence (Mendel/Darwin??) In this sense, when there is a lack of good data, much science truly is done by consensus (IPCC.)

A (more or less) recent trend in physics echoes an older system of mathematics: probabilities. The compilation of statistics leads to the calculation of probabilities, or in a lesser sense, possibilities. [I digress here to make the connection to information gathering and mass surveillance as this is the same process of statistical analysis which leads to both concepts of ‘thought crime’ and ‘future crime.’ The types and/or the likelihood of criminal behaviour can be determined for any individual by such factors as: past record; social class; credit; intelligence; location; education; health; self-worth; piousness; lineage/eugenics. Now, our main character traits can all be calculated and cross-referenced with everything we’ve ever written, every job we’ve ever had, everyone we’ve ever known, everything we’ve ever bought, everywhere we’ve ever gone, and practically every idea we’ve ever had. Pre-dispositions to certain traits do indeed exist; but it is how those propensities are controlled which make us moral or ethical people. It cannot be assumed that every citizen is a potential threat. How can the government operate in this environment? Who does it represent? It becomes fascistic by definition as it has no other choice. The government must have the trust of its people; otherwise it is serving other interests.]

As the above notion of public interests is akin to the problem of competing interests; on the one hand there is the truth, on the other hand is that which the patron of the project expects to find, and then there is the effect which the discovery will have on these stated goals. Any discovery which would cause the re-writing of an entire branch of science (and showing all others going before to have been wrong) will clearly not be accepted outright despite the evidence, no matter how axiomatic it may be. In modern science, there are often multiple sponsors, who each have their own interests, goals, expectations, limitations, backgrounds, and opinions. Again, the beast of complexity readies its bottomless maw.

Corruption is also a factor. Many would claim that science, and by extension, scientists are incapable of any type of fraud or skullduggery since their interests lie with the truth. Well, as it turns out, scientists also have families to support, bills to pay, praise to garner, awards to win, and patrons to please. As Wyndham wrote, “It is an old maxim that every man has his price…” and that price can take many forms and can be collected in many ways. Nobody can be said to be above corruption, not (in ascending order, from least to worst,) corporations that sell poison, doctors who push pills, priests who abuse children, nor librarians who cheat on their taxes. The ‘climate-gate’ scandal demonstrates this point perfectly.

Eugenics is a good example of the effect of popular thought on science. Since the end of WWII, even scientists who believe it to be true and provable can no longer state so publicly (although it is still written about extensively.) Public opinion weighs in on more and more of that which we call science, and any attempt to silence it is called snobbery. Nicholson’s famous phrase, “You can’t handle the truth!” has never rung more true. The facts are that most people who lack a scientific education and the appropriate training can simply not follow the logical reasoning upon which modern science is based. They let emotion and instinct creep into the mix, which foreshadow the death of any scientific notion right off the bat.

Scientists* think science is always right, yet all scientists are almost always all wrong. Religious* groups trust scientists to back up their claims that science is always wrong. The truth is that the largest part of science is research, or should be. There are thousands of dedicated researchers and their staff who try to answer unanswered questions, who make learning interesting, and who do concretely lead to new developments in a wide variety of fields. However, science isn’t ALL fun and glamour and fame (ahem.) For many on the larger projects, science can be like a factory job. For those in smaller labs, the schedules can be as hectic as any office job. Doing science is no different than any field in which some people claim a special proficiency. We plod on until we find a problem, fix it, and move on.

All this is not to say that science is bad, and that we should put an end to it as soon as possible, to the contrary, we have a tendency to put science on a pedestal; perhaps we should view it as a discipline filled by people just like the rest of us, capable of error, oversight, poor judgment, and pure genius. Science essentially means, “As much as we know… as far as we know it… it could all be wrong. Check back tomorrow.”


* – gross generalizations

Truth As a Commodity

Information is a commodity. By extension, truth can also be said to be a commodity. The concept of sharing information is a very recent development. Traditionally, many organizations have sponsored the search for knowledge. Some have done so in order to advance their own positions, others have gathered knowledge with the goal of ultimately hiding it. Still others have funded research with the intention of suppressing the information it contradicts, whether it was true or simply popular. There are many other reasons for the ownership of truth, but the main goals have always been profit and control.

Many institutions have been at the forefront of research in the past. Scholars, philosophers, religions, governments, and corporations have all engaged in information gathering all for their own purposes; but general education is never and has never been the final aim. Some groups, such as the Jesuits, have been at the cutting edge of information gathering as well as being known as ‘educators.’ The filters which are engaged in order to teach that desired knowledge to those who need to know are of crucial importance here. An interesting illustration of this point can be seen in the hundreds of secret societies which have existed throughout the course of history. Every ascent to a higher level (or degree) is accompanied by new information which often contradicts that which was learned previously. So where is the truth in all this? At the highest level, of course. It can thus be assumed that ignorance is the main mechanism of control over those lower down in the pyramidal hierarchy of these organizations.

Nevertheless, we must not assume that only secret societies operate in this way. Truly, all organizations use this system in order to preserve the authority of those at the higher levels. Examples of this structure can be gleaned from all aspects of life. Militaries keep information from governments, governments keep information from the public, and the public keeps information from themselves and each other. Universities keep information to themselves, as do corporations, and even go so far as to take out copyrights or patents on this form of intellectual property. This shows that information is private and the information gathering industry has been, to a very large extent, privatized.

Just as Darwinism helped fuel eugenics, information is only released when its dissemination furthers a global cause.

Continue reading “Truth As a Commodity”