SECULAR FAITH IN A SANE UNIVERSE


(How do you know what you know, answer the holocaust deniers, and decide who’s right on global warming? ANS: You can’t - absolutely.)

Origin of Idea

It came to me at a recent meeting of the Thinking Man’s Club. I leaned across the sofa and said to the Grand Poo Paa, “It’s all a matter of faith. You just have to pick one side or another and have faith that they are right.” He laughed and replied something. But I didn’t understand because everybody, including Kris the nice young woman at the other end of the sofa, the person who prompted my comment, was trying to be heard over everybody else.

The meeting was about food. After feeding us fantastic home-cooked lasagna prepared strictly with organic ingredients, Kris lectured about the dangers of Genetically Modified Organisms (GMOs). In particular she warned about a plot by Monsanto to use the US Patent system to control our food supply.

My problem wasn’t so much with what she was saying (although some of her rhetorical methods were suspect). It was her appeal to science. I didn’t like being drawn into yet another argument where both sides cite “scientific evidence” to support their positions. Despite my certainty (at the time) on such issues as global warming, evolution, etc, I have never been happy with my answers to the blank-faced assurance of those who say it isn’t so. I resisted being seduced into a new realm of uncertainty.

That’s when it struck me that maybe nobody really knows anything - not absolutely for sure. Maybe all knowledge (except for what's inside our own heads) is a matter of faith, even scientific knowledge. Maybe uncertainty is faith based.

Rhetorical Device

How would that work?

Here is a rhetorical device.

Assume that our knowledge of stuff occurs on a certainty scale - from the “I’m really sure” at one end to “I’m pretty confused” at the other end.

Starting at the silly end of the scale (necessary, because it is a rhetorical device), I am really sure that it snowed the other night in Mount Holly. I touched the white stuff, walked in it, felt it fall wet and cold down my collar.

I have faith that it snowed.

What, you ask, does faith have to do with it? Well, how do I know that I didn’t manufactured the experience, or that someone didn’t manufacture it for me in a Matrix-style universe? There is no test. That’s why, for me, believing it snowed is a matter of faith. It follows from believing that the universe is basically sane. It is my secular way of agreeing with Descartes who said that, “God would not deceive me.”, or, Einstein who said, “God does not play dice with the universe.” It seems more practical to believe in an objective universe based on rational rules than a subjective universe that has been manufactured (by me or somebody else) where anything is possible.

(I still believe in my subjective reality - just not in yours.)

Moving down the certainty scale, I am also pretty sure it snowed in Charlotte that same night. I saw the pictures on TV and in the newspaper. Again, how do I know? The experience was not direct. It was based on reports, which could be lies, part of a grand conspiracy. As before, I have faith in a practical and sane universe. Only a crazy universe would go to the trouble to trick me about snow in Charlotte. It doesn’t make sense.

Travelling further down the certainty scale we come to a place where craziness does seem possible. This is where some people ask, did the holocaust really happen; did men really walk on the moon? Is the earth really 5 or 6 billion years old (and not 5 or 6 thousand years)? Did Dick Cheney’s agents fly those planes into the World Trade Center? Is Barak Obama a sleeper agent for a vast Muslim conspiracy? Is evolution real?

I happen to believe that the holocaust did happen, that men did walk on the moon, etc. How do I know? At this point on the scale, there seems to be the possibility of introducing evidence into arguments. Both sides can cite “facts” to prove their positions.

For me it is still a matter of faith - not faith in evidence (which as David Hume suggests can never be sufficient), but in shared objective experience. The body of shared objective experience (objective, because it is available to everybody) seems to favor some conclusions and not others. Except for the small core of deniers, “everybody knows” that the holocaust happened, that men walked on the moon, that Mohamed Atta and his gang flew those planes into the World Trade Center. We have seen the pictures and read the articles. In my sane universe, if something seems too weird or unlikely to be true it probably isn’t - even if there is evidence to “prove” it.

Of course, there are always exceptions and qualifications.

Before the recent economic collapse, everybody “knew” that Lehman Brothers would be around for a long time, that Citibank was a good bet, and that house prices would continue to climb. These shared experiences were misleading. Therefore, I restrict my faith to shared experiences that stand the test of time. Like the scientific theories discussed next, the conclusions drawn from shared experiences are provisional - not to be immediately trusted. How long does it take for trust to happen? Ten or twenty years, never? I don’t know. As Nassim Taleb says, not everything is confined under a neat bell curve. Black swans can happen. But nobody knows when. Sorry.

(One of the tenets of my secular faith is that you can only know so much.)

Conventional wisdom also has problems with phenomena that fall outside the scope of our hunter-gatherer nervous systems. Consider the two remaining questions from the previous list - about the age of the universe and the reality of evolution. These issues cannot be resolved by appealing to shared public experience. We have no direct experience of age outside our own lifetimes. Although evolution happens all around us, we don’t see it. Even our shared experiences of the “rising” and “setting” of the sun would lead us to believe that the sun circles the earth. Until you see a tall ship emerge, top mast first, over the horizon, you would be perfectly justified in concluding that the earth is flat.

This is where science comes in. Science is formalized shared experience - experience that follows the rules of the scientific method. Science lets us construct theories to answer questions that lie outside our direct experience - where everyday common sense cannot go.

Scientific theories depend on experimental evidence for verification. The theories make predictions which are tested in verifiable, repeatable experiments. That constitutes scientific proof. However, scientific proof is provisional. Sometimes new experiences happen that cast doubt on existing theories. Therefore, like the conclusions of shared everyday experiences, the conclusions of scientific theories are tentative and provisional. The main difference is that the provisional nature of science is built into the system. Nobody expects absolutes.

But, also, like the conclusions of shared experience, not all theories are equal. The more a scientific theory endures the attacks and criticisms that are part of the process, the more credible it becomes. Long-standing scientific theories are hardly ever thrown out completely. For example Einstein’s theories of relativity did not disprove previous theories, but expand on them to cover new classes of phenomena. Newton’s and Galileo’s equations still work after Einstein. Einstein’s equations just work in more places.

Returning to the two issues cited on the certainty scale, both the theories of evolution and the age of the universe have been around a long time. Although change and scientific disagreement have nibbled around the edges of these theories, the core conclusions remain untouched - forming the basis for all modern life science and geology.

(You don’t necessarily believe me? Good. That’s the point.)

Where does that leave faith? If a sane universe favors objective shared experience (with the exceptions and caveats noted), then that same universe favors science, which is formalized shared experience. Faith in a sane universe requires faith in science. In a Matrix-style subjective universe, the hero can will himself to fly, to walk on water. Anything is possible. Not in a sane universe.

Finally, we arrive at the other end of certainty scale, where “unproven” scientific theories are found. Although not an expert, I’d guess that Kris’ Monsanto conspiracy theory resides here - plus theories that explain dark matter, dark energy, the causes of autism, etc.

How do I know? I don’t. But faith in a sane universe leads to me doubt theories that haven’t been beat up long enough. How long is that? Again, I don’t know.

Unfortunately, writing this piece has also suggested to me that theories about human contribution to global warming might also reside at the unproven end of the scale. Al Gore said peer-reviewed scientific articles agree that humans have contributed to global warming. However, I have also read other reports claiming that peer-reviewed articles say the opposite thing. Both sides cite evidence to prove their points. So, I don’t know.

Note 7/3/09 - I've updated my thinking on global warming. See Getting Ready for the Great Climate Change Debate.


Summary Claims

In conclusion…

  1. There exists two realities.
  2. There is an interior subjective reality inside our individual heads. The existence of this reality is a matter of personal fact.
  3. There is an external objective reality, outside our individual heads. The existence of this reality is a matter of faith.
  4. The truth of our internal reality is whatever we want it to be.
  5. The truth of our objective reality is limited by our common shared experiences. Objective reality must operate according to shared rules, not the rules of individuals. If something seems too weird or unlikely to be true, it probably isn’t true. The experiences of the majority trump the experiences (or the evidence) of the minority.
  6. By this definition, objective reality (the external universe) is sane.
  7. Subjective reality is generally neither sane nor insane. It’s ‘a’sane. (However public expressions of subjective reality can be regarded as insane.)
  8. Conclusions based on experience are provisional. Experiences can change or can be inadequate (due to the limitations of our hunter-gatherer nervous systems).
  9. With the caveats noted, the most reliable conclusions are likely to be those based on the most enduring experiences.
  10. The scientific method is a formalized means of stating and validating objective experiences.
  11. The most reliable scientific theories, like the most reliable conclusions drawn from shared everyday experiences are likely to be those that have endured the longest.

FAQ

In order not to disrupt the narrative flow along my rhetorical device, I have lumped this stuff here (assuming that there are any frequently asked questions)…

What Is God’s Place in a Sane Universe? (Who Manages the Matrix)?

In a sane, faith-based universe, God is not a problem - so long as He obeys His own rules. No miracles, virgin births, etc. Sorry.

What About Scientific Weirdness (Nonlocality, Relativity, etc)?

Science has allowed some serious weirdness to creep in around the edges of the sane universe. Maybe these are God’s Little Jokes. Maybe God does play dice with the universe. Here are some examples:

  • Quantum stuff is both wave and particle and neither here nor there until you look at it.
  • When you look at entangled quantum stuff, the effect is instantly registered - even if the stuff is on opposite sides of the galaxy,
  • Relativity says (and proofs show) that the faster you go the heavier you get, the thinner you become, and the slower your clock runs.

Is There Objective Verification of Subjective Reality?

Yes. According to Einstein’s Special Theory of Relativity, you can’t exceed the speed of light. However that only applies to the viewpoint of an objective observer. From your own subjective point-of-view you can exceed speed of light. That’s because relative to an objective observer your clock slows down the faster you go. If you travel faster than a certain speed (relative to an observer) and use your own clock to time the trip, your calculated (not measured) speed will exceed the speed of light. See Ennui Pidawee’s video for more.

Can You Win an Objective Argument With Ann Coulter or Rush Limbaugh?

No. These folks don’t do objective arguments. They combine subjective and objective tools to defend subjective positions. They use emotion and intimidation (and maybe sex in the case of Coulter - or Limbaugh?) and pseudo logic. If you believe in a sane universe, you’ll stay away from such people.

What About UFO’s?

The shared objective experience of UFOs seems true. There are photographs, verified reports. The “unidentified” part of the conclusions from these experiences also seems true. Beyond that? Who knows.

What About Angels, Ghosts?

According to something I read, most Americans believe in angels and ghosts. Does this belief constitute a shared reality - either subjective or objective. No. The reports of the belief constitute a shared objective reality, not the belief. Do similar reports of internal states make the internal states objectively real? I don’t think so - such a reality would conflict with the requirements of sane universe.

What About Dreams?

Everybody reports having dreams. Do dreams constitute a shared objective reality? The reports do, so do the physical measurements (REM, brain waves, etc.) that coincide with the dreams. But the dreams themselves are not shared objective reality. They are private and subjective - definitely neither insane nor sane, simply ‘a’ sane.

What About Esse Est Percipi?

Bishop Berkeley, the 17th century Irish philosopher said “Esse est percipi” - to be is to perceived. His point was that you could only be sure about sensations and ideas - e.g., what goes on in your body and head. Samuel John said, “I refute it thus” and kicked a rock. Who is right? The good Bishop I think. The rest is faith.

What About Trees Falling in Forests?

There is the old saw (hah hah) that says, "If a tree falls in a forest and no one is around to hear it, does it make a sound?” Some attribute the statement to the Bishop above. The reality of distant falling trees is like snow in Charlotte - you have to believe if you have faith in a practical and sane universe. Anything else would be crazy.

Vibrational Electrical Generators (VEGS)




VEGS turn wasted vibrational energy into electricity. Every swaying tree, bouncing roadway, turbulent stream, vibrating bridge and seismic shake becomes a source of power.

The VEGS idea was born in 1980, died shortly thereafter (not because it was bad, but because I had lost my will) and has now been reborn (maybe).

Then…

It started with the automotive textbooks that Claud Hunter and I coauthored for Prentice Hall. Several of the books described automotive electrical systems, including alternators and ignition coils.

Alternators convert rotational energy supplied by engines into the continuous electrical current needed to operate vehicles. Ignition coils use collapsing lines of magnetic force to “induce” sudden bursts of high voltage current that cause spark plugs to ignite air and fuel.

Although I don’t remember the details, the idea for VEGS probably had something to do with combining the operation of alternator-type generators and coils - using vibrational energy to generate movement between conductors and lines of force.

In 1980, when the VEGS idea was discovered, I was already a “mature” inventor. I had conceived of airplanes without wings, spaceships without visible means of propulsion, upside down ketchup bottles, and a modular building product, called the Tetra Triangular Building System, which replaced bricks and blocks with triangles. By now, I understood that inventing something is easy, but that developing an idea requires certain knowledge and skills. In those previous pursuits of grandeur, I had ignored such practical considerations. Now, for some reason, I could not.

So, this was my next-to-the-last invention of a physical thing (as opposed to metaphysical, metaphorical and software things - which I still pursue up to this very moment). After creating a Record of Invention and contacting, half-heartedly, a few companies, I buried the small VEGS corpse in a dusty cardboard box beside the remains of the Tetra Triangular Building System.

Note: The last physical invention was a non-obvious variation on VEGS, creating a different sort of VEG which can double as a motor. I’m saving that one, just in case.

Now…

VEGS was resurrected in 2008 in response to Google’s Project 10^100 initiative. Celebrating Google’s 10th anniversary, the initiative is described as…

“A call for ideas to change the world by helping as many people as possible”

Reading the part about the 10M seed money (but not the part that said my reward would be good karma - for the next life I guess) I thought, “What the hell. Maybe I can still get rich and save the world.”

Following are excerpts from my Project 10^100 proposal. After that is the original VEGS Record of Invention.

Excerpts from Project 10^100 Proposal

Description of VEGS…

All generators transform moving energy into electrical energy, converting the motion of stuff (air, water, steam, etc) into relative movement between magnetic fields and conductors. The result is current flow in the conductor.

The difference between conventional systems and Vibrational Electric Generators (VEGS) is the source of the energy. Conventional systems can only use energy from regular, unidirectional motion (flowing water, steam, air).

VEGS capture energy from irregular motion. The energy of every swaying tree, tower or building can be converted directly into electrical power - as can the surge of surf, the undulation of river rapids, the movement of road pavement caused by traffic, the bouncing of cars on those roads, the vibration of strings in wind, the seismic activity of the earth itself.

Whereas conventional generators have stators and rotors, VEGS have stators and vibrators. The vibrator can be the magnetic field-producing element or the conductor. In either case, relative motion is derived directly from energy source. No intervening, energy-wasting mechanism (windmill blade, turbine rotor, impeller wheel) is needed to convert straight- line motion into rotational motion. Minimal alteration of the environment is required. VEGS are inherently clean.

The system can be illustrated by a bell, clapper and rope. When pulled, the rope becomes a vibrational energy source. This energy is transferred to the bell. Viewed as a VEG, the bell becomes the vibrator and the clapper becomes the stator.

Output from VEGS can be directed to a power grid, or to batteries, or other storage devices. Solid state components can be used to modify output as required.

Addressing the Energy Crisis…

VEGS address the three main aspects of the energy crisis — availability, cost, and environmental impact. Depending on how well the technology works and on how widely it is adopted, VEGS could significantly alleviate the energy crisis.

  • Availability. Vibrational energy sources used by VEGS are available in every county and region. The reliance of one country on another for power is minimized.
  • Cost. Vibrational energy sources are free for the taking. The only costs are the VEGS themselves.
  • Environmental Impact. Except for their presence, VEGS do not alter the environment. Well-designed VEGS could harmonize with their surroundings.

Benefiting Developed and Undeveloped Countries…

VEGS would benefit people in developed and undeveloped countries.

In developed countries with established electrical grids, VEGS could be used to feed power back into the system. Everyone with access to sources of vibrational energy (which is virtually everyone) would become producers of electricity. Using free energy sources would reduce cost. Using local energy sources would reduce reliance on foreign suppliers. In emergencies, stand-alone VEGS could supply power independently of the grid.

In undeveloped countries without grids, stand-alone VEGS could reduce the need for a national grid. Tapping local sources of vibrational energy, regions could supply their own minimal (or maximal) power needs. Everyone could have at least some electricity. (Toss pendulum generators in the surf off Tierra Del Fuego and potentially you’ve got lights and computers.)

Record of Invention

Click pictures to enlarge.


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Getting Around Einstein's Limit - Prof Ennui Pidawee



Professor Pidawee says that you can exceed the speed of light - if you are tricky and use your own clock.

Second Black Swan – Bursting the Great Stuff Bubble



Whenever I see a holiday ad (say, for Chia products), or hear about the current economic mess, I think about Nassim Taleb. He is the author of The Black Swan: The Impact of the Highly Improbable. This prompts me to think about our most recent national Black Swan, which prompts me to wonder if a second Black Swan is waddling in the wings.

The recent Black Swan is pretty obvious. Everybody knows we are in a recession. Most experts seem to agree that the crisis was triggered by the bursting of the subprime mortgage bubble. This fits Taleb’s description of a Black Swan. It is an event of great impact, unforeseen beforehand, but appearing afterward as obvious and inevitable.

The second Black Swan that I wonder about is the bursting of the Great Stuff Bubble. Unlike the bursting of previous bubbles (the Tulip Bubble in 1630, the South Sea Bubble in 1711, the Stock Market Bubble in 1929, the Dot Com Bubble in 1999, etc.), which involved particular kinds of stuff, the Great Stuff Bubble would affect all stuff. Black Swan poop would cover everything.

(I also wonder if the Great Depression resulted from a pair of Black Swans, the first being the Stock Market Bubble burst, the second being a Great Stuff Bubble burst, not recognized at first, but monumental and devastating in its impact.)

Although Taleb says you usually can’t predict Black Swans (or extrapolate from history), consider this hypothetical chain of events:

Suppose…

Because of the recession, the country buys half as many Chia pets, ties, gloves, scarves, socks, sweaters, George Foreman grills, big screen TVs, etc as it did in previous holiday seasons. After the holidays, some people discover they don’t miss this stuff. Some people say, “Well, who needs all that stuff anyway?”

The drop in stuff-related sales further weakens the economy. There are more layoffs. People, who can buy even less stuff, begin to rethink the difference between necessary and unnecessary stuff. Although many people still cling to their stuff, many others, especially those who discovered they really didn’t need Chia pets and big flat screen TVs decide that stuff isn’t everything.

Society changes. Forced by circumstances, thrift becomes a virtue, at least among a big segment of the population (old hippies, real Christian conservatives, Unitarians, all libertarians). People hang on to old cars, old clothes, old appliances. Big houses are regarded by some as obscene. Lavish displays of wealth seem tacky. Donald Trump is sillier than before and Ralph Nader is sort of chic. Excess is out; moderation is in.

In this hypothetical scenario, we enter a new age of stuff awareness. Of course, this is when the second Black Swan becomes obvious, when the Great Stuff Bubble bursts. That is because all of the world’s industrial economies are based on the movement of stuff. Necessary stuff, unnecessary stuff – it doesn’t make any difference to the economic system.

However, the difference between necessary and unnecessary stuff is important to struggling consumers. A combination of ethical and practical considerations compels most people to cut back on what they perceive as unnecessary stuff. This varies between consumers, but the results are the same to the economy. Companies that make unnecessary stuff, whatever it is, go out of business or scale back.

At this point the story is almost over. The Black Swan, having pooped, moves on. The economy spirals downward, trying to find a new floor based on new distinctions between necessary and unnecessary stuff. We enter a second Great Depression.

What happens after this depends on the next flock of Black Swans, circling even now, invisible yet ominous. One could expect social unrest, perhaps wars. Perhaps a war brings us out of this Great Depression, like WWII brought us out of the first Great Depression, curing us of our consumer malaise, and reinvigorating our taste (and capacity) for stuff.

Sloshing Toward Main Street


This is prompted by recent events (Oct 08) and by the term "slosh" used by David Brooks, Fareed Zakaria and others to describe the movement of capital around the globe. Quoting Brooks...

"We’re living in an age when a vast excess of capital sloshes around the world fueling cycles of bubble and bust. When the capital floods into a sector or economy, it washes away sober business practices, and habits of discipline and self-denial. Then the money managers panic and it sloshes out, punishing the just and unjust alike."

(with apologizes to WB Yeats and Alan Greenspan)

Turning and turning in a dance gone awry;

The politico cannot hear the politician;

Things fall apart; the center cannot hold;

Mere money is loosed upon the world;

Red-dimmed ink floods the marketplace, and everywhere;

The ceremony of civility is drowned;

The best know nothing while the worst;

Know everything;

Surely The Big D is at hand.

The Big D! Hardly are those words out;

When a vast newsreel image;

Troubles my sight; somewhere in the Great Heartland;

A shape with a bull’s body and the head of man;

A gaze blank and pitiless as Alan Greenspan;

Is moving its slow thighs, while all about it;

Swarm angry eagles.

My vision fades but now I know;

That eight decades of stony sleep;

Have been vexed awake by the sound of anxious capital;

Sloshing toward Main Street;

Waiting to be born.

Evan Alexander - January 2009

Nothing fancy here, except the boy - who is fancy enough.


Sloshing Toward Main Street - Short Video

Short video version of poem.