miércoles, 22 de junio de 2011

From The Atom to The Black Hole


From The Atom to The Black Hole

Word Count:
455

Summary:
An alternative theory of the Black Hole.


Keywords:
atom, gravity theory, gravity, electromagnetism, Roger Rogers, Jesian, black holes


Article Body:
A black hole is a region of space with such intense gravity that nothing, not even light, can escape. This is the general understanding of the black hole.

If gravity is still a phenomenon, how can we come to use this statement as if it was a fact? This is misleading. Besides, it is preventing our young thinkers from even to consider exploring the true nature of gravity.
 
One of the things that irritate me most is, when scientists quote gravity and build up all sorts of formulae and equations around it, when they well know that they have no scientific proof of what gravity really is!

As an authority, the majority of scientists are unwilling to admit that all they really know is what they have acknowledged from their tutors - a centuries-old legacy of scientific beliefs some of which were later proven wrong.

It is no secret to say that scientific research is sometimes corrupted due to conflict of interests or the lure of profits.

Personally, I do not believe that black holes really exist as described in the first paragraph. However, let us assume that they do!

I consider myself as another Faraday.

After many years of intensive study, searching for the secrets of gravity, I arrived to a point where I feel the need to share my theory of this so-called black hole.

According to science, there is more space in an atom than there is matter. So, from where does all the energy come to keep the atom together and active, may I ask?

This is my answer.

The energy comes partly from the electrical field of the planet itself. This electrified field is generated by the planet's inner core electromagnetism field, which as we know produces the north and south poles.

And, the other part of the energy primarily comes from the planet's nearest Star. This Star, in turn, radiates myriads of electrified particles that shower on to all the neighboring planets. By means of these electrified particles, the atom gets its energy and stays alive and active.

The Auroras at the North and South Poles are a physical example of these electrified particles.

Our solar system, and in turn our galaxy, works in the same harmony. That is why the planets revolve and hold their orbit around their Star. The planets and their Star attract each other because of these electrified forces.

This is what gravity is all about.

The same could be said of one galaxy to another that holds our universe together.

My theory stands that a black hole is nothing more than a space in the universe where the electrified energy of the neighboring Stars do not reach - and therefore an atom cannot survive!


 

Foam - Just what on earth is it?


Foam - Just what on earth is it?

Word Count:
320

Summary:
Just what on earth is foam? It is a question that has plagued mankind for centuries.


Keywords:
foam, packing, insulating


Article Body:
Just what on earth is foam? It is a question that has plagued mankind for centuries. Well, alright, maybe not. Nevertheless, foam has long been a mysterious material, yet useful in many ways, not least for insulation and packaging.

Put simply, foam is plastic that has been melted, had bubbles of gas forced into it, and then been left to re-form. This produces a cheap, soft, spongy material, which can then be sliced into specific shapes or simply minced up into pellets.

The kind of foam you're probably familiar with is packing foam. Anytime you order something (or sometimes when you just buy it in a shop), it will come wrapped in a box surrounded by foam to protect it. This works because even relatively small amounts of foam are capable of taking the force of a large impact, preventing the object that is being protected from ever hitting a hard surface and being damaged.

Packing foam comes in many forms: sheets, pellets ('packing peanuts'), blocks, and more. If you want some, the best thing to do is probably buy it from an office supplies store or, in larger quantities, direct from a supplier. If you have things delivered in packing foam often, then you might also consider re-using that foam – after all, while foam is disposable, there's absolutely no reason not to use it more than once.

The other kind of foam that you might encounter at some point in your life is insulating foam. This foam might even be in your walls right now as you're reading this article, without you even knowing it. The advantage of filling your walls with foam is that it can be easily squirted in through a relatively small hole, providing effective insulation without you having to do too much work on the wall. Like with packing, foam insulation is both cheap and effective, not to mention easy to use.


 

martes, 21 de junio de 2011

Foam - Just what on earth is it?


Foam - Just what on earth is it?

Word Count:
320

Summary:
Just what on earth is foam? It is a question that has plagued mankind for centuries.


Keywords:
foam, packing, insulating


Article Body:
Just what on earth is foam? It is a question that has plagued mankind for centuries. Well, alright, maybe not. Nevertheless, foam has long been a mysterious material, yet useful in many ways, not least for insulation and packaging.

Put simply, foam is plastic that has been melted, had bubbles of gas forced into it, and then been left to re-form. This produces a cheap, soft, spongy material, which can then be sliced into specific shapes or simply minced up into pellets.

The kind of foam you're probably familiar with is packing foam. Anytime you order something (or sometimes when you just buy it in a shop), it will come wrapped in a box surrounded by foam to protect it. This works because even relatively small amounts of foam are capable of taking the force of a large impact, preventing the object that is being protected from ever hitting a hard surface and being damaged.

Packing foam comes in many forms: sheets, pellets ('packing peanuts'), blocks, and more. If you want some, the best thing to do is probably buy it from an office supplies store or, in larger quantities, direct from a supplier. If you have things delivered in packing foam often, then you might also consider re-using that foam – after all, while foam is disposable, there's absolutely no reason not to use it more than once.

The other kind of foam that you might encounter at some point in your life is insulating foam. This foam might even be in your walls right now as you're reading this article, without you even knowing it. The advantage of filling your walls with foam is that it can be easily squirted in through a relatively small hole, providing effective insulation without you having to do too much work on the wall. Like with packing, foam insulation is both cheap and effective, not to mention easy to use.


 

Finite Element Analysis: Post-processing


Finite Element Analysis: Post-processing

Word Count:
862

Summary:
The following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. The author is an engineering consultant and expert witness specializing in finite element analysis.


Keywords:
stress,stress analysis,law,legal,attorney,court,courtroom,fea,finite element,expert witness,engineer,product liability,personal injury,forensic


Article Body:
The following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. The author is an engineering consultant and expert witness specializing in finite element analysis.
 
 
FINITE ELEMENT ANALYSIS: Post-processing
by Steve Roensch, President, Roensch & Associates
 
Last in a four-part series

 
After a finite element model has been prepared and checked, boundary conditions have been applied, and the model has been solved, it is time to investigate the results of the analysis. This activity is known as the post-processing phase of the finite element method.
 
Post-processing begins with a thorough check for problems that may have occurred during solution. Most solvers provide a log file, which should be searched for warnings or errors, and which will also provide a quantitative measure of how well-behaved the numerical procedures were during solution. Next, reaction loads at restrained nodes should be summed and examined as a "sanity check". Reaction loads that do not closely balance the applied load resultant for a linear static analysis should cast doubt on the validity of other results. Error norms such as strain energy density and stress deviation among adjacent elements might be looked at next, but for h-code analyses these quantities are best used to target subsequent adaptive remeshing.
 
Once the solution is verified to be free of numerical problems, the quantities of interest may be examined. Many display options are available, the choice of which depends on the mathematical form of the quantity as well as its physical meaning. For example, the displacement of a solid linear brick element's node is a 3-component spatial vector, and the model's overall displacement is often displayed by superposing the deformed shape over the undeformed shape. Dynamic viewing and animation capabilities aid greatly in obtaining an understanding of the deformation pattern. Stresses, being tensor quantities, currently lack a good single visualization technique, and thus derived stress quantities are extracted and displayed. Principal stress vectors may be displayed as color-coded arrows, indicating both direction and magnitude. The magnitude of principal stresses or of a scalar failure stress such as the Von Mises stress may be displayed on the model as colored bands. When this type of display is treated as a 3D object subjected to light sources, the resulting image is known as a <I>shaded image stress plot</I>. Displacement magnitude may also be displayed by colored bands, but this can lead to misinterpretation as a stress plot.
 
An area of post-processing that is rapidly gaining popularity is that of adaptive remeshing. Error norms such as strain energy density are used to remesh the model, placing a denser mesh in regions needing improvement and a coarser mesh in areas of overkill. Adaptivity requires an associative link between the model and the underlying CAD geometry, and works best if boundary conditions may be applied directly to the geometry, as well. Adaptive remeshing is a recent demonstration of the iterative nature of h-code analysis.
 
Optimization is another area enjoying recent advancement. Based on the values of various results, the model is modified automatically in an attempt to satisfy certain performance criteria and is solved again. The process iterates until some convergence criterion is met. In its scalar form, optimization modifies beam cross-sectional properties, thin shell thicknesses and/or material properties in an attempt to meet maximum stress constraints, maximum deflection constraints, and/or vibrational frequency constraints. Shape optimization is more complex, with the actual 3D model boundaries being modified. This is best accomplished by using the driving dimensions as optimization parameters, but mesh quality at each iteration can be a concern.
 
Another direction clearly visible in the finite element field is the integration of FEA packages with so-called "mechanism" packages, which analyze motion and forces of large-displacement multi-body systems. A long-term goal would be real-time computation and display of displacements and stresses in a multi-body system undergoing large displacement motion, with frictional effects and fluid flow taken into account when necessary. It is difficult to estimate the increase in computing power necessary to accomplish this feat, but 2 or 3 orders of magnitude is probably close. Algorithms to integrate these fields of analysis may be expected to follow the computing power increases.
 
In summary, the finite element method is a relatively recent discipline that has quickly become a mature method, especially for structural and thermal analysis. The costs of applying this technology to everyday design tasks have been dropping, while the capabilities delivered by the method expand constantly. With education in the technique and in the commercial software packages becoming more and more available, the question has moved from "Why apply FEA?" to "Why not?". The method is fully capable of delivering higher quality products in a shorter design cycle with a reduced chance of field failure, provided it is applied by a capable analyst. It is also a valid indication of thorough design practices, should an unexpected litigation crop up. The time is now for industry to make greater use of this and other analysis techniques.
 
copyright 2005 Roensch & Associates. All rights reserved.


 

domingo, 19 de junio de 2011

Finite Element Analysis: Introduction


Finite Element Analysis: Introduction

Word Count:
648

Summary:
The following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. The author is an engineering consultant and expert witness specializing in finite element analysis.


Keywords:
stress,stress analysis,law,legal,attorney,court,courtroom,fea,finite element,expert witness,engineer,product liability,personal injury,forensic


Article Body:
The following four-article series was published in a newsletter of the American Society of Mechanical Engineers (ASME). It serves as an introduction to the recent analysis discipline known as the finite element method. The author is an engineering consultant and expert witness specializing in finite element analysis.
 
 
FINITE ELEMENT ANALYSIS: Introduction
by Steve Roensch, President, Roensch & Associates
 
First in a four-part series

 
Finite element analysis (FEA) is a fairly recent discipline crossing the boundaries of mathematics, physics, engineering and computer science. The method has wide application and enjoys extensive utilization in the structural, thermal and fluid analysis areas. The finite element method is comprised of three major phases: (1) pre-processing, in which the analyst develops a finite element mesh to divide the subject geometry into subdomains for mathematical analysis, and applies material properties and boundary conditions, (2) solution, during which the program derives the governing matrix equations from the model and solves for the primary quantities, and (3) , in which the analyst checks the validity of the solution, examines the values of primary quantities (such as displacements and stresses), and derives and examines additional quantities (such as specialized stresses and error indicators).
 
The advantages of FEA are numerous and important. A new design concept may be modeled to determine its real world behavior under various load environments, and may therefore be refined prior to the creation of drawings, when few dollars have been committed and changes are inexpensive. Once a detailed CAD model has been developed, FEA can analyze the design in detail, saving time and money by reducing the number of prototypes required. An existing product which is experiencing a field problem, or is simply being improved, can be analyzed to speed an engineering change and reduce its cost. In addition, FEA can be performed on increasingly affordable computer workstations and personal computers, and professional assistance is available.
 
It is also important to recognize the limitations of FEA. Commercial software packages and the required hardware, which have seen substantial price reductions, still require a significant investment. The method can reduce product testing, but cannot totally replace it. Probably most important, an inexperienced user can deliver incorrect answers, upon which expensive decisions will be based. FEA is a demanding tool, in that the analyst must be proficient not only in elasticity or fluids, but also in mathematics, computer science, and especially the finite element method itself.
 
Which FEA package to use is a subject that cannot possibly be covered in this short discussion, and the choice involves personal preferences as well as package functionality. Where to run the package depends on the type of analyses being performed. A typical finite element solution requires a fast, modern disk subsystem for acceptable performance. Memory requirements are of course dependent on the code, but in the interest of performance, the more the better, with 512 Mbytes to 8 Gbytes per user a representative range. Processing power is the final link in the performance chain, with clock speed, cache, pipelining and multi-processing all contributing to the bottom line. These analyses can run for hours on the fastest systems, so computing power is of the essence.
 
One aspect often overlooked when entering the finite element area is education. Without adequate training on the finite element method and the specific FEA package, a new user will not be productive in a reasonable amount of time, and may in fact fail miserably. Expect to dedicate one to two weeks up front, and another one to two weeks over the first year, to either classroom or self-help education. It is also important that the user have a basic understanding of the computer's operating system.
 
Next month's article will go into detail on the pre-processing phase of the finite element method.
 
copyright 2005 Roensch & Associates. All rights reserved.


 

Find Components Air Compressors And Compressed Air System Part


Find Components Air Compressors And Compressed Air System Part

Word Count:
834

Summary:
Find Components Air Compressors And Compressed Air System Part - Quickly and Easily!


Keywords:
Air Compressors


Article Body:
IAS is an independent supplier of replacement air compressor parts, and synthetic oil.  home.att.net CAP compressors and parts British suppliers of spare parts and service kits for air compressors, including replacement air ends.  Non-OEM supplier of compressor replacement parts and air systems accessories.  If a warranty contains this type of restriction, look for a reputable air compressor manufacturer that has reasonably priced replacement parts before you buy.  All air compressor replacement parts are manufactured to the same high standards as the original equipment.  top Replacement Parts: Trident stocks thousands of parts and hard to find components for air compressors and compressed air system equipment. 

  IAS can supply parts for rotary screw, reciprocating, and vacuum pump air compressors.  We supply air compressor parts for most major brands of compressors.  We can supply air compressor parts for these manufacturers.  We can supply the Emglo parts that you require to perform general maintenance or major repairs to your emglo air compressor.  Engaged in manufacture and supply of air compressor and air compressor spare parts. 

  Find air compressors and dryers, service, parts and lubricants.  ACE is a complete air compressor company specializing in service, parts and equipment sales.  Non-OEM source of parts and service for central air compressors.  In addition, dealers will generally sell service contracts that cover parts and repairs along with new compressors. 

  We sell complete new air compressor units, whole pumps or just the parts you need for your pump or air compressor.  Companies like Curry and Ready-Air sell electric compressors that you mount in your engine compartment.  In addition, dealers will generally sell service contracts that cover parts and repairs along with new compressors.  ACE is a complete air compressor company specializing in service, parts and equipment sales.

 All air compressor replacement parts are manufactured to the same high standards as the original equipment.  top Replacement Parts: Trident stocks thousands of parts and hard to find components for air compressors and compressed air system equipment.  Find your all your automotive air conditioning a/c compressors, condensers & ac parts with one phone call.  We distribute a/c compressors, a/c condensers, receiver / driers, accumulators, radiators, oils, and most other auto air conditioning parts.  Industrial air supplies supplies top quality air compressor parts at a very reasonable price.

  We supply air compressor parts for most major brands of compressors.  We can supply the Emglo parts that you require to perform general maintenance or major repairs to your emglo air compressor.  is an independent of air compressor parts cross reference information and is not affiliated with the manufacturers in this web site.  DISTRIBUTOR LIST- A list of suppliers of air compressor parts and accessories by state, complete with web site and e-mail links.  IAS can supply parts for rotary screw, reciprocating, and vacuum pump air compressors.

  IAS is an independent supplier of replacement air compressor parts, and synthetic oil.  In addition to a comprehensive line of new air conditioning parts, Motorcraft® launched remanufactured air conditioning compressors and clutches in 2000.  The recent explosion of air compressor sales has made air compressor parts more widely available than ever before.  Smith air compressors and compressor repair parts, formerly manufactured by P.  Non-OEM supplier of compressor replacement parts and air systems accessories.  As part of the solution, Stimson Lumber repaired air leaks and replaced its fixed speed air compressor with a variable-speed model with similar capacity.  We receive used air compressors mostly from fire departments that have upgraded to newer larger units.

  If a warranty contains this type of restriction, look for a reputable air compressor manufacturer that has reasonably priced replacement parts before you buy.  Engaged in manufacture and supply of air compressor and air compressor spare parts.  Worn or damaged air compressor parts are replaced.  Figuring payback Air compressors with fewer moving parts are more efficient.  Get your air compressor parts at discount prices.  It also discusses air compressor inter coolers and where to find their parts.  Manufacturing and exporters of air compressor and air compressor spares parts.  We are an aftermarket air compressor parts specialist.

  This filter removes dust and other particulates from the intake air feeding the compressor.  In both single and two-stage, the Nirvana compressor has fewer rotating parts than any other air compressor in its class.  "Most electric air compressors, particularly in the 5-100 horsepower range, are belt or gear driven.  Outside air generally has less particulate and also a lower average temperature than air within a compressor room.  Just because an air compressor part carries a compressor manufacturer's logo doesn't mean it's a better part-or a better value.  This is a web-site designed to help any one that uses or purchases air compressor parts and accessories.All are welcome to purchase a password.  Every air conditioner has three main parts: a condenser, an evaporator and a compressor.  Non-OEM source of parts and service for central air compressors.  home.att.net CAP compressors and parts British suppliers of spare parts and service kits for air compressors, including replacement air ends.


 

domingo, 12 de junio de 2011

Evolution Theory And Humans' Nature


Evolution Theory And Humans' Nature

Word Count:
884

Summary:
We all learn evolution theory in schools. Well most of us do.

However, what's taught in schools are just basic. What most people, especially religious fundamentalists do not want you to know is that evolution theory can very naturally explain human nature.

It's not in school. So I'll tell you here. I'll start from the least shocking conclusions first and then we'll go to the most politically incorrect ones people have been trying to hide from you.

Why Cheetah run fas...


Keywords:

 

Article Body:
We all learn evolution theory in schools. Well most of us do.

However, what's taught in schools are just basic. What most people, especially religious fundamentalists do not want you to know is that evolution theory can very naturally explain human nature.

It's not in school. So I'll tell you here. I'll start from the least shocking conclusions first and then we'll go to the most politically incorrect ones people have been trying to hide from you.

Why Cheetah run fast? Simple. In ancient time, some Cheetah run fast, some Cheetah ran slow. Cheetahs that run fast, gather more food, and live. Such Cheetah, then get married, form a family, and life offspring.

The slow Cheetah die. Got it so far? Here we go...

Here, we see that evolution fine tuned Cheetah traits, namely, promoting Cheetahs that run fast.

It turns out, evolution do not only govern physical traits, like how fast you can run and other capabilities. Evolution also fine tuned preferences. Preferences that are working out in the gene pool are preferences that are hard wired in our genes.

Those are preferences that we don't even have to think about. We just feel like doing it.

For example, most of us have strong preferences to have sex with the opposite sex. Why? Because those who do live have decendants and those who don't went extinct.

Nothing strange, nothing bizzare.

Now here we go...

Say one male make 1000 kids. Say another male make 1 kids. Which one will survive better in the gene pool? The one making 1000 kids.

You see, gene pool survival is not a boolean value. Survival is not for the fit but for the fittest.

Preferences that work in the gene pool in the past are preferences that are common nowadays.

Ugh, I can sense that the conservative will start going back to their bible. Not yet. Here's more.

One obvious way to make genetic copies of ourself is by making kids.

Now, if you're a male, how would you maximize the number of kids you make?

You do so by mating with as many females as possible. Males that mate with more women, and produce more kids, like Genghis Khan, will survive better in the genepool, in the past.

In fact, a genetic testing shows that the y chromosome of Genghish Khan is the same chromosome with 1 out of 4 people in Asia. Now that's, success.

Let me repeat. Preferences that used to work in the past are preferences that are common nowadays. So, what do common typical males want nowadays? Mate with as many females as possible.

Not necessarily making kids. Our preferences are set up in the past, where sex and kids are inseparable. There are no contraception whatsoever.

So males want as many females as possible. It is normal to want as many females as possible. In fact, the "normality" of those who are homosexual is not far different than the normality of males that are monogamous.

Successful males are males that can make a lot of money, gain huge political power, and mate with many females. That's what males want.

What do women want? Women want the best genes. Those women that pick the best genes will produce more successful sons. How do women measure the quality of a male's genetic material? By success. Got so far?

Now, we got an issue. There are the same number of males and females. If one male is successful, the others don't get any.

And that's the main sources of conflicts all over the world. When we're not at war, we're in a race. When we're in a race, those who are not competitive will want to knock down those running fast. Such preferences are called envy.

Different societies then have different ways to balance tolerance toward success and some socialism to appease those who are not successful.

The conservative, for example, allow economic success but demand socialism through life long monogamous relationship. The liberal, for example, allow sexual success but demand socialism in economy.

None of which are optimum, in my opinion. I wrote plenty of articles suggesting how better social contracts can benefit both the rich and the poor.

For example, taxing kids, rather than income and paying dividend to all citizens, will allow the poor to postpone making kids and have enough capital to get them rich.

Now, that's the basic of evolution theory on humans' nature and preferences. I guess that's all for an article.

Properly understood, evolution theory can be very useful. We can understand why there are many criminalization against consensual acts. We'll see that those laws are there to protect disgruntled competitors.

We'll see why there are so many wars over religious doctrines. That happens because to be successful in countries heavily influenced by envy, the wise need to keep pitting people against each other.

Many more are like this. Properly understood, we can correctly predict the outcome of our choices more accurately. Then we can come up with strategies that will result in what we want more. On the other hand, those who are blind will be eaten by those who see.

It's toward ones' best interest to learn and understand evolution theory. Ignore evolution theory at our own peril.


 

Everybody can now generate their own solar energy!


Everybody can now generate their own solar energy!

Word Count:
786

Summary:
An article about owning solar panels and how it is easier than even to have access to clean renewable solar power.  Companies now allow you to rent the panels at the same price you pay your electric company, the difference is you are generating your own clean renewable power.


Keywords:
clean energy, oil, solar panels, global warming, energy shortage, oil dependence


Article Body:
If you have already ruled out home solar panel as an alternative means of power because of its expensive price, then better think again. Indeed, solar panels nowadays, especially those that can be used to provide enough power for most of your appliances, are exorbitantly priced. The price of a system can run from $20,000 up to $50,000 depending on your energy needs. This is why many regrettably have to give up plans of setting up home solar panels on their rooftops.
There are other means of acquiring solar gadgets without having to spend so much. First of all, there are many second hand or used solar panels that anyone can buy from solar dealers – these are priced much less than the brand new ones but are still in good running condition.

Is it okay to buy second-hand or used home solar panel for your home instead of buying a brand new one? Of course, especially if the used solar panel that you bought is still of good running condition. However, pass up on solar items that have major defects or damage on them.

You might also decide on passing up on the old model type of solar panels on sale. Better think again. The older, very first home solar panels are the ones that are durable and really functioning well. They simply are such great buys especially if used properly and well taken care of by the previous owner.

As for the lifespan of a used solar panel, it can really be hard to tell. Some takes years and years before bogging down and needing some repair or a replacement on a spare part or two. Most of the time, the gadget is installed on the appropriate location or top of your roof and that's it. You let it be as it needs minimal maintenance.

The main thing to do when buying used home solar panels is to avoid those that have damage on them, such as cracks and broken glass, moisture on the glass and damaged lines and connections. Unless you have extra cash to repair these defects, then it is best to steer away from these used solar products.

If purchasing your own full system is outside your budget indeed there is a more affordable way to take advantage of solar for you electrical needs. 
A product is now available where you can actually rent the whole solar panel system for no more than you pay the electric company for energy.  A company call
 has come up with an innovative way to make solar an affordable lifestyle choice.  Citizenre REnU program packages solar power for you in a simple and smart way. Plainly put, the Citizenre Corporation pays for, installs, owns and operates the solar installation. You don't have to worry about maintaining the equipment or any of the other concerns that come with making an investment into solar power.
All you have to do is pay a flat monthly rent. You generate your own, renewable energy from the solar panels you rent and this power offsets the power you were buying from your utility. Your savings can cover the monthly rent and even put money back in your pocket. And since your rent is locked in for up to 25 years, you can save significantly over time as electricity prices continue to rise.
These are some of the benefits the customers receive:

 
-No upfront investment, no need to become a financial expert to justify your investment.
 
-No waiting for rebates.
 
-No headaches with the city and the utility; let us handle the engineering, procurement, and construction.
 
-With our flat monthly rent and our "Performance Guarantee" you can generate your own, renewable electricity and pay for the rent with your savings. Since your Agreement will show the amount of energy your system can generate, it is simple to calculate your savings.
 
-Hassle-free operating and maintenance; it's handled by the experts.
 
-Actual hedge against future utility price increases: you can "lock in" your rates for the electricity generated from the solar system at your home for a period of up to twenty-five years, far longer than the guaranteed rates offered by other electricity providers.

Indeed, a solar panel, whether brand new, second hand or rented, is definitely a wise choice as it helps you in minimizing your electric bills, helps the worlds growing energy needs and is especially an environmentally healthy and helpful choice.


 

sábado, 11 de junio de 2011

Eugenics and the Future of the Human Species


Eugenics and the Future of the Human Species

Word Count:
1916

Summary:
The Nazis regarded the murder of the feeble-minded and the mentally insane - intended to purify the race and maintain hereditary hygiene - as a form of euthanasia.


Keywords:

 

Article Body:
"It is clear that modern medicine has created a serious dilemma ... In the past, there were many children who never survived - they succumbed to various diseases ... But in a sense modern medicine has put natural selection out of commission. Something that has helped one individual over a serious illness can in the long run contribute to weakening the resistance of the whole human race to certain diseases. If we pay absolutely no attention to what is called hereditary hygiene, we could find ourselves facing a degeneration of the human race. Mankind's hereditary potential for resisting serious disease will be weakened."

Jostein Gaarder in "Sophie's World", a bestselling philosophy textbook for adolescents published in Oslo, Norway, in 1991 and, afterwards, throughout the world, having been translated to dozens of languages.


The Nazis regarded the murder of the feeble-minded and the mentally insane - intended to purify the race and maintain hereditary hygiene - as a form of euthanasia. German doctors were enthusiastic proponents of an eugenics movements rooted in 19th century social Darwinism. Luke Gormally writes, in his essay "Walton, Davies, and Boyd" (published in "Euthanasia Examined - Ethical, Clinical, and Legal Perspectives", ed. John Keown, Cambridge University Press, 1995):

"When the jurist Karl Binding and the psychiatrist Alfred Hoche published their tract The Permission to Destroy Life that is Not Worth Living in 1920 ... their motive was to rid society of the 'human ballast and enormous economic burden' of care for the mentally ill, the handicapped, retarded and deformed children, and the incurably ill. But the reason they invoked to justify the killing of human beings who fell into these categories was that the lives of such human beings were 'not worth living', were 'devoid of value'"

It is this association with the hideous Nazi regime that gave eugenics - a term coined by a relative of Charles Darwin, Sir Francis Galton, in 1883 - its bad name. Richard Lynn, of the University of Ulster of North Ireland, thinks that this recoil resulted in "Dysgenics - the genetic deterioration of modern (human) population", as the title of his controversial tome puts it.

The crux of the argument for eugenics is that a host of technological, cultural, and social developments conspired to give rise to negative selection of the weakest, least intelligent, sickest, the habitually criminal, the sexually deviant, the mentally-ill, and the least adapted.

Contraception is more widely used by the affluent and the well-educated than by the destitute and dull. Birth control as practiced in places like China distorted both the sex distribution in the cities - and increased the weight of the rural population (rural couples in China are allowed to have two children rather than the urban one).

Modern medicine and the welfare state collaborate in sustaining alive individuals - mainly the mentally retarded, the mentally ill, the sick, and the genetically defective - who would otherwise have been culled by natural selection to the betterment of the entire species.

Eugenics may be based on a literal understanding of Darwin's metaphor.

The 2002 edition of the Encyclopedia Britannica has this to say:

"Darwin's description of the process of natural selection as the survival of the fittest in the struggle for life is a metaphor. 'Struggle' does not necessarily mean contention, strife, or combat; 'survival' does not mean that ravages of death are needed to make the selection effective; and 'fittest' is virtually never a single optimal genotype but rather an array of genotypes that collectively enhance population survival rather than extinction. All these considerations are most apposite to consideration of natural selection in humans. Decreasing infant and childhood mortality rates do not necessarily mean that natural selection in the human species no longer operates. Theoretically, natural selection could be very effective if all the children born reached maturity. Two conditions are needed to make this theoretical possibility realized: first, variation in the number of children per family and, second, variation correlated with the genetic properties of the parents. Neither of these conditions is farfetched."

The eugenics debate is only the visible extremity of the Man vs. Nature conundrum. Have we truly conquered nature and extracted ourselves from its determinism? Have we graduated from natural to cultural evolution, from natural to artificial selection, and from genes to memes?

Does the evolutionary process culminate in a being that transcends its genetic baggage, that programs and charts its future, and that allows its weakest and sickest to survive? Supplanting the imperative of the survival of the fittest with a culturally-sensitive principle may be the hallmark of a successful evolution, rather than the beginning of an inexorable decline.

The eugenics movement turns this argument on its head. They accept the premise that the contribution of natural selection to the makeup of future human generations is glacial and negligible. But they reject the conclusion that, having ridden ourselves of its tyranny, we can now let the weak and sick among us survive and multiply. Rather, they propose to replace natural selection with eugenics.

But who, by which authority, and according to what guidelines will administer this man-made culling and decide who is to live and who is to die, who is to breed and who may not? Why select by intelligence and not by courtesy or altruism or church-going - or al of them together? It is here that eugenics fails miserably. Should the criterion be physical, like in ancient Sparta? Should it be mental? Should IQ determine one's fate - or social status or wealth? Different answers yield disparate eugenic programs and target dissimilar groups in the population.

Aren't eugenic criteria liable to be unduly influenced by fashion and cultural bias? Can we agree on a universal eugenic agenda in a world as ethnically and culturally diverse as ours? If we do get it wrong - and the chances are overwhelming - will we not damage our gene pool irreparably and, with it, the future of our species?

And even if many will avoid a slippery slope leading from eugenics to active extermination of "inferior" groups in the general population - can we guarantee that everyone will? How to prevent eugenics from being appropriated by an intrusive, authoritarian, or even murderous state?

Modern eugenicists distance themselves from the crude methods adopted at the beginning of the last century by 29 countries, including Germany, The United States, Canada, Switzerland, Austria, Venezuela, Estonia, Argentina, Norway, Denmark, Sweden (until 1976), Brazil, Italy, Greece, and Spain.

They talk about free contraceptives for low-IQ women, vasectomies or tubal ligations for criminals, sperm banks with contributions from high achievers, and incentives for college students to procreate. Modern genetic engineering and biotechnology are readily applicable to eugenic projects. Cloning can serve to preserve the genes of the fittest. Embryo selection and prenatal diagnosis of genetically diseased embryos can reduce the number of the unfit.

But even these innocuous variants of eugenics fly in the face of liberalism. Inequality, claim the proponents of hereditary amelioration, is genetic, not environmental. All men are created unequal and as much subject to the natural laws of heredity as are cows and bees. Inferior people give birth to inferior offspring and, thus, propagate their inferiority.

Even if this were true - which is at best debatable - the question is whether the inferior specimen of our species possess the inalienable right to reproduce? If society is to bear the costs of over-population - social welfare, medical care, daycare centers - then society has the right to regulate procreation. But does it have the right to act discriminately in doing so?

Another dilemma is whether we have the moral right - let alone the necessary knowledge - to interfere with natural as well as social and demographic trends. Eugenicists counter that contraception and indiscriminate medicine already do just that. Yet, studies show that the more affluent and educated a population becomes - the less fecund it is. Birth rates throughout the world have dropped dramatically already.

Instead of culling the great unwashed and the unworthy - wouldn't it be a better idea to educate them (or their off-spring) and provide them with economic opportunities (euthenics rather than eugenics)? Human populations seem to self-regulate. A gentle and persistent nudge in the right direction - of increased affluence and better schooling - might achieve more than a hundred eugenic programs, voluntary or compulsory.

That eugenics presents itself not merely as a biological-social agenda, but as a panacea, ought to arouse suspicion. The typical eugenics text reads more like a catechism than a reasoned argument. Previous all-encompassing and omnicompetent plans tended to end traumatically - especially when they contrasted a human elite with a dispensable underclass of persons.

Above all, eugenics is about human hubris. To presume to know better than the lottery of life is haughty. Modern medicine largely obviates the need for eugenics in that it allows even genetically defective people to lead pretty normal lives. Of course, Man himself - being part of Nature - may be regarded as nothing more than an agent of natural selection. Still, many of the arguments advanced in favor of eugenics can be turned against it with embarrassing ease.

Consider sick children. True, they are a burden to society and a probable menace to the gene pool of the species. But they also inhibit further reproduction in their family by consuming the financial and mental resources of the parents. Their genes - however flawed - contribute to genetic diversity. Even a badly mutated phenotype sometimes yields precious scientific knowledge and an interesting genotype.

The implicit Weltbild of eugenics is static - but the real world is dynamic. There is no such thing as a "correct" genetic makeup towards which we must all strive. A combination of genes may be perfectly adaptable to one environment - but woefully inadequate in another. It is therefore prudent to encourage genetic diversity or polymorphism.

The more rapidly the world changes, the greater the value of mutations of all sorts. One never knows whether today's maladaptation will not prove to be tomorrow's winner. Ecosystems are invariably comprised of niches and different genes - even mutated ones - may fit different niches.

In the 18th century most peppered moths in Britain were silvery gray, indistinguishable from lichen-covered trunks of silver birches - their habitat. Darker moths were gobbled up by rapacious birds. Their mutated genes proved to be lethal. As soot from sprouting factories blackened these trunks - the very same genes, hitherto fatal, became an unmitigated blessing. The blacker specimen survived while their hitherto perfectly adapted fairer brethren perished ("industrial melanism"). This mode of natural selection is called directional.

Moreover, "bad" genes are often connected to "desirable genes" (pleitropy). Sickle cell anemia protects certain African tribes against malaria. This is called "diversifying or disruptive natural selection". Artificial selection can thus fast deteriorate into adverse selection due to ignorance.

Modern eugenics relies on statistics. It is no longer concerned with causes - but with phenomena and the likely effects of intervention. If the adverse traits of off-spring and parents are strongly correlated - then preventing parents with certain undesirable qualities from multiplying will surely reduce the incidence of said dispositions in the general population. Yet, correlation does not necessarily imply causation. The manipulation of one parameter of the correlation does not inevitably alter it - or the incidence of the outcome.

Eugenicists often hark back to wisdom garnered by generations of breeders and farmers. But the unequivocal lesson of thousands of years of artificial selection is that cross-breeding (hybridization) - even of two lines of inferior genetic stock - yields valuable genotypes. Inter-marriage between races, groups in the population, ethnic groups, and clans is thus bound to improve the species' chances of survival more than any eugenic scheme.



 

Ergonomics - Are you sitting comfortably?


Ergonomics - Are you sitting comfortably?

Word Count:
345

Summary:
Ergonomics is, basically, the science of comfort.


Keywords:
ergonomics, comfort, posture


Article Body:
Ergonomics is, basically, the science of comfort. It is the study of how your equipment affects you when you are at work, both in terms of maximising your efficiency and reducing any health risks that might be present.

Where you've probably heard the term, though, is used in relation to computer equipment: mice, mouse mats, keyboards, monitors, and the like. The traditional design of a lot of computer equipment is very unergonomic, meaning that if it is used for extended periods of time (as you do when you are using it at your job), you can get all sorts of injuries, the most famous being RSI (repetitive strain injury).

Whatever you might think of your employer, the chances are that they don't want you getting injured: they'd have to get along without you, or go to the trouble of replacing you, not to mention the legal liability they might have if you could prove that it was there equipment that hurt you. For this reason, ergonomic computer equipment is becoming more and more common in office environments. If your keyboard is oddly-shaped, that's because it's ergonomic. If your mouse mat has a little soft spot to rest your wrist on, that's because it's ergonomic. There are plenty more examples.

It's these little, inexpensive extras that go some way towards reducing the possibility that you will get injured at work. One thing you might not have considered, though, is that they can also work well in the home. If you use your computer a lot at home – whether as a hobby, or as a freelancer, or for home working – you should get some ergonomic equipment for yourself. If you injure yourself through computer use, you'll have no-one to sue or blame but yourself, which might mean that you won't be able to afford the costs of caring for and treating the condition. RSI really isn't pleasant, so you should make sure to take measures to protect yourself, wherever the computer you're using might be.


 

viernes, 10 de junio de 2011

Energy Conservation


Energy Conservation

Word Count:
352

Summary:
Article is a pretty accurate picture of the ways in which our
world society is trying to find solutions to our ever decreasing
fossil fuel sources.6:04 PM 4/20/2006   Author: Lucien Beauley


Keywords:
energy conservation,  solar energy, wind energy, LED lighting


Article Body:
The Role We Can Each Play
 

 We can all play a part in lessening our reliance on fossil fuels.

A- Use low-energy lamps such as CFL replacements for as many incandescent lightbulbs as possible in our home or apartment.
B- Turn off all lamps in areas where they are not needed.
C- Turn down water heater temperature to between 120-125 degrees.
D- Seal your home or apartment from obvious air drafts.

   These steps could save the average family $300. to $400. a year in electricity costs alone, lessening the fossil fuel needed to produce it. It certainly becomes plainly obvious that if all Americans stopped driving their automobiles and ceased all commercial transportation, which includes both ground and air travel, we would most likely not be importing any foreign oil and would likewise be exporting at least some of the oil that we produce here. Obviously, this is not feasable.

   Lately, most governments of the world have made it their priority to begin to deal with the problems of energy consumption and how to deal with the over consumption of fossil fuels along with Renewable energy sources. Many are adopting the latest in renewable energy technology such as Wind Power and Solar Power generation. Many have begun new projects that when completed will save millions of dollars on imported oil, domestic use of oil, or other fossil fuels.
 
   Renewable Energy is the road to take. We must now tame this new source to be more competitive and more reliable than its predecessors which have been a source for many decades earlier. Today, we are learning this taming process very quickly and as we adopt these new technologies they will become more rewarding. Eventually, it is hoped, the oil wells of the world will wane into a minority source of energy.

   With Renewable Energy in the news of late and the phenominal increase in Windmill farm deployments in 2004 and 2005 along with greatly expanded use of Solar Energy in this same period in many areas of this country, it is hoped that this trend will greatly lessen our needs for Fossil fuel sources in the near future.


 

Easy Water Saving During Water Shortage


Easy Water Saving During Water Shortage

Word Count:
648

Summary:
Global warming and rising sea levels, yet a water shortage.

As the earth heats up and the ice caps melt, the sea levels start to rise - and what do we have - hose-pipe bans and a situation of "water, water everywhere and not a drop to drink"!

After every long winter, the warm and sunny weather finally arrives - together with hose-pipe bans for many of us. I am lucky to live in an area that has not banned the use of hose-pipes, but because I have a water meter, I am very...


Keywords:
water shortage  water saving


Article Body:
Global warming and rising sea levels, yet a water shortage.

As the earth heats up and the ice caps melt, the sea levels start to rise - and what do we have - hose-pipe bans and a situation of "water, water everywhere and not a drop to drink"!

After every long winter, the warm and sunny weather finally arrives - together with hose-pipe bans for many of us. I am lucky to live in an area that has not banned the use of hose-pipes, but because I have a water meter, I am very conscious of how much water I use. I would like to be able to say that my concern is only for the environment, and that does matter to me, but the amount of my bills is a factor that is rather more important at the moment. I already have three water-butts and 2 plastic dustbins for storing rain water, but they do not last very long when you are watering thirsty runner beans. So I have started to save my shower water! Any recycled water is known as "grey water" and can be bath or shower water, washing up water or water from your washing machine. You can use this water in your garden for plants and shrubs, but it is not a good idea to water your fruit and vegetables with this water saving method because of the chemicals used in the various soap products. Also, if you want to save the water from your washing machine, then you need to change to non-bio washing powder or liquid. Washing up water needs to be filtered first - but this can be done by pouring the saved water into a watering can or bucket through an old pair of tights (is there no end to the use of old tights?)

So, my shower water is now collected & saved instead of going straight down the drain. My next door neighbour has been very helpful and put an extension piece onto the pipe that is connected to the outlet from my bath so it now empties into a large container. But he has done it in a way that means I can re-divert back to the drains during the winter. I should add that I live in a bungalow, so this has not been too big a job. The container was given to me and my neighbour had a piece of plumbing pipe in his garage, so there has been no cost involved in saving this water. I am managing to save about 50 litres of water per shower, which is enough to water my shrubs and plants that are not established and whose roots have not yet grown down far enough to obtain enough moisture by themselves. I have never thought it worth watering the lawn, although I realise some people want their grass to be green, not patchy and brown like mine.

If your drains are situated in a place that means you cannot put a container nearby, and you don't want to carry watering cans through your home, there is a gadget now available from many gardening stores and on the internet. It is called a "drought buster" and is, basically, a length of hose-pipe with a "bulb" near one end and uses atmospheric pressure to draw the water up from the bath and through the hose pipe. A few squeezes of the bulb will start the water flowing and, if the pipe is long enough, you can put the other end out through a window into a container. The hose can be lengthened by using standard hose pipe connectors.

I know you can also purify water with certain plants, so after I've watered the garden with the saved water i think I'll look up my books to see which reeds will clean up the water from my washing machine - then I'll be able to top up the pond!


 

lunes, 6 de junio de 2011

E=mc2 is Wrong - Einstein's Special Relativity Fundamentally Flawed


E=mc2 is Wrong - Einstein's Special Relativity Fundamentally Flawed

Word Count:
542

Summary:
In 1905, Albert Einstein published 'On the Electrodynamics of Moving Bodies' now known as Special Relativity; this theory revolutionized geometry, math, physics, science and the classical perspective of the universe as understood since Newton's time.  However, were there intrinsic errors in this theory?


Keywords:
einstein, relativity, albert einstein, special relativity, general relativity, physics, science, space, cosmos, cosmology, astronomy, emc2, e=mc2, kepler, maxwell, copernicus, ptolemy, galileo


Article Body:
Is Albert Einstein's Special Relativity incompatible with the very equations upon which science's greatest theory is built?  New observations made by many scientists and engineers appear to contradict the great scientist's ideas.  Apparently there are implicit contradictions present within Relativity's foundational ideas, documents and equations.  One individual has even pointed that quotations from the 1905 document and Einstein's contemporaries as well as interpretations of the Relativity equations clearly and concisely describe a confused and obviously erroneous theory.  It is time therefore, for science to update its thinking on this theory with a comprehensive analysis of the history leading up to, during and after that revolutionary year of Special Relativity.

As this is the 100 year anniversary of the original release of Special Relativity, a review of the original assumptions, documents and ideas which led to the acceptance of this theory is timely and warranted.  Every year millions of students are taught this theory without a critical analysis of Relativity.  Relativity Theory consists of its two variants Special Relativity and General Relativity and is considered the cornerstone of modern physics.

Albert Einstein borrowed from the ideas of Fitzgerald, Lorentz and Voigt to create a new concept of the universe.  His first work in this regard later came to be known as Special Relativity and contained many controversial ideas which today are considered axiomatic.  Amongst these are Length Contraction, Time Dilation, the Twin Paradox and the equivalence of mass and energy summarized in the equation E=mc2.

This equation became the shining capstone of the new theory along with its first & second postulates, namely, that the laws of nature are the same from all perspectives and that the speed of light 'c' is constant in a vacuum regardless of perspective.  Further, the theory also predicted an increase in mass with velocity.  Numerous examples have been given of the 'proof' of the validity of Special Relativity.

Most notably, experiments using particle accelerators have sped particles to incredible velocities which apparently provide confirmation of Einstein's theory.  However, doubts remain in the scientific community who have never totally given up the comfort of a Newtonian world view.  This is readily apparent in that they refer to the Newton's 'Law' of Gravitation whilst Special Relativity (SR) and General Relativity (GR) are given the polite attribution 'The Theory of' or simply SR 'theory' and GR 'theory.'  Einstein would continue working on the ideas of Special Relativity until producing the aforementioned even more controversial treatise.

In his later more comprehensive work called the Theory of General Relativity (1916), Einstein proposed a major re-thinking of cosmology.  He conceived of a space time continuum that is curved by mass; in other words, planets, stars, galaxies and other stellar objects cause a curvature of space time.  The movement of these objects are determined by the aforementioned curvature.

As a result of these ideas, our understanding of geometry, math, physics, science and the universe would never be the same.  However, some scientists are reporting that speed of light is not constant from different experimental observations.  One has even reported errors in the fundamental equations.  If so, this would require a major rethinking of the known cosmological models and assumptions of modern physics.


 

Disruptive Technologies – Part 1: How music editors are related to steam engines


Disruptive Technologies – Part 1: How music editors are related to steam engines

Word Count:
808

Summary:
I am not into technologies, those that change so ever fast, and always. But I do observe technological trends, along which the development of scientific applications revolves.


Keywords:
Disruptive,Disruptive Technologies,music editor,music maker, music editor software


Article Body:
I am not into technologies, those that change so ever fast, and always. But I do observe technological trends, along which the development of scientific applications revolves.

And of all trends, perhaps disruptive technologies are the defining path of industrial implications, a linear passage that technological progress almost invariably follows. Though the concept of "disruptive technologies" is only popularized in 1997 by Harvard Business School Professor Clayton Christensen in his best-seller "The Innovator's Dilemma", the phenomenon was already evidenced back in 1663, when Edward Somerset published designs for, and might have installed, a steam engine.

As put forth by Clayton Christensen, disruptive technologies are initially low performers of poor profit margins, targeting only a minute sector of the market. However, they often develop faster than industry incumbents and eventually outpace the giants to capture significant market shares as their technologies, cheaper and more efficient, could better meet prevailing consumers' demands.

In this case, the steam engines effectively displaced horse power. The demand for steam engines was not initially high, due to the then unfamiliarity to the invention, and the ease of usage and availability of horses. However, as soon as economic activities intensified, and societies prospered, a niche market for steam engines quickly developed as people wanted modernity and faster transportation.

One epitome of modern disruptive technologies is Napster, a free and easy music sharing program that allows users to distribute any piece of recording online. The disruptee here is conventional music producers. Napster relevantly identified the "non-market", the few who wanted to share their own music recordings for little commercial purpose, and thus provided them with what they most wanted. Napster soon blossomed and even transformed the way the internet was utilized.

Nevertheless, there are more concerns in the attempt to define disruptive technologies than simply the definition itself.

One most commonly mistaken feature for disruptive technologies is sustaining technologies. While the former brings new technological innovation, the latter refers to "successive incremental improvements to performance" incorporated into existing products of market incumbents. Sustaining technologies could be radical, too; the new improvements could herald the demise of current states of production, like how music editor softwares convenience Napster users in music customization and sharing, thereby trumping over traditional whole-file transfers. The music editors are part of a sustaining technological to Napster, not a new disruptor. Thus, disruptive and sustaining technologies could thrive together, until the next wave of disruption comes.

See how music editors are linked to steam engines? Not too close, but each represents one aspect of the twin engines that drive progressive technologies; disruptors breed sustainers, and sustainers feed disruptors.

This character of sustaining technologies brings us to another perspective of disruptive technologies: they not only change the way people do business, but also initiate a fresh wave of follow-up technologies that propel the disruptive technology to success. Sometimes, sustaining technologies manage to carve out a niche market for its own even when the disruptive initiator has already shut down. Music editor and maker softwares continue to healthily thrive, despite Napster's breakdown (though many other file sharing services are functioning by that time), with products like the AV Music Morpher Gold and Sound Forge 8.

A disruptive technology is also different from a paradigm shift, which Thomas Kuhn used to describe "the process and result of a change in basic assumptions within the ruling theory of science". In disruptive technologies, there are no assumptions, but only the rules of game of which the change is brought about by the behaviors of market incumbents and new entrants. They augment different markets that eventually merge. In Clayton Christensen's words, newcomers to the industry almost invariably "crush the incumbents".

While researching on disruptive technologies, I came across this one simple line that could adequately capture what these technologies are about, "A technology that no one in business wants but that goes on to be a trillion-dollar industry." Interesting how a brand new technology that seemingly bears little value could shake up an entire industry, isn't it?

You are probably asking, why then that no one wants it? Or how true is the money claim to these disruptive technologies? And if it is true, what are the implications to the business practice? How do market incumbents and new entrants behave?

The scope of this article could only let me take the first question. Well, it is not that dominating companies are not visionary to see a disruption is coming. They can't. A disruptive technology is inherently not attractive initially; no one could see how Napster could boom and lead to the thriving market of audio softwares like the music editors and mixers, except the disruptors themselves. Even if one manages to foresee it, the "Innovator's Dilemma" is there to keep them from acting.

And as the books show, technology has always evolved in waves of disruption.


 

sábado, 4 de junio de 2011

Discover Your Genius Within


Discover Your Genius Within

Word Count:
524

Summary:
The functions of the right and left brain are only a small portion of the potential that comprises THE MIND. The mind and the brain are two very different things. You can think of the brain as the hard drive of the computer and the mind as the software. Your mind is the intelligence that is in every cell, every system and every organ of your body. It is that intangible, incredible, and awe-inspiring part of you that thinks, remembers, sorts information, makes judgments, forms...


Keywords:
genius, visual, auditory, kinesthetic, communication, senses, brain, mind


Article Body:
The functions of the right and left brain are only a small portion of the potential that comprises THE MIND. The mind and the brain are two very different things. You can think of the brain as the hard drive of the computer and the mind as the software. Your mind is the intelligence that is in every cell, every system and every organ of your body. It is that intangible, incredible, and awe-inspiring part of you that thinks, remembers, sorts information, makes judgments, forms habits, discerns, distinguishes, communicates and otherwise makes you who you are. It is the genius within.

Your mind takes in all information through the five senses (sight, touch, hearing, smell and taste). You can liken the five senses to the keyboard on the computer. You receive input through your senses, your "data entry" system. Your brain then stores, categorizes and utilizes this information. A genius knows how to access that information and then apply it in discovering the solutions to any problems that may arise. It is therefore essential that you discover your own individual style for gathering and communicating information.

Some of us process sensory input more effectively through visual means, others through auditory stimuli, and others through a kinesthetic (a touch or feel) approach. Here's a very simple way to begin to contemplate which way your genius accesses information. Imagine for a moment that you are buying a new item of clothing for an important meeting. Would you be most influenced to buy primarily for a) the color and style of the outfit; b) the benefits the salesperson tells you about the clothing; c) the texture and feel of the fabric. If you chose "A", your brain receives information primarily through visual means. If you chose "B", you perceive information primarily through auditory means. If "C", you most likely access information through kinesthetic means.

Everyone learns and communicates in all three of these modes. However, most people have developed a natural preference, and tend to use one method more frequently. As an awakening genius, it's your goal to become aware of your preference and then strive to strike a balance between all three modes: visual, auditory, and kinesthetic.

Are you willing to stretch your abilities by consciously choosing to use your other senses more? Can you imagine the benefits of opening your mind to receive ALL the input from the world around you? Doing so will give you an awareness of an exciting world that's been there all along, but which you may have been missing.

It is natural for you to use what is comfortable, but the awakened genius is willing to grow. Like the turtle, you won't go far without coming out of your shell. You will be pleasantly surprised as you practice using and developing your other senses. You will notice how your memory improves and how easy it becomes for you to make choices. You will discover a whole new world of communication. Once you learn to create a balance in perception, you will be well on your way to thinking holographically – and using the full power of your genius!


 

Discover The Mystery Of Marine Life


Discover The Mystery Of Marine Life

Word Count:
405

Summary:
I have always been a naturally curious person. Ever since I was a little girl, I have always been full of questions. My mother and father frequently tell me and my family stories about how they could never make it through a car ride, a grocery trip or almost anything without me stopping them at least once with a question. For me, everything holds a little bit of mystery and magic. One of the biggest things that is mysterious to me is marine life.

I became interested in mar...


Keywords:
marine life


Article Body:
I have always been a naturally curious person. Ever since I was a little girl, I have always been full of questions. My mother and father frequently tell me and my family stories about how they could never make it through a car ride, a grocery trip or almost anything without me stopping them at least once with a question. For me, everything holds a little bit of mystery and magic. One of the biggest things that is mysterious to me is marine life.

I became interested in marine life upon my family's first vacation to Florida during my elementary years. We visited a couple of large aquariums and zoos that contained a lot of marine life and I was hooked. I didn't know such a thing as marine life existed before that trip to Florida, but my curiosity couldn't be stopped from that day on. I asked my parents for books about marine life, for stuffed marine life animals, and for trips to the zoo as often as I had the opportunity.

I think the main thing that first intrigud me about marine life is the fact that is takes place mostly under water. Marine life is a totally different kind of life, and that's why I am full of wonder about it. When it came time for me to choose a college and to prepare for a career, the choice was obvious. I went to university in Florida and studied Marine Biology. I chose this subject because it meant that I got to spent four years studying marine life. I couldn't be happier.

Even if you have no desire to study marine life for a profession, there are many ways for you to curb or entice your curiousity about it. Get online and see what you can learn or get off to your local library and check out a few books or magazines about marine life. See what can be learned and see if you can even narrow your interest further to include a particular variety of marine life.

If you are full of mysterious wonder about marine life, one of the best things you can do is to make a visit to an aquarium that is full of marine life. There is nothing like seeing your favorite species of marine life live. So make plans to explore the wonders of marine life on your next vacation. You'll be so glad you did.