8th Grade Science Projects Made Simple and Fun

The idea of 8th grade science projects is to use scientific observations and experiments to come to logical conclusions and demonstrate how the conclusions were drawn. Depending on the complexity level and the resources and time that will be required to complete the project, they can be group undertakings or done by individual students. No matter what grade level is participating in science fair projects, they are designed to challenge the abilities of children to experiment as well as extrapolate and explain their scientific ideas.

Science fair projects are often center around biology for a number of reasons. One reason for this is that it's easy for a child to experiment with concepts they can understand. Think about it, humans are also biological beings. Another reason this is a good area to explore is the necessary materials are ready available in most homes. If you encourage your child's natural resourcefulness, you won't have to buy a science kit.

Here are a few good ideas of biology related science projects for 8th grade students to experiment with.

8th Grade Science Projects Made Simple and Fun

Study the Skeletal System

To complete this experiment you might have to find one of those plastic skeletons that are used for Halloween decoration to demonstrate that a baby has more bones than an adult. While babies have 300 bones, adults have just 206. The reason for this is that the fusion of bones in many parts of the body is a natural part of the physical development process that is ongoing from infancy to adulthood.

The entire process of bone fusion can be explained in detail using slide presentations, charts, and labeling the precise parts where fusion takes place on the plastic skeleton.

Study Microorganisms in Soil

These are 8th grade science fair projects, particularly for the child that enjoys gardening. While doing the experiment, your child will have the opportunity to learn how to observe microorganisms using a compound microscope.

To do the experiment, your child will start by collecting four soil samples from four different areas in their neighborhood. Try to choose diverse areas like a riverside, the municipal garden, the woods on the edge of town, and a backyard garden. These are just examples; any samples will do as long as they are different from each other. Remember, for control purposes; take the same amount of soil for each sample.

Each of the soil samples should be placed in a glass jar with the same amount of water added to each sample to make soil solutions. The jars should be tightly close with their lids before they are placed in an area that gets plenty of sunlight for the maximum hours of possible exposure. After ten days time your child will use a compound microscope to study the microorganisms that in the soil. Your child should take detailed notes of their observations in order to draw conclusions on which sample is best for use in gardening.

Study the Effect of Soap on Plants

Other fun 8th grade science projects include studying how soap effects a plants growth. The materials that are needed for this experiment are also easy to assemble. Your child will need four Petri dishes, four filter papers that are used to cover each dish, wheat seeds that will be equally distributed in the dishes, and four different kinds of soap.

First, combine each of the soaps with water before placing each solution in a separate Petri dish. Be sure that the dishes are labeled with kind of soap it holds. Soak the wheat seeds in the solutions over night and add 5-8 drops of the respective soap and water solution to each dish, every day for seven days. Notes should be taken regarding the growth of the seeds in each dish every day. At the end of the week, the notes can be translated into graphs and charts for the presentation.

By using one of these ideas for 8th grade science projects, your child can win that award!

8th Grade Science Projects Made Simple and Fun
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For more 8th grade science projects and step-by-step instructions, visit http://www.easy-kids-science-experiments.com. Be sure to check out our site for tons of simple science projects elementary science experiments, middle school, and high school science.

© Copyright 2010. Feel free to reprint this article on your site as long as the article is not modified in any way and the resource information (about the author) is listed as above.

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The Ways An Air Conditioner Compressor Can Fail, and What To Do About It

Air conditioner compressors usually fail due to one of two conditions: time and hours of operation (wear out), or abuse. There are some failures that can occur elsewhere in the system that will cause a compressor failure, but these are less common unless the system has been substantially abused.

Usually abuse is a result of extended running with improper freon charge, or as a consequence of improper service along the way. This improper service can include overcharging, undercharging, installing the wrong starter capacitor as a replacement, removing (rather than repairing/replacing) the thermal limiter, insufficient oil, mixing incompatible oil types, or wrong oil, installing the compressor on a system that had a major burnout without taking proper steps to remove the acid from the system, installing the wrong compressor (too small) for the system, or installing a new compressor on a system that had some other failure that was never diagnosed.

The compressor can fail in only a handful of different ways. It can fail open, fail shorted, experience a bearing failure, or a piston failure (throw a rod), or experience a valve failure. That is pretty much the entire list.

The Ways An Air Conditioner Compressor Can Fail, and What To Do About It

When a compressor fails open, a wire inside the compressor breaks. This is unserviceable and the symptom is that the compressor does not run, though it may hum. If the compressor fails open, and following the steps here does not fix it, then the system may be a good candidate for a new compressor. This failure causes no further failures and won't damage the rest of the system; if the rest of the system is not decrepit then it would be cost effective to just put a new compressor in.

Testing for a failed open compressor is easy. Pop the electrical cover for the compressor off, and remove the wires and the thermal limiter. Using an ohmmeter, measure the impedance from one terminal to another across all three terminals of the compressor. Also measure the impedance to the case of the compressor for all three terminals.

You should read low impedance values for all terminal to terminal connections (a few hundred ohms or less) and you should have a high impedance (several kilo-ohms or greater) for all terminals to the case (which is ground). If any of the terminal to terminal connections is a very high impedance, you have a failed open compressor. In very rare cases, a failed open compressor may show a low impedance to ground from one terminal (which will be one of the terminals associated with the failed open). In this case, the broken wire has moved and is contacting the case. This condition - which is quite rare but not impossible - could cause a breaker to trip and could result in a misdiagnosis of failed short. Be careful here; do an acid test of the contents of the lines before deciding how to proceed with repair.

When a compressor fails short, what happens is that insulation on the wires has worn off or burned off or broken inside the compressor. This allows a wire on a motor winding to touch something it should not touch - most commonly itself a turn or two further along on the motor winding. This results in a "shorted winding" which will stop the compressor immediately and cause it to heat up and burn internally.

Bad bearings can cause a failed short. Either the rotor wobbles enough to contact the stator, resulting in insulation damage that shorts the rotor either to ground or to the stator, or end bearing wear can allow the stator to shift down over time until it begins to rub against the stator ends or the housing.

Usually when one of these shorts occur, it is not immediately a hard short - meaning that initially the contact is intermittent and comes and goes. Every time the short occurs, the compressor torque drops sharply, the compressor may shudder a bit visibly as a result, and this shudder shakes the winding enough to separate the short. While the short is in place, the current through the shorted winding shoots up and a lot of heat is produced. Also, usually the short will blow some sparks - which produces acid inside the air conditioner system by decomposing the freon into a mixture of hydrochloric and hydrofluoric acid.

Over time (possibly a couple of weeks, usually less) the shuddering and the sparking and the heat and the acid cause insulation to fail rapidly on the winding. Ultimately, the winding loses enough insulation that the inside of the compressor is literally burning. This will only go on for a few minutes but in that time the compressor destroys itself and fills the system with acid. Then the compressor stops. It may at that time melt a wire loose and short to the housing (which can trip your house main breaker) or it may not. If the initial cause of the failure was bad bearings causing the rotor to rub, then usually when the thing finally dies it will be shorted to the housing.

If it shorts to the housing, it will blow fuses and/or breakers and your ohmmeter will show a very low impedance from one or more windings to ground. If it does not short to the housing, then it will just stop. You still establish the type of failure using an ohmmeter.

You cannot directly diagnose a failed short with an ohmmeter unless it shorts to the housing - a shorted winding won't show up with an ohmmeter though it would with an inductance meter (but who has one of those?) Instead, you have to infer the failed short. You do this by establishing the the ohmmeter gives normal readings, the starter capacitor is good, power is arriving at the compressor, AND an acid test of the freon shows acid present.

With a failed short, just give up. Change everything, including the lines if possible. It is not worth fixing; it is full of acid and therefore is all junk. Further, a failed short could have been initially induced by some other failure in the system that caused a compressor overload; by replacing the whole system you also will get rid of that potential other problem.

Less commonly, a compressor will have a bearing failure, piston failure or a valve failure. These mechanical failures usually just signal wear out but could signal abuse (low lubricant levels, thermal limiter removed so compressor overheats, chronic low freon condition due to un-repaired leaks). More rarely, they can signal another failure in the system such as a reversing valve problem or an expansion valve problem that winds up letting liquid freon get into the suction side of the compressor.

If a bearing fails, usually you will know because the compressor will sound like a motor with a bad bearing, or it will lock up and refuse to run. In the worst case, the rotor will wobble, the windings will rub on the stator, and you will wind up with a failed short.

If the compressor locks up mechanically and fails to run, you will know because it will buzz very loudly for a few seconds and may shudder (just like any stalled motor) until the thermal limiter cuts it off. When you do your electrical checks, you will find no evidence of failed open or failed short. The acid test will show no acid. In this case, you might try a hard-start kit but if the compressor has failed mechanically the hard-start kit won't get the compressor to start. In this case, replacing the compressor is a good plan so long as the rest of the system is not decrepit. After replacing the compressor, you must carefully analyze the performance of the entire system to determine whether the compressor problem was induced by something else.

Rarely, the compressor will experience a valve failure. In this case, it will either sit there and appear to run happily but will pump no fluid (valve won't close), or it will lock up due to an inability to move the fluid out of the compression chamber (valve won't open). If it is running happily, then once you have established that there is indeed plenty of freon in the system, but nothing is moving, then you have no choice but to change the compressor. Again, a system with a compressor that has had a valve failure is a good candidate for a new compressor.

Now, if the compressor is mechanically locked up it could be because of a couple of things. If the compressor is on a heat pump, make sure the reversing valve is not stuck half way. Also make sure the expansion valve is working; if it is blocked it can lock the compressor. Also make sure the filter is not clogged. I once saw a system that had a locked compressor due to liquid lock. Some idiot had "serviced" the system by adding freon, and adding freon, and adding freon until the thing was completely full of liquid. Trust me; that does not work.

Should diagnosis show a clogged filter, then this should be taken as positive evidence of some failure in the system OTHER than a compressor failure. Typically, it will be metal fragments out of the compressor that clogs the filter. This can only happen if something is causing the compressor to wear very rapidly, particularly in the pistons, the rings, the bores, and the bearings. Either the compressor has vastly insufficient lubrication OR (and more commonly) liquid freon is getting into the compressor on the suction line. This behavior must be stopped. Look at the expansion valve and at the reversing valve (for a heat pump).

Often an old system experiences enough mechanical wear internally that it is "worn in" and needs more torque to start against the system load than can be delivered. This system will sound just like one with a locked bearing; the compressor will buzz loudly for a few seconds then the thermal limiter will kill it. Occasionally, this system will start right up if you whack the compressor with a rubber mallet while it is buzzing. Such a system is a good candidate for a hard-start kit. This kit stores energy and, when the compressor is told to start, dumps extra current into the compressor for a second or so. This overloads the compressor, but gives some extra torque for a short time and is often enough to make that compressor run again. I have had hard-start kits give me an extra 8 or 9 years in some old units that otherwise I would have been replacing. Conversely, I have had them give only a few months. It is your call, but considering how cheap a hard-start kit is, it is worth trying when the symptoms are as described.

And this, in a nutshell, is what can happen to an air conditioner compressor and what you can do about it.

The Ways An Air Conditioner Compressor Can Fail, and What To Do About It
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Jim Locker holds advanced degrees in physics, has designed and developed computer systems and software for over 30 years, and was a landlord for 20 years running up to a couple of hundred properties. He presently works as an independent computer systems consultant and works for Just So Software, Inc. whose site is here

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Definition of Forensic Science

Forensics is a field of science dedicated to the methodical gathering and analysis of evidence to establish facts that can be presented in a legal proceeding. Though crime scenes and laboratories are perhaps, most often associated with forensics, there is also computer or network forensics, forensic accounting, forensic engineering and forensic psychiatry, among other specialized fields that are today an integral part of forensics. In the United States of America, forensics was a fairly obscure topic for the general public until the double-murder trial of Orenthal James Simpson in 1995. In the historic case that gripped the entire nation, weeks of testimony were heard on DNA blood evidence, shoeprint evidence, fiber evidence and other forensics. Since then, a bevy of forensics-based television shows have regularly topped the ratings, making it a household word.

Those who collect forensic evidence must follow strict procedures to protect the evidence from getting contaminated or destroyed, and must preserve the chain of custody. Since science is unbiased and sound, forensics is considered a very critical part of any investigation. While witnesses may often be mistaken, have credibility issues, hold a stake in the outcome, have fading memories, or even pass away, forensics "tells the same story" no matter how many times it is tested, or how many years have passed.

The field of forensics is so vast that it requires specialists or criminalists at every point of investigation, from tire track analysis, to odontology, to the lands and grooves that make every gun barrel unique. From microscopic evidence and transfer evidence such as fibers and hair, to blood splatter and forensic entomology, there are many fields of specialization within forensic science.

Definition of Forensic Science

Though forensics deals with circumstantial evidence, it is often widely considered as the best and the most compelling evidence that any prosecution or defense lawyer can have in his or her arsenal. Some people suggest that the public's awareness of forensic science might be potentially compromising to law enforcement, producing educated criminals who might be more apt to try and effect a clean crime scene. Experts generally tend to believe that it is nearly impossible to avoid leaving behind trace evidence at a crime scene, even when extraordinary efforts are made to the contrary.

Definition of Forensic Science
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Forensic Science [http://www.e-ForensicScience.com] provides detailed information on Forensic Science, Forensic Science Degrees, Forensic Science Colleges, Forensic Science Schools and more. Forensic Science is affiliated with Biotechnology Careers [http://www.i-Biotechnology.com].

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An Analysis of 'Rhapsody on a Windy Night' From TS Eliot's Prufrock and Other Observations

T.S. Eliot is regarded as an extremely important modernist writer. He inaugurated a range of narrative and stylistic techniques which exercised a considerable influence over modernism in literature. This article explores the poem 'Rhapsody on a Windy Night', from Eliot's Prufrock and Other Observations, concentrating primarily on the concept of time and how it figures in the poem.

Time is undeniably associated with notions of present and past, and it plays a significant role in 'Rhapsody on a Windy Night', hereafter in this article referred to as 'Rhapsody'. The modernist interest in time could be argued to be partially determined by earlier scientific discoveries. The concept of time itself had been in the throes of change since the sixteenth century. However the plethora of scientific explorations and discoveries in the nineteenth century seemed to herald a new age in science. While Eliot was engaged in writing the Prufrock poems, advances in theoretical physics, such as Einstein's formulation of the Special Theory of Relativity, were transforming the understanding of time as a physical measure. However, in regards to Eliot's own interests in time, it was the French philosopher Henri Bergson who exerted the most immediate influence.

While he was still residing in America, a young Eliot made extensive visits to Europe where he attended lectures given by Bergson. The philosopher's theories on time and his attempts at defining the nature of past, present, and future manifest themselves in several of the Prufrock poems, especially 'Rhapsody', which is usually regarded as reworking some of Bergson's ideas; therefore an understanding of them is useful when evaluating Eliot's own attitudes to the present. Most of Bergson is extremely difficult to comprehend so it is beneficial to attempt a summary of his ideas before analysing how they are represented in Eliot's poetry. In his Creative Evolution (1907) and Matter and Memory (1896) - two works Eliot was familiar with while composing the Prufrock poems - Bergson set out to define the nature of time and consciousness as experienced by human beings. He arrived at an idea he called 'le duree', meaning 'duration', a metaphysical construct which considers evolution and consciousness to be underlain by a constant flow of moments that cannot be measured by clock time. In Creative Evolution, Bergson proposed the notion that an individual's natural state is change, asserting that all feelings and ideas are undergoing constant change.

An Analysis of 'Rhapsody on a Windy Night' From TS Eliot's Prufrock and Other Observations

Bergson thought that an individual's memory forms a large part of this process, with past memories constantly resurfacing in a person's consciousness. It is this perpetual resurfacing of the past that plays a central role in 'Rhapsody', where, while wandering around a desolate environment, the protagonist experiences a variety of seemingly fragmented memories. In Matter and Memory Bergson endeavoured to evaluate the nature of consciousness and its inextricable association with time. This was accomplished by attempting to define the relationship between past, present and future. Bergson considered the true essence of time is its transitory nature. This presents a problem in identifying the exact point that could be considered 'the present'. Bergson concedes that what we identify as the present is formed by sensations deriving from the past and actions directed towards the future, and it is this inherent duality that informs much of the content of 'Rhapsody'.

The poem is located in an urban environment, a setting characteristic of much modernist poetry. As with the other Prufrock poems, a defining feature of 'Rhapsody' is Eliot's perfection of a highly original and distinctly modern poetic voice. It is important to acknowledge that this poet persona is not intended to represent T.S. Eliot himself, but is instead a fictional construction that brings together the formal and thematic qualities of the poem. This particular poetic consciousness belongs to an alienated individual who recounts their experiences while wandering around a desolate city after midnight. The use of the word 'rhapsody' in the poem's title is somewhat ironic, in that we normally associate this word with 'enthusiasm' or 'extravagance'; the observations and recollections that the poet persona experiences appear more to do with degradation and futility, and the prevailing tone is generally bleak and depressing.

The poet persona in 'Rhapsody' is typified by a lack of control, predominantly illustrated by the seeming random appearance of memories. This pervasive sense of involuntariness acts in part as a poetic expression of Bergson's theories. Bergson's notion of the body acting as a conduit for a range of sensations deriving from a person's past experience is evinced in the lines 'The memory throws up high and dry / A crowd of twisted things'. In choosing to say 'the memory' instead of 'my memory', adds to the divided quality of the protagonist, as if he were composed of separated parts rather than being whole.

The reader gathers that the protagonist of 'Rhapsody' has little to no control over this incessant flow of resurfacing memories. Eliot illustrates this unpredictably of memory in several lines but perhaps most notably in the bizarre image of 'a madman shakes a dead geranium'. The geraniums become a symbol for the involuntariness of the poet persona's memory in the later lines 'The reminiscence comes / Of sunless dry geraniums'.

The street lamps the poet persona encounters play a key role in the poem. They are personified - a device that contributes to the protagonist's fragmented and dissociated nature - in the second stanza, with the lines 'The street-lamp sputtered / The street-lamp muttered / The street-lamp said'. Eliot accomplishes this disjointed effect by having the poet persona's perceptions depicted as observations from the street-lamps. For example, in the second stanza the protagonist is instructed by the street lamp to observe a woman, while in the fourth and fifth stanzas they are directed to look at a cat, and then the moon, respectively. These urban sightings are deliberately seedy and depressing: the woman is clearly a prostitute; the cat is described as slipping out its tongue to devour 'a morsel of rancid butter' - an act the reader assumes to be a subtle reflection on the protagonist's own futile existence; while the moon is delineated in the most unflattering, anti-romantic hue: 'A washed-out smallpox cracks her face'. These images and those from the protagonist's memory are juxtaposed with the inexorable march of clock time, illustrated by the stark fact that most of the stanzas begin by informing the reader of the actual time.

The concept of time plays an important role in 'Rhapsody on a Windy Night'. As this article has illustrated, the notion of the present is multifaceted, when Eliot's interpretation of the theories of Henri Bergson is taken into account.

An Analysis of 'Rhapsody on a Windy Night' From TS Eliot's Prufrock and Other Observations
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The Literary Index features a vast collection of links to academic scholarship of novels and poetry I have found on the net. The site covers a wide range of literature on over 300 authors and around 1000 titles. It is of interest to anyone studying novels or poetry at advanced or degree level, as well as readers interested in exploring a certain work in greater depth.

Ben H. Wright is an independent scholar and researcher. He is also webmaster of The Literary Index.

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The Magic of the Universe and Your Thoughts - Making Us One - Quantum Physics and You

Sir Isaac Newton thought nature-as-machine which details the price laws that govern how that machine operates. Science thought the universe as empty, three-dimensional space, through which physical objects move according to immutable laws. We learn from these laws which brought us modern technology from steam engines to space probes.

We had to go deep into the heart of the atom when it was discovered in 1890. The world within the atomic nucleus, coined in ancient Greece, the term atom means "indivisible unit." We discovered Radioactivity, and it showed how the atom was divisible. Everything is energy. We all know this term: E=mc2; is energy equals mass times the speed of light squared.

We found that energy and matter is related that it can be transformed backed and forth into each other. We use a study called Quantum Physics as the study on how the world works on the smallest scales at a level far smaller than the atom. There are distinct elusive little packets of energy which physicists called quanta.

The Magic of the Universe and Your Thoughts - Making Us One - Quantum Physics and You

Everything is energy, whether it is rock, a planet, glass of water, and everything touchable, taste or smell. All things are made of molecules, which are made of atoms, combined with protons and electrons and neutrons which create this vibrating packet of energy.

Sir Isaac Newton thought nature-as-machine which details the price laws that govern how that machine operates. Science thought the universe as empty, three-dimensional space, through which physical objects move according to immutable laws. We learn from these laws which brought us modern technology from steam engines to space probes.

If you build a vision board, putting pictures of what you want on it then the boundaries between the physical world and the world of our thoughts start to disappear as well. Your thoughts travel to the universe, for there is no absolute distinction between matter and energy. These little packets of energy has the unknowable way in influencing one another with a property called entanglement

We came across the unified field theory, or a "theory of everything," if known you know the mind of God. The fact is thought influences matter which becomes tiny packets of possibility. When we try to record information about the location of a proton you cannot pin down its speed or trajectory; figuring out its speed prevents you from getting the precise location. We now know that physical matter is not anything yet. With this new understanding reality is not solid substance but a field of potentiality. When we have ideas or sketches of an object yet waiting to be materialized when we finish the product in production, and we measure its properties it would soon dematerialize when measure or observed. This act influences the particles behavior.

The Laws of Attraction

The quantum universe has no accidents, no coincidences; every particle and every action is accounted for. The laws are exacting. The laws that govern the movements of subatomic particles and solar systems also govern our thoughts and feelings, families, and careers.

Quantum Physics

Two worlds: the seen and the unseen. The key is originated in the unseen world, for the unseen world is powerful than the seen world. It is the immense, hidden portion of the ice berg that most of us are unaware of 99 percent of the time, while the tangible, material world we think of as "real" is only the minuscule tip that just above the surface of our conscious awareness. What bumps us down is what we do not see.

Everything starts as an idea. This is how the universe works with your idea. Everything in the physical world is made out of atoms. Atoms are made out of energy. Energy is made out of our consciousness. Everything in nature, every phenomenon in the universe, starts as an idea. We create from the nonphysical level, turning that which we can not see into that which we can.

Newton used the principle of cause and effect as it operates in the physical, mechanical world as the basis of his law of thermodynamics. Every action has an equal and opposite reaction. Newton did not understand that matter, energy, and consciousness are not distinct and separate domains, but are all simply different frequencies along the same continuum.

We now know that the principle of cause and effect applies not simply to the mechanics of matter but to the mechanics of everything including our thoughts, every thought you form broadcasts a distinct and particular frequency, and that frequency elicits a response from the quantum universe as surely as a swinging hammer has on the surface it strikes. In the east karma, in the west The Golden Rule: The core of principle is this you are at cause in your life and in your business. You can not blame others for your situation or circumstance. With the opposite side of any situation, you have more opportunity to create the events and circumstance in your life than you have ever imaged possible.

With the Principle of Resonance, it says that energy in a specific pattern or frequency will resonate with every other form of energy in a similar pattern. The Law of attraction is simply the action of resonance together with cause and effect. Thoughts create events and circumstances that have the same pattern, and are thus resonant with those thoughts.

To create your successful situation, you need to start with the part nobody else sees, the hidden part of the iceberg. The seed of you company is the vision. There is a gestation period. It has a law. Here is the Law of Gestation. It declares that for every seed, there is a set gestation or incubation period, a specific span of time that particular seed needs to establish itself before it can unfold from blue print into fully realized physical form. There is a zero-point field, the quantum vacuum, which is all knowing; all powerful, and all capable.

The Guard Fallacy

Fact: here is how much control our conscious functions exert over what we actually do: ten quadrillion reaction per second. Your conscious brain loses focus every six to ten seconds. Your unconscious brain never loses focus. A new finding on the brain for neuroscience is the observation that we are making new brain cells and new connections all the time. The process of neurogensis does not stop with adolescence but continues throughout the human life span. Whatever your age, your brain is perfectly capable of creating entirely new pathways. Your conscious brain loses focus every 6 to 10 seconds. Your unconscious brain never loses focus. The process of neurogensis does not stop with adolescence but continues throughout the human life span. Whatever your age, your brain is perfectly capable of creating entirely new pathways.

Neurogenesis: the process of cell division that creates new brain cells continues throughout our lives. Neuroplasticity is a neuron of a certain type is called a mirror neuron. They help us mimic the behavior that is around us. You can change your brain the way you want. We are structured so that we can grow our creativity, intelligence, and capacity for achievement throughout our lives.

Reticular Activating System (RAS) that all-important, life-shaping decision is made moment to moment, all the time, day or night, awake or asleep, by a part of your brain called (RAS). It is the scientific term for a network of nerve pathways at the base of your brain that connects the spiral cord, cerebellum, and cerebrum and acts as a filter for all the sensory input your brain draws from your external world. (Reticulum, from Latin for "little net," simply means a net like structure. A new finding on the brain for neuroscience is the observation that we are making new brain cells and new connections all the time.

You Get What You Are Looking For

How do you program your (RAS) with what you do not want? Focusing on it, and create a habit of thought around that thing. Through neural reconditioning, you can train your (RAS) to direct its amazing capacity to focus on what you do want, not what you do not want--on the solution, not the problem. The neck turns the head-brain. You can be the neck that turns your unconscious brain and points it in whatever direction you want. Our autopilot called the psycho cybernetic mechanism. Cybernetic refers to a control and response mechanism in organisms and some machines. The Thermostat in your brain is the natural self-corrective process dubbed the psycho cybernetic mechanism. This was termed by Maxwell Maltz a plastic surgeon.

Taping the Power of the Quantum Universe

You can change your brain the way you want. We are structured that we can grow our creativity, intelligence, and capacity for achievement throughout our lives. Remember this please. Let us tap the power of the quantum universe. The unconscious mind is like the dog that wags the tail. Your conscious mind is where you design your new beliefs--but it is not where you hold these beliefs.

First use your conscious facilities, choose the thoughts you want to have as your beliefs. They systematically impress these thoughts on the unconscious part of your brain.

With our conscious mind using will and imagination, pluck an idea out of the Quantum Universe and see the possibilities. We choose what we think. We must take these conscious thoughts and bring them into impeccable clarity, and deliver them to our unconscious facilities.

Setting goals is a conscious exercise; achieving goals is a spiritual and unconscious exercise. To succeed we need to become expert in using both parts of our brain. Most of us never have been taught how to do this. First; use your conscious abilities, such as imagination, intuition, reasoning, and the rest--to craft a crystal clear (vision), picture of your dream business: the perfect seed.

Second: Plant the seed in the unconscious mind, making it a habit of thought--a belief. Once you do that, no force in the world can stop it from happening. Discover those areas where you are strong, those areas where you have keen intelligence, and focus on those. Discover what it is you are uniquely gifted to be and to do, then build your business and your life in ways that take maximum advantage of those aspects of yourself. That is when goals come easily.

Take the gifts you have and make those your pillars. Then find other people who have other intelligence, other gifts, and help them become your allies. Make it your goal to share your gifts with the world. You must create a vision for your business. Here is how it is done. Create your Business Vision.

1. Put it in the present tense. "My business is going to be good for people and people will appreciate it...to give them an alternative approach to medicine.
2. Make it visual and emotional so it will attract what you need to manifest it as a physical reality.
3. Knock it out of the park!

Here are the three roles of the unconscious brain: 1. It runs your personal biochemical operating system; 2. It runs your programmable software: your habits, routines, attitudes; 3. It connects you with the Quantum field of infinite intelligence.

Our brain is an electromagnetic switching station, and it connects to the seen and unseen world. Great ideas and invention have come from our state of light sleep into our unconscious brain. Your unconscious brain has access to all knowledge. No matter what the problem, challenge, or need, it knows where to feed the problem, challenge, or need.

The Success Code:
1. Find something you have a passion for accomplishing.
2. Become excellent at it.
3. Recondition your mind to be here. You can have it and achieve it.
4. You must understand how to make money at it.
5. You must take daily action.

Affirmations are very important. Whenever there is a conflict between consciousness and unconscious, the unconscious will always win. Your present beliefs determine your outlook. If you are broke, then your belief is, "I am broke: That is how and who I am." You will say, "I do not deserve to have a lot of money."

Step 1: The fact is you are in the drivers', seat; your life is your creation and principle tool you have used to create it your beliefs. If you want to change things, and then decide what beliefs you want to have. Your conscious brain puts things in logical, linear sequences. It has to: It can not focus on more than one or two things at a time.

Step 2: Your unconscious can focus on a million things at once. It does not need to think, first this, then that, then eventually....We can not create large, successful businesses all by ourselves; none of us can.

Step 3: Create emotional Anchors for Neural Linking. Neural linking uses emotional association to deepen the impact of any belief or affirmation you choose. You accomplish this by linking that new belief with powerful feelings that already exist in association with some other memory. Neural Linking happens all the time. Your habits on what you put on first, brushing your teeth in the morning.

Step 4: Prepare your Neural Imprinting Material. The most common example of imprinting materials are:
a) Written statements
b) Audio recording, be creative
c) Subliminal media
d) Picture and vision boards or dream boards

Step 5: Your Neural Reconditioning routine
Keep in step same time of day each day for your heart rhythms. A routine practiced five days in a row at the same time every day has a far greater impact on your developing abilities than a routine practiced five days in a row at widely different times. The best time is when a little tired and not too focused. That half-awake/half-asleep state when you do not have your conscious filters fully in place is the moment when your unconscious is most accessible. The ideal time is first thing upon rising in the morning, and last thing before going to sleep at night. Lunch break is a good time.

Meditation
Meditation is the foundation of the neural reconditioning process, the ground upon which you build the structures of new beliefs, goals, and aspirations in your unconscious brain. We will look at the different types of Brain Waves. Which brain waves would you like to be in most of the time?

Brain Waves
Alpha (8-14 Hz): These brain waves are associated with relaxation, deep learning, relaxed focus light trances, bring on a mental sleep or waking drowsiness, producing higher intuitive factors, meditation, and the beginning of access to the unconscious mind. Access to the quantum field begins with Alpha brain waves.

Theta 4-7Hz): Dreaming state (vital for learning and memory) increased creativity and ability to tap into universal intelligence, integrative emotional experiences, potential changes in behavior and increased retention of learned material. There are high levels of access to the quantum field that is available through theta brain waves.

Delta (0.1-4Hz): Slow, very long brain waves associated with dreamless sleep, and the release of human growth hormone (HGH). Trained workers can access this level of the quantum field in an awakened state.

Beta: High (15-18 Hz); Low (12-15Hz) When you are awake and active, thinking, social and in a normal state in life and at work.

Compare these four common levels of brain waves to the four gears of an automobile, with beta being first gear, alpha second, theta third, and delta fourth. Most of us function in the beta range all day long. Beta would not take you very far, once the initial information is figured out, you want to drop back into second gear. As you shift gears there is less stress on the engine of your life. You move faster and your engine heart rate (slows down). You have less wear and tear as you shift gears. Less frustration and anger, less depression and anxiety--and you are getting more accomplished.

Gear Shift Your Brain

Meditation must be practiced: concentration on breathing is important. Start for six minutes, then fifteen minutes, then thirty minutes. Yes, your mind will wonder, but then bring it back. Meditation is a powerful ground work for neural reconditioning. You are developing your ability to access and stay loaded onto your goals like a laser-- and when you do, you open the possibility for the quantum field to respond, resonate, and supply all those elements you need for the fulfillment of the goals. You will exercise the Law of Attraction. Note: the average human being loses focus every six to ten seconds through meditation. Mastering meditation will result in your world to slow down giving you more time to accomplish your goals.

You can start to reprogram your brain at any age. You are building new neural connections (plasticity. You are keeping your brain alive and vital. Now phrase your goals and vision in positive terms. You can use the terms debt-free, alcohol free, or drug free. The associations we have in our minds are already clear on what debt-free means. We subconsciously emphasize the free, so it does not seem to cause us to go in the opposite direction such as toward debt, alcohol or drugs.

Any new material introduced will set up a conflict of interest bring on habitual beliefs for your psycho cybernetic mechanism will be enforced. You may get a detox type reaction to this process. You are forcing the brain to move into a higher order of functioning which shows up as you usually release chemicals that reflect that. You need to apply it, put it into action, and put it into action in such a way that it gets into your unconscious brain.

Create a dream board for vision, focus and action. Define those targets and the ground needed to get you there is termed Gap Analysis. Use a Revenue Plan. It is a description of the formula that takes a business from one side of the gap to the other.

Try to create precisely the right circumstance, and then you will automatically generate the right result. The law of compensation describes those specific circumstances. Compensation occurs when enough people want what you offer. Here are the conditions for the Law to work.

1. There must be a strong need and/or desire in the market place for your product or service.
2. Your offering must be outstanding.
3. You or your team must have the ability to market and sell your offering.

Apply the Law of Magnetism in your life. The vibrations of the whole world pass through your body. Be calm at all times to protect you from negative vibrations. If you read quality books, think quality thoughts, and surround your self with high spiritual beings, and saints, your magnetism will be strengthen, and your attraction will pull you in the right situation in life. These are the ideas of the Ancients and the Great Law.

The Magic of the Universe and Your Thoughts - Making Us One - Quantum Physics and You
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