Sunday, 24 July 2011

Mind Science - A Brief History of the New Thought Movement


Mind science has recently become the rage. Over the last 20 years, ever since science realizes that mind has far greater influence on the state our physical body and life than previously thought, there have been an increasing number of researches, experiments and studies done on the mind. The phenomenal success of The Secret movie that advocates that our mind is the creator of our realities and we have the power to be in control over our own destiny simply by mastering our own mind has further generated interest in this field.

However, not many know that mind science has been around with us for a long, long time.

The oldest document on this subject can be traced to the Emerald Tablet about 3,000 years ago. This tablet, attributed to the teachings of Hermes, the God of Wisdom of both the ancient Greece and Egypt, taught the Law of Correspondence which says "As Above, So Below; As Within, So Without". It says that the physical world is a mirror reflection of the spiritual world, and our own individual world is a reflection of our inner world of mind.

About 2,600 years ago, another man called Siddharta Gautama, realized this truth and more. Called the Awaken One, Gautama became the Buddha and taught in India for 45 years on the power of the mind, how to purify it and realize the ultimate truth. Thus became the spread of Buddhism.

Almost 600 years later, another man fully realized the link and relationship between spirit and matter, and with this knowledge was able to perform what has been regarded as miracles in feats and cures. Jesus of Nazareth became the Christ and son of God, teaching that the Son is the physical manifestation of the Father and that all human beings have this same relationship with the Divine.

In our own time, the New Thought movement began sometime in the mid 1800's when a man named Phineas P. Quimby began to teach that illnesses are merely due to errors in beliefs, and that by changing or correcting those beliefs, people can be healed. Quimby healed people in this way from 1840 to 1866, without the aid of medicine or rituals. So successful he was at healing that his fame grew to him patients from everywhere. Among some of his patients were Warren Felt Evans, J. Dresslers, Mary Baker Eddy and other notables who learned his techniques, modified them and used them for various purposes. Quimby's teaching was too far ahead of his time, and he himself did not publish his teachings in any book form although many of his writings were inherited by his son.

From this initial New Thought movement followed authors like Wallace D. Wattles who wrote his now famous "The Science of Getting Rich" book in 1910. Wallace also wrote "The Science of Being Great" and "The Science of Being Well". James Allen was another notable author who wrote "As a Man Thinketh". Over the Atlantic in England, a retired judge for the province of Punjab gave a series of lectures on mental science in Edinburgh and Dore, which was eventually published as "The Edinburgh Lectures on Mental Science" and "The Dore Lectures on Mental Science". This man, named Thomas Troward, is especially masterful in his clear and concise explanations and descriptions of how the mind affects the world we live in. These are only a few of the many authors who published their works on mental science. Ernest Holmes, another student of mental science, eventually founded the Church of Religious Science which flourishes even today.

However, it was the explosion of the Internet which eventually allows people from all over the world who have Internet access to read, practice and share these "new" teachings with others. It was also the Internet that helps to popularize The Secret movie to the world.

Within the scientific community, more and more scientists are now exploring the mind through various researches and studies with meditators and mind control experts. The 14th Dalai Lama has contributed extensively to these researches by allowing scientists access to his group of highly accomplished meditating monks and Buddhist scholars. Thus scientists are able to study the difference between an ordinary mind of the common man and that of a highly accomplished monk.

Indeed, mind science is the final frontier. It is limitless and the potential for greater things in life has yet to be fully explored.




Dr. Tim Ong is a medical doctor who runs his own thriving medical practice. In his free time, he enjoys giving public talks, teaching meditation and offering his service to hospice work in the community. He also has keen interest in self improvement, mind science and spirituality. Dr. Ong is the webmaster of MindScience101.com and TheSelfImprovementSite.com.





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Science Fair Abstracts - How to Write an Abstract


A science fair abstract is an abbreviated report or a summary in brief of the entire project. It is one of the last job of the science project but is of immense importance. It states the essential and most important things about the project. The science fair abstract in a clear and easy language gives the important outlines of the entire project. The abstract is generally around 250 words in length. It should appear at the beginning while preparing the project report and it should also be placed at the display board of the fair. The science fair abstract, when placed at the display board, gives the spectators the condensed version comprising the main elements of the project.

Science fair abstract helps people determine if they want to read the full report. Much more people will read the abstract as any other part of the work. It's like an advertisement speaking for the work done. If one wants the jury and audience to be excited about one's science fair project, then writing an exciting, engaging abstract is always suggested.

Since a science fair abstract is so short, each section is usually only one or two sentences long. Consequently, every word is important to conveying message. If a word is boring or vague, it will provide distraction. If a word is not adding something important it should be omitted But, even with the abstract's brief length, don't be afraid to reinforce a key point by stating it in more than one way or referring to it in more than one section.

The science fair abstract should always include the following parts -

* Introduction--This is your project's purpose statement i.e. why was the project undertaken

* Problem Statement--It lays down the hypothesis of the project

* Procedure--give the description of your variables, your approach towards the investigation

* Results--give specific data and the synopsis of the results obtained

* Conclusion--state clearly the conclusion derived

While writing the abstract for the science project one should follow certain specific guidelines and avoid the following -

* Uncommon scientific terms which most people aren't aware of

* Abbreviations and short forms

* Charts and tables

* Acknowledgements

Given below is an outline to write a science project abstract:

* Title

* Introduction (genera idea about the project)

* Problem statement and the hypothesis (what is that is to be established) Methodology (process employed, materials used etc.)

* Analysis of data (what indication does the data gives)

* Conclusion (what results were found)

* Application (how is the finding of help)




Jordan Matthews is a High School Math and Science teacher who has worked as a judge and a coordinator of many science fairs. Check his Science Fair Project ideas website for some more ideas and information about different types of papers and how to write up a scientific report.





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What is Earth Sciences and the History of It


Earth Sciences

The name earth sciences refers in general to all scientific fields that study the earth and its atmosphere. They include geography, geology, geophysics, as well as scientific branches of mineralogy, oceanography, and meteorology. All of them are closely linked not only to each other but also to related sciences. The most important related sciences are chemistry, physics, biology, and history.

Within the framework of various segments, geology deals mainly with the rocks of our Earth (petrography), both on the surface as well as in the interior of the earth. It involves the study not only of the present state but also of how it was in the past and how it has changed during the course of Earth's history - how it happened, etc. It includes the impact of exogenous forces such as the sun, wind, water, and ice; and endogenous forces such as convective flows in the interior of the earth, volcanic activity, earthquakes, plate tectonics, etc. Paleontology studies plant and animal fossils and thus acquires knowledge of the past. This knowledge provides valuable help for geological dating (historical geology).

Geophysics utilises in its study of the Earth the knowledge acquired by physics. It includes, among other things, a study of the earth's magnetic field, the earth's temperatures, the effects of the moon on the tides (high tide and low tide), and the study of the earth's gravity. Predicting earthquakes (seismology) and volcanic activity is also of the of tasks of geophysics. Meteorology, another area of geophysics, deals with the study of the Earth's atmosphere. Here, the study of the climate and weather forecasting play an important role.

Geography deals with the study and description of the Earth's surface. It is divided into two parts: one is the general geography dealing with the Earth's phenomena on a global basis, the other is the regional geography which concentrates on the specifics of a given region.

Earth sciences also includes oceanography. Oceanography studies oceans, that is to say, it studies their chemical and physical properties and their currents. It also deals with the relationship between oceans and the climate, raw material deposits underneath the ocean bed, pollution in the oceans, and other issues.

In addition, there are numerous branches, such as soil science, geodesy, cartography (map-making), geography of plants, geoinformatics, aerial survey of the Earth, and many others. A great and diverse number of institutes and research centres are dedicated to acquiring continuously new information which is in part important also for the future of the human race, in particular when it concerns climate changes, environmental damage, and other areas of vital importance.

History of Earth Sciences

Ancient geology, which mainly studied the structure of the earth with its composition, formed part of natural philosophy. The question of the Earth's origins was always in the foreground.

Natural phenomena such as earthquakes and volcanic eruptions were being linked to gods and goddesses. As early as in the 6th century before Christ, Greek philosopher and astronomer Anaximander of Millet developed a theory that the universe, and therefore the earth as well, consists of concentrically arranged cylinders. Greek poet and philosopher Xenophanes discovered that, ages ago, fossilised seashells were made from the imprint of animals. Around 100 B.C., people began to realise the link between the tide and the moon.

Fossils played an important role when acquiring new information in medieval times as well. In linkage to the work of N. Stensen, a Danish naturalist, the year 1669 marks the beginnings of modern geology in that he determined that the upper layers of the earth are younger than the lower layers. He also ascertained that earth layers originally deposited horizontally were fractured and deformed by the internal forces of the Earth.

Modern geology of the 18th century noted a definite separation between the bible's notion of creation and earth's actual history. The first geological map of a specific region was made (by Füchsel, in 1761). A discussion ensued with regard to whether all rocks were the result of the action of water or of volcanic activity. In 1875, thanks to the efforts of Eberhard Süß, the first comprehensive theory concerning the origins of mountains was proposed. At that time, it was still assumed that the Earth is continually contracting, thus causing the "folding" of the mountain ranges (contraction theory).

The discovery of radioactivity in the 20th century provided a new method of dating of the rocks. Alfred Werner, with his idea about continental shift, introduced a new line of thought concerning the origins of great mountain ranges. This approach was later incorporated in the lithospheric plate tectonics, which today is generally accepted.

In the field of geography (branch area) dealing with the description and interpretation of the surface of the earth, Egyptians, Chinese, and the Phoenicians already explored unknown regions during their far-reaching trips. In the 4th century B.C., Aristotle determined that the Earth is round. Eratosthenes (276-196 B.C.) was the first person to calculate the earth's circumference. In the 2nd century A.D., Greek astronomer Ptolemy compiled a wealth of geographical information gathered by Greeks and Romans during their conquering wars and travels.

No major advancement of science was registered in the early Middle Ages because there was only a small number of exploratory travel. New and important discoveries, however, came about in the 13th century with Marco Polo, and the in the 15th and 16th centuries with the explorations of the Spanish and Portuguese seafarers along the African coast. At that time, it was recognised beyond any doubt that the earth is a sphere and not a cylinder, as it was previously assumed.

For a long time, the work of the German geographer Varenius, who categorised geography into three parts, was considered to be the cornerstone of science. The first part concerns the study of the earth's shape and size; the second one deals with the seasons, climate, and the tide in relation to the position of the earth in the universe; and the third part concentrates on comparing the various regions of the Earth.

In the 18th century, Immanuel Kant ,and in the 19th century Alexander von Humbolt, were among those whose work in various branches of the science of geography resulted in an important progress of this science. At that time there was a proliferation of geographic societies and magazines which supported the science by publishing and disseminating new geographical knowledge. At the start of the 20th century, the old methods were still used. Later on, new geographical knowledge started to be evaluated using mathematics and statistics.

Beginning in the 1960s, the development of modern computers facilitated the compilation, analysis, and, most importantly, the storage of geographical data. Today, computer simulations play a very important role.




What is Earth Sciences and the History of It
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Life Science Companies, the FDA and Change Management Software


When you consider the relationship a life science company shares with the FDA it's easy to visualize the love/hate kinship of a parent and child. It's also simple to deduce who the parent might be. After all, the FDA Mama or Papa Bear has never been shy when it comes to playing by regulatory rules.

The Goals of Life Science and the Goals of the FDA: Mutually Compatible or Mutually Exclusive?

The goals of a life science company are likely to include the development, manufacture and sales of the best and most useful biotech equipment, medical devices, drugs, etc. The goals of the FDA include safety, the transparent communication of possible dangers or uncomfortable side effects, and the viable effectiveness of products produced. Each set of goals is noble and in theory supports the goals of the other. In practice however, the goals of these separate institutions seem almost mutually exclusive.

Change Control Software: Middle Ground for Two Separate Powers

Like most solutions to apparently irreparable problems, the solution that allows both life science companies and the FDA to find a cheerful middle ground is the solution that benefits both organizations. This solution includes the implementation and use of change control software. Change control software is valuable for the simple reason that it allows life science companies to artfully manage (without spending ridiculous man-hours) those changes that occur at any stage of a product's development or manufacturing processes. Documentation, routing, tasks and employee accountability are also concerted via a solid change control software solution.

The benefits of a change control software solution are many but to truly understand these benefits it's beneficial to first understand the problems that often maintain many life science professionals in a state of "regulated" frustration.

The Problems

Among the problems that lie within the walls of many life science companies is the problem of change management processes that are controlled

1) manually or

2) with a hybrid/decentralized solution.

Most companies simply want to save their hard earned ROI, but when considered carefully it's easy to see that manual and/or hybrid solutions won't save companies money in the long run, and in addition, present a variety of problems that might have managed to stump even Solomon the wise.

Manual and Hybrid Solutions: Problems that Contribute to Greater Problems

Listed below are some of the problems that life science companies can avoid with a digitized and centralized change control software solution.

High Costs-

Life science professionals may think they save money with a paper-based system but in all reality they spend a great deal to pay for the tedious man-hours spent on the manual routing of documents, the document approval process and on manual search and document retrieval (if the document can actually be found). A change control software solution however manages to automatically route documents, seek the appropriate approvals/electronic signatures, search for documents and retrieve them.

Validation Procedures-

The FDA requires that processes (this includes change processes) be validated. If a life science company has to validate their processes manually it can be a far greater challenge than some companies care to undertake. Electronic validation presents a far more effective alternative that saves time, money, and effort. In the long run, manual validation can also cost more than a centralized solution. When searching for change control software, ask the software sellers if automated validation services are available.

No Centralized Location-

A paper-based system doesn't allow life science professionals to maintain, protect and organize documents in one digitized and centralized location. A commendable change control software solution digitizes and centralizes information so that life science associates can find the organized information they need-when they need it. A good change control software solution will also manage almost any type of file required throughout any of the GxP processes.

Document Revision Processes-

When change inevitably occurs the manual document revision process can be faulty in the extreme. Life science employees will unfortunately be subjected to manual searches for documents, and will be required to manually make changes on documents or SOPs. A good change control software solution however can provide revision control that is automatic and centralized so that once submitted, documents can be routed and approved quickly and effectually. Change tracking will also be automatic.

Also, when searching for the change control solution that will fit the needs of a life science company, professionals should look for a solution that is

1) customizable to their needs and that

2) require form explanations for changes that are being made. Accountability, after all should be an important aspect of change control.

A Picnic in the Park

Change control can take life science professionals one step further to a change management process that could potentially be compared to a picnic in the park.




Marci Crane is a copywriter for MasterControl in Salt Lake City, UT. For more information in regards to change management software or change control software, please feel free to contact a MasterControl representative





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Preserving The Sanctity Of Science


In one of the most important legal clashes between faith and evolution since the 1925 Scopes Monkey Trial, a federal judge recently barred a Pennsylvania public school district from teaching "intelligent design" (hereafter referred to as ID) in biology class, saying the concept is creationism in disguise. Creationism holds that there is scientific evidence to support the Genesis account of the creation of the earth and of life. However, legal doctrine holds that the public school classroom must be religiously neutral and that schools must not advocate religious views. In 1987, in Edwards v. Aguillard, the U.S. Supreme Court ruled that teaching creationism in public schools results in the unconstitutional establishment of religion. Evolution, on the other hand, is intrinsically anti-religious and the teaching of same presents no such issues.

In Missouri, a legislative approach was tried but it now appears to be dead according to the April 2, 2006 edition of the Kansas City Star. HB 1266, the so-called Missouri Science Education Act, would have provided, "If a theory or hypothesis of biological origins is taught, a critical analysis of such theory or hypothesis shall be taught in a substantive amount." The bill was opposed by a wide range of teacher groups and school organizations, and even several faith-based groups. The Star quoted the chief lobbyist for the Missouri affiliate of the National Education Association as expressing concern about the possible economic consequences of HB 1266 as follows: "We need to be doing our utmost to increase science literacy so our kids can compete."

But the Kansas State Board of Education, reinforcing that state's increasingly wacky reputation, took an aggressive, if not dubious, policy step. At the risk of re-igniting the same nationwide squabble it sparked several years ago, the Kansas board approved new public school science standards that cast doubt on the theory of evolution. The 6-4 vote was a win for ID advocates who interestingly helped draft the standards. (ID holds that the universe is so complex it must have been created by a higher power.) Critics of the language charged that it was an attempt to inject God and creationism into public schools in violation of the separation of church and state. "This is a sad day. We're becoming a laughingstock of not only the nation, but of the world, and I hate that," said board member Janet Waugh, a Kansas City Democrat. And rightly so, for the vote marked the third time in six years that the Kansas board has rewritten standards with evolution as the central issue. In 1999, the board eliminated most references to evolution, a move Harvard paleontologist Stephen Jay Gould said was akin to teaching "American history without Lincoln." Two years later, after voters replaced three members, the board reverted to evolution-friendly standards. Elections in 2002 and 2004 changed the board's composition again, making it more conservative. And now this.

Other states could follow suit; a few have learned to get around the Supreme Court ruling by platforming the teaching of evolution as optional or by urging teachers to describe it as just one of several theories. There is also a movement to insert ID into public schools by way of speakers, clubs, and/or textbook disclaimers. Curiously, such ID groups seem to focus more on how they can tactically and legally introduce the topic into science classes than they do on producing verifiable scientific research.

Battle lines are being drawn across the country over the teaching of ID........which, to be more specific, is a concept similar to but not identical to creation science. ID relies upon a lack of knowledge for its conclusion. In the absence of such an explanation, intelligent causes are assumed. ID also includes a curious and telling component, one that focuses on ideological and religious goals rather than scholarly ones. Proponents argue that a neutral-sounding "intelligence" is responsible for design. Their premise seems to be that as long as they don't explicitly name the "designer," this somehow insulates their viewpoint from the charge of being inherently religious in character. Their arguments are carefully crafted to appear scientific and non-religious, though they have no data supporting their claims. At one time, they promoted creationism as a religious imperative. Now they package their beliefs as "better science."

But more to the point, the real question is: does ID have a legitimate place in a high school science curriculum? Does it have a place in Kennett High right here in Conway, New Hampshire?

In deciding whether to consider including ID in the curriculum, the sectarian orientation and nature of the movement should be taken into account. The Discovery Institute's Center for Renewal of Science and Culture in Seattle serves as an home for virtually all of the major advocates of ID. The goals of the CRSC, as stated by the Institute's director Bruce Chapman, are explicitly religious: namely, to promote Christian theism and to defeat philosophical materialism. Thus, for constitutional reasons, if for no other, the religious orientation of ID clearly makes it unsuitable. Moreover, school board members here and elsewhere should be aware that introducing this topic into the curriculum likely would lead to strong--even legal--opposition from, parents, teachers, clergy, and scientists and others who want to see the sanctity of science preserved.

Now then, the reason for all this seems pretty obvious. Put simply, the aim of ID advocates is to get around the constitutional ban on religion in public schools with their real agenda being the promotion of faith-based teachings in the classroom.

Unlike the metaphysical chop suey in which ID frequently gets entangled, science seeks natural explanations for natural phenomena. It does so by logical inferences from observable facts, experimentation, and verification and relies on reason and evidence. In reason, as Keith Lockitch (a Ph.D. In physics) asserts, one accepts only conclusions that can be proven to be true--conclusions based on sensory evidence and logical inference from such evidence. Faith, on the other hand, is belief that is not supported by facts or logic. It embraces ideas and concepts despite an absence of evidence or proof. But, it would seem, the only ideas that are reasonable are those you know to be true by means of reason, that is, through observation, identification, description, experimental investigation, and theoretical explanation of phenomena.

Most scientists maintain that scientific investigation must adhere to the scientific method, a process for evaluating empirical knowledge under the working assumption of methodological materialism , which explains observable events in nature as a result of natural causes, rejecting supernatural notions. ( from Wikipedia, the free encyclopedia)

Clearly, science and religion are mutually exclusive. Each has an important part in this writer's life and to the lives of most Americans. I attended a private sectarian-oriented academy, a Presbyterian college, and a Jesuit graduate school. In all three, religion played an extremely important role in the classroom. Faith-based teachings, whether Christian, Judaism, Muslim, or whatever are extremely important in their proper forum........but a public school classroom is not that forum.

Evolution and creationism are also mutually exclusive. Distorting their definitions does not change the reality of their mutual exclusivity. Until and unless something better comes along, evolution will continue to be recognized as the best explanation for the development of life on Earth. As such, it is taught as an integral part of biology, science and related courses in schools, academies, colleges and universities throughout the world.

Some make compelling and open arguments to eliminate the prohibitions to having religion in the classroom. These are worthy of respect and due consideration. An associate argues as follows: "The bill of rights states: 'Congress shall make no law respecting an establishment of religion, or prohibiting the free exercise thereof; or abridging the freedom of speech, or of the press; or the right of the people peaceably to assemble, and to petition the Government for a redress of grievances.' Thus Congress should make no law saying children cannot pray in schools or cannot bring their Bibles to school or that they cannot be taught about God... Whether they are Christian, Jewish, Unitarian, or Muslim. According to Jefferson, his reference to "separation of church and state" addressed an issue where one particular denomination wanted to be made the officially recognized "state religion" ... Similar to the Church of England being the state religion of that country. All birth/death certificates must go through the Church of England.. Making everyone by default a member of the Church of England. That is what our founding fathers wanted to avoid - not to take all reference of God out of public forums."

However, thinly veiled attempts (such as that perpetrated in Kansas and a few other states) to distort scientific understanding in order to promote certain religious beliefs do not serve our students well. School board members (and administrators) would be poorly advised to follow the Kansas example and consider including ID in a public school science curriculum. But if such proposals are raised here in New Hampshire, they should be met with explanations that there is no scientific evidence to support ID, at least for now. A less polite way of responding might be to simply state the obvious to wit: ID is a disguised form of religious advocacy or, as the Judge in Pennsylvania put it, it is creationism in camouflage and does not belong in a public classroom.

"Science without religion is lame. Religion without science is blind." Albert Einstein




Ted Sares, PhD, is a private investor who lives and writes in the White Mountain area of Northern New Hampshire with his wife Holly and Min Pin Jackdog. He writes a weekly column for a local newspaper and many of his other pieces are widely published. His works focus on issues and themes dealing with socio-political topics, business, patriotism, and individual freedom. They are frequently inspirational in nature and sometimes reflect the Objectivist philosophy of novelist Ayn Rand.





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Online Political Science Degree - Be A Success - Make A Change


After successfully completing an online political science degree from an accredited university or school, political science majors see world events from various perspectives. There are those who pursue this degree in hopes of launching a political or civil service career. However, there are various other career options.

You can be a high school teacher, college professor, campaign manager, legislative aid, agency specialist, state legislator, district attorney, legislative attorney, consultant, lobbyist, press secretary or even a judge. With these job options, the salary and benefits you can receive is definitely more than sufficient.

Since most voters usually decide at the spur of the moment, political science students learn how to research on context, particularly about different governments which have either failed or thrived in their social agendas. Political Science students concentrate on specific areas of politics such as international relations or the local government.

It is a sad fact that there are politicians who don't really understand minor to major issues which their constituents are facing. To resolve this, they rely on a team of expert consultants and analysts which can fill in gaps for their election platforms. With knowledge on these specializations, students are able to build a track record of research. Later on, they can use these in gaining expertise on their chosen fields.

Whether it's an on-campus or online political science degree program, most universities and colleges encourage their students to participate in their specific department. They require their students to complete short certificate programs or to commit to a lifelong career via a PhD in their chose specialty. There are various political science degree programs you can choose from depending on your level of education and background.

If you are a working professional or a student and you were not able to complete your undergraduate degrees in Political Science, you still have a chance to enhance your skills via an online certificate program or through an associate's degree. With a certificate program, you can build crucial skills in certain specialty areas. Working professionals can use these certificate programs in providing addition expertise so that they can qualify for career moves or promotions.

With an associate's degree, students become exposed to career opportunities in public service. Then again, many are reconsidering this option because competition is tough. As a result, online universities and colleges encourage their applicants to roll over their course credits and consider a master's degree program or a full 4-year online Political Science degree program.

When it comes to a master's degree in Political Science, you can use your life experiences as well as your previous undergraduate work in exploring deeper issues in politics and influence. This is a great way in deepening your understanding of the political structure and its noted influence on both domestic as well as international policies. Niche fields like nonprofit law, public policy, administrative theory, regulatory policy and labor management relations fall into play in these graduate programs.

If you are only aiming for a part-time degree, you can earn credits by completing a 2 to 5 year online Political Science degree program. This way, you can land in a career as a civil servant or as a campaign worker.

Then again, if you want to advance further and you are thinking of pursuing a Political Science doctorate degree, this is the best way to increase your chances of becoming leaders of private research foundations or tenured faculty members. Through an online Political Science degree, you can focus on deeper topics like transnational & comparative politics and policy; public administration; policy analysis and administration; justice politics and policy; as well as American politics and policy.

An online political science degree program is your best bet to succeeding in Political Science careers. This is the best and most effective way to learn certain skills and characteristics which can help you in your chosen field. This includes the efficiency in oral presentation; a more thorough understanding of the American political system; strong written communication skills; comprehensive yet accurate research skills; a better understanding of international politics & policy; as well as more effective interview skills & techniques.

To become certified as a teacher, you need to meet both local and state requirements. You may need to pursue continuous or additional education in order to maintain your eligibility. If you are applying at a federal agency, you would need to pass a complex entry exam before you can get a personal interview.

Thus, during the interview, you may even be required to join in role playing exercises. For a civil servant position, you would succumb to a rigorous background check. This means, if you have something to hide, you would need to divulge your incriminating and embarrassing information during the early part of the interview.

Once you pass the substance or drug abuse test as well as the background check, you can get a low level security clearance. As you advance to higher profile projects, you will also earn higher clearance levels.




Next, find out the best place to get a top online political science degree. Visit: http://www.DistanceLearningDegrees.org





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Easy Egg Science Projects


In this article we will look at some interesting experiments and science fair projects you can easily do with eggs from the refrigerator. You will discover that the common egg has some amazing properties you might not be aware of.

There are a number of egg science projects you can do but I will mention just a few here to spark your interest. I'm sure you will be able to think of many more by using a little imagination.

The Egg Drop Science Experiment

For this experiment you will come up with a way to cushion an egg in a small container so it doesn't break when dropped from a certain height. You can use something like a small coffee can that leaves enough room for your packaging around the egg to protect it from the fall.

You will need to do a little research to determine what might be suitable materials to keep the egg from breaking. Lots of room to experiment here for sure with different materials and arrangements of the egg in the container.

Do all your drop tests from a set height such as six to eight feet. Also drop the container on the same surface each time to keep your results consistent. As always with any science project, keep records of what you did and the results of each drop test.

The Crushing Strength Egg Science Project

One very interesting feature of eggs is their strength. That strength though is very dependent on the orientation of the egg to the force or weight that is applied to it.

So for this experiment you will determine if eggs are stronger lying flat or standing upright. You may also get an idea of how much stronger they are in one position than the other. I think you will find this very surprising just how much a difference the position of the egg makes.

What you will need for this egg science project:

An empty egg carton


Some books


A couple of small trash bags


Some tape


A scale to weigh the books(optional)


4 eggs

Remove the top from the carton and place four eggs toward the center and in a rectangular arrangement. Leave a space between them on each row. Place a plastic bag on the table under the carton. Place the other bag over the eggs.

Now start placing books on the eggs one at a time. Make sure they are even and don't tip over. See how many you can place before an egg breaks. Weigh all the books used if you have a scale. You now have an idea of their strength end-to-end.

Test their strength lying flat:

Place a bag on the table and make four loops of tape with the sticky side out. Place the tape on the bag in about the same arrangement as the eggs were in the carton. Put one egg flat side down on each piece of tape. This is to keep the eggs from rolling around.

Place another bag over the eggs and then start placing books. How many books did it take before an egg broke? Weigh the books if you have a scale. You now know whether eggs are stronger upright or lying flat. And you have an idea how much stronger they are in that one position than the other.

I hope you enjoyed these experiments and use your imagination to develop even more interesting egg science projects you can do at home.




Doug Nicholson is a nuclear engineering technician, science hobbyist, and amateur inventor. Visit his site http://www.science-projects-resources.com for lots more Science Fair Projects ideas and articles.





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