Science TNT

Physics is a science related to nature and the universe where we live and let live. From sunrise to twilight and midnight to dawn, everything is happening in this world by the grace of physics, even when we are sleeping, science is there to explain why we need to sleep and what takes place while we are sleeping. From gentle breeze to growing trees, scorching sun to beautiful snow fall, melting glacier to frozen river, blooming flower to dazzling shower, floating ship to exciting loonier eclipse, rainbow in the sky and birds can fly whatever is performing has some secret reason which must be proved by scientifically is called physics, and the explanation of the key concepts of a particular aspect of the behavior of nature by implementing theories or models is defined as Physical Science.

We can elaborate the physical science like this way it is a mix word which consist of the subdivision of natural science and science that deals with non living system, in comparison to the life sciences. It is a combination of elementary principle of chemistry, the basic principle of earth science and the basic principle of physics. There are so many subdivisions of chemistry projects like Physical Chemistry, Computational Chemistry, Theoretical Chemistry, Nuclear Chemistry, Inorganic Chemistry, Analytical Chemistry, Bio Chemistry, Material Chemistry, and Electro Chemistry. Physics is also related to the atomic research and physicists are always handling carefully the miraculous molecules like neutron, proton, and electron for serving our nation by producing electricity in power sector and anti nuclear device in defense sector. Astronomy is also very essential phenomenon in physics, numerical calculation like permutation, combination, and calculus are equally relevant to bytes, megabytes, and gigabytes to IT sector.

Physical Science is also explained in such a way if we set an example related to photography. To perform a photography assignment at first you need a camera which is built with some mechanism to form an image on a cellular based film by the light through a pin hole with the help of a combination of some concave and convex lens and the shutter for the duration of entering light for a part of a second is called photography, which is totally based upon physics but the celluloid base film where the latent image is stored will be developed chemically and the exposed silver grain is visible gradually. This performing procedure is called chemistry and lastly you submit the photograph in a project to revive any diagram or information related to universe is called physical science.

Physics is also used in the building bridges and other constructional structures like sub-ways and tunnels. Astrophysics is another aspect which gives us the clear vision of the origin of complete solar system and related problem of cosmology. Physics is an ongoing process like Albert Einsteins theory or relativity which plays a central role in all modern cosmological theories which gradually proceed to Hubbles discovery that the universe was expanding and now the rival explanation arise like the BIG BANG. All these things are shown in modern video is called physics video. Physics video is very popular and easily understandable in every sphere of our society from a baby to a grown up people.

One of the most important components of a science fair project is the hypothesis. The hypothesis is the foundation of the experiment and the reason for completing the project. If this is your first year working on a science fair project then these steps will help you to turn your project idea into a hypothesis.

Step #1 Come Up With a Topic or Project Idea

Before you can create a hypothesis you need to select a topic for your project. The topic will be a general subject area that you are interested in. For example, you can select computers, robotics, electricity, physics or other broad topics.

Step #2 Conduct Research and Narrow Your Topic

You cannot build a project if all you have is a broad topic. You need to narrow down the topic to a very specific concept, issue or problem. The best way to do this is to conduct background research on your broad topic. This research will help you to find interesting subtopics that are related to your broad topic.

Step #3 Ask a Question About Your Subtopic

The next step is to ask questions about your subtopic that you would like to answer. The questions can relate to anything from how a reaction occurs, what influences the results or how something can be improved. Write down your questions in a list and select the one question that you are most interested in.

Step #4 Make a Prediction

Step four is to make a prediction about the answer to your question. For example, if your question is how can solar energy be produced to meet the power needs of my community? then your prediction may be that the different circuit designs produce different outputs of power from the same inputs of solar energy.

Step #5 Make Sure Your Hypothesis Is Testable

The final step is to make sure your hypothesis is testable, otherwise it is not going to do you much good. To be testable, at least by you, it will need to have an independent variable that can be manipulated and a dependent variable that can be measured.

For example, in the above hypothesis the independent variable is the type of circuit design used and the dependent variable is the output of power. The circuit design can be manipulated by changing its set-up from a parallel circuit to a serial circuit. The power output can then be measured in Watts.

COLORADO SPRINGS, Colo., (CRWENEWSWIRE) -06/28/10- Cannabis Science, Inc. (OTCBB:CBIS), a pioneering U.S. biotech company developing pharmaceutical cannabis products, reports an important milestone for the continued validation of medical cannabis, as UK-based GW Pharmaceuticals (http://gwpharm.com/) receives $15 million milestone payment from Bayer. This payment to GW is based on the UK Government’s approval of the “First Prescription Cannabis Medicine”, GW Pharmaceuticals Sativex(R), an “Oromucosal Spray” tincture for the treatment of spasticity due to Multiple Sclerosis (MS). Analysts at Piper Jaffray forecast that peak sales could reach $180 million in Europe and Canada combined. Presently, GW has a market capitalization of over $260 million.

Richard Cowan, Cannabis Science CFO noted, “Bayer’s $15 million ‘milestone payment’ to GW clearly puts the world on notice that pharmaceutical cannabis is now ‘mainstream’. Previously, the US FDA granted GW a Phase III IND for Sativex, and a Phase IIb/III trial for cancer pain is currently ongoing. GW has also received an 18 million dollar licensing fee from Otsuka for the US rights, and they also received millions more from licensing fees from Almiral of Spain for the European rights outside of the UK. The licensees also pay for the work necessary for regulatory approval. Clearly, Big Pharma recognizes the explosive growth this industry is experiencing and does not want to be left behind. Obviously, licensing of products and territories — which is common for new biotech companies — suggests another important way Cannabis Science can move forward with its financing objectives.”

Dr. Robert Melamede, PhD., Cannabis Science President and CEO, said, “The UK Government’s approval of Sativex(R) is long overdue. MS patients in the UK and around the world have long used cannabis to get relief from pain and spasticity. We hope, given this recognition of the medical value of cannabis, that the UK government will stop arresting patients who use the plant to deal with their pain and suffering, whatever their medical problems may be. Also, we think this approval should lead to faster regulatory action in the future for medicines derived from whole plant extracts from cannabis. Given the millennia of use that proves the safety of cannabis, and its widespread medical use by millions of people for a great variety of problems today, we hope that the approval of Sativex(R) will lead to the fast-tracking of other whole cannabis extracts by the regulatory authorities.”

About Cannabis Science, Inc.

Cannabis Science, Inc. is at the forefront of pharmaceutical grade medical marijuana research and development. The Company works with world authorities on phytocannabinoid science targeting critical illnesses, and adheres to scientific methodologies to develop, produce, and commercialize phytocannabinoid-based pharmaceutical products. In sum, we are dedicated to the creation of cannabis-based medicines, both with and without psychoactive properties, to treat disease and the symptoms of disease, as well as for general health maintenance.

Forward Looking Statements; This Press Release includes forward-looking statements within the meaning of Section 27A of the Securities Act of 1933 and Section 21E of the Securities Exchange Act of 1934. A statement containing words such as “anticipate,” “seek,” intend,” “believe,” “estimate,” “expect,” “project,” “plan,” or similar phrases may be deemed “forward-looking statements” within the meaning of the Private Securities Litigation Reform Act of 1995. Some or all of the events or results anticipated by these forward-looking statements may not occur. Factors that could cause or contribute to such differences include the future U.S. and global economies, the impact of competition, and the Company’s reliance on existing regulations regarding the use and development of cannabis-based drugs. Cannabis Science, Inc. does not undertake any duty nor does it intend to update the results of these forward-looking statements.

Contact:

Cannabis Science Inc.
Dr. Robert J. Melamede, President & CEO
1-888-889-0888

www.cannabisscience.com
Investor Relations
Mark J. Friedman
1.877.431.CBIS (2247)

www.cannabisscience.com

***********************************

For FREE Daily Stock Alerts & Updates Signup At: http://pennytobuck.com/signup
***********************************

THIS IS NOT A RECOMMENDATION TO BUY OR SELL ANY SECURITY!

Disclaimer: Never invest in any stock featured on our site or emails unless you can afford to lose your entire investment. CRWEFinance.com publisher and its affiliates and contractors are not registered investment advisers or broker/dealers. Our disclaimer is to be read and fully understood before using our site, reading our newsletter or joining our email list. Release of Liability: Through use of this website viewing or using, you agree to hold CRWEFinance.com report and Crown Equity Holdi

For nearly three decades, Cell Science Systems has been offering the ALCAT Test as an outstanding alternative to food allergy testing. Cell Science Systems has developed a revolutionary test that demonstrates to patients how certain foods, chemicals, molds, and herbs in their diet may be affecting their health and well-being. According to Cell Science Systems Vice President, Samy Puccio, the procedure behind the results is what makes the ALCAT Test so unique:

Once the patients blood is received, we subject it to panels containing as many as 350 different extracts found in common diets. We then monitor how the white blood cells react to each one, before making a determination as far as what sensitivities or intolerances might be present.

Medical practitioners throughout the world who utilize the ALCAT Test in their practices are part of Cell Science Systems referral network. All that is required is a simple blood draw, administered by a medical professional. Once the sample reaches CSSs headquarters, the entirety of the analysis is performed in a single facility. Lee Rolnick, director of sales explains:

As soon as we get the blood, we take it directly to our in-house lab, which is where our patented ROBOCat II machines expose it to our test panels. These panels use extracts that we also create here on our premises. From there, the results are gathered and organized, and sent back out. Once the patient receives their booklet containing their results, we even offer nutritional counseling to help them understand what exactly they mean.

Throughout the years, the ALCAT Test has changed many a life for the better. Symptoms such as obesity, fibromyalgia, gastrointestinal discomfort, and even anxiety have all been curbed in patients who have adjusted their diets in accordance with their results. Its no wonder the test has become so popular in recent years!

More information about Cell Science Systems and the outstanding ALCAT Test can be found at www.Alcat.com.

Forensic science colleges open the door for a career in criminal justice. If you want to follow a career in this field of activity, it would be best to start your training as early as high school with lots of classes of chemistry, physics and biology. These first steps in education are highly important for the continuation of the studies in an academic environment where the demands are more complex and the knowledge level superior. You can learn details on various computer forensic training colleges by searching by zip code and geographic region. Institutions could also provide informative materials on site or via email, upon request.

There are very many associates degree programs too, but the best way to build a solid career in criminal justice is to attend the courses of forensic science colleges that are accredited by the American Academy of Forensic Sciences and the Accreditation Commission. Bachelors degree programs take longer to complete; they are usually designed on a five-year structure, and if you need a continuation of the studies for an advanced forensic specialization, two-year MA programs are available. It is important to keep in mind several aspects before choosing between the various curricula available with forensic science colleges.

First of all, the programs available at colleges could have different aims. Make sure that you know where the training will lead you. This focus difference enables forensic science colleges to educate trainees that work for the same criminal justice system, in similar, yet distinct jobs. You can specialize in computer applied forensics, in crime scene investigation or work in a lab without being a supervisor. Such examples are definitely general and they do not refer to all the job possibilities. When your education is complete, the work level at which you’ll have access in forensic institutions will depend on the programs you’ve chosen in forensic science colleges.

There are some admittance conditions at forensic science colleges that result in a masters degrees. And tougher competition is easy to recognize at such forensic science colleges. Thus, classes of genetics, physics, calculus, immunology, biology and biostatistics are a must among several others. Moreover, a BA is also a necessity for the admittance to the MA programs, not to mention that any experience in forensic work is considered an advantage. Special extra courses will have to be followed if you lack experience in the forensic domain.