Author: blogger

The Two Parallel Entities Of Human Life Science And Religion

blogger /

The two important things in human life are science and religion. Religion requires us to believe in a certain event without discussing too, in science the other hand requires to believe, but after a string of research in the field. No doubt several times science is parallel to our religious beliefs, as we believe that there are other creatures in the universe as we do, and scientists are also investigating the extraterrestrial presence in the world and the universe.

Contrary to this, science does not believe in controlling power, like God, who created the world in just seven days. According to the theory of big bang the whole universe is the result of a powerful explosion.

Scientist believes this theory, the most accurate and appropriate to describe the beginning of the galaxies and solar systems like ours. Undoubtedly, the scientific issues are unquestionable, but there is still no power to control.

Similarly, Christians, Jews and Muslims believe that the creation of a human baby in its mothers ovary is the most vibrant in the presence of God that is able to provide sufficient air for food, shelter and fresh unborn baby. But science is ultimately supporting this idea. And all this creation is called the natural process of bearing babies.

Spirituality and Science

No matter what happens, its proven that after a few years or decades, the scientific ideas of all events related to religion. Like the famous theory of the world of 2012 is based on the Mayan calendar, which was also represented by the ancient religious. Moreover, the concept of Judgment Day can be seen in the sacred books of the Muslims and Christians.

Undoubtedly, scientific research has proven many things that were once based on myths, as the 17th century Galileo was convicted under the orders of the Christian Church, and challenged the theory that the sun revolves around the earth, and said that the Earth revolves around the Sun Hence its now demonstrated that he was right which means that science is also helping us in evaluating our bad decisions.

As this is some tough questions that science cannot answer on purpose. How to cure deaths, without consulting a doctor or medication. There are saints, and gurus Sufis are powerful enough to show some amazing things. Thus, scientists and researchers representing powerful entity such as supernatural. Another thing that have nothing to say, as scientific ideas are quite different in some cases. This is the complete information framed in short about science and religion and its importance in human life.

For more details please visit: http://www.metta-physics.com

Usana Health Sciences Review – Why Join Dr. Myron Wentz

blogger /

This editorial is a review of USANA Health Sciences, which is a network marketing company in Salt Lake City, Utah. USANA produces various products for weight control, personal care, and nutritional supplementation at its facility in Salt Lake City, Utah. USANA has associates in fourteen markets: Australia, New Zealand, Canada, the United Kingdom, the Netherlands, Hong Kong, Japan, Taiwan, Korea, Singapore, Mexico, Malaysia, Philippines, and the United States. Many people are considering to join USANA around the globe and many thousands have already joined either with a home business,as distributors or as customers.

The companys four product brands are: USANA Nutritionals, USANA Foods, Sense Beautiful Science, and Rev3 Energy Drink. The name USANA is coined from Greek and Latin words meaning “true health.”

Dr. Myron Wentz, who founded USANA, earned a Ph.D. from the University of Utah in the field of microbiology with specialism in immunology. He is well-known in the scientific establishment, having been awarded the Albert Einstein prize in 2007, for his contribution to life sciences.

Prior to USANA, Dr. Wentz formed Gull Laoratories in 1974. Gull Laboratories is the world leader in diagnostic test kits. Gull has over 35 patents today and many of its kits are used in hospitals and clinics around the world. The best known kit, which put USANA on the map, is for the Epstein-Barr virus, or mononucleus. Gull Labs today creates billions of human cells and sustains them with nutritional formulations developed by Dr. Wentz.

Dr. Wentzs goal statement is: I dream of a world free from pain and suffering. I dream of a world free from disease. The USANA family will be the healthiest family on earth Having lost his father to a heart attack at age 17 and his mother to breast cancer while at Gull Labs, he became more passionate about avoiding sickness vs. merely diagnostics. When his own health started to decline, his search for a nutritional product for himself resulted in the deduction that a scientifically-based, effective formulation wasnt offered on the market. In fact, he understood that if commercial product formulations were used with cell cultures in his lab, the cells would die within a week.

USANA employs over 900 people worldwide, including approximately 630 people at the corporate offices in Utah. The sales for the year 2008 were around $429 million.

The USANA Nutritionals were named the best of the best when compared to 1500 other products in the NutriSearch Comparative Guide to Nutritional Supplements and have achieved best of state awards in Utah for several years in both the nutritional (Best Dietary Supplement 2008, 2007, 2006, 2004, 2003) and personal care categories (Best Personal Care Products in 2008, 2007).

USANA is the endorsed health supplement supplier of the Sony Ericsson WTA Tour, US Speedskating Team, Speed Skating Canada, Biathlon Canada, Cross Country Canada, USA Luge, and USA Bobsled Team Radcliff.

USANAs stock symbol on the NASDAQ is USNA. The company was in the uppermost 20 Forbes 200 Best Small Companies list for 2006, 2005, 2004 and in the Business Week 100 Hot Growth Companies list in 2004 and 2003.

USANA and Dr. Wentz chose a direct sale, or network marketing model from the companys inception. This slant was chosen in order to offer a more competitive price to clients and included a lofty goal of legitimizing the MLM trade. At the recent 2009 International Convention in Salt Lake City, CNN Host Larry King made a surprise appearance. He interviewed MLM industry expert Tim Sales about the network marketing industrys legitimacy, effectiveness for individuals starting a home business, and link to various other contemporary events including the Bernie Madoff scam. Larry King was himself a victim of this con and appeared legitimately amazed to find out that MLM is, in fact, a very viable business model.

The USANA products have of course been advantageous to thousands of users. My own personal wellbeing has benefited greatly in several areas, including less lower back pain and an improved immune system (virtually no flu or colds since starting to use the products in 2002).

The corporation has recognized over 150 million-dollar earners presently. The distributor payment portion is approximately 53% of net earnings, which is the highest of any public network marketing business. The company has earned the Distributors Choice award from MLMInsider.com for each of the last 10 years.

Network marketing is a viable business model and USANA Health Sciences would be an excellent company to consider for anyone starting a home business venture. Initial cost is low, now $29.95 for a distributor kit, and additional tools are readily on hand for worldwide marketing this business. The worst possible outcome would be for an individual to be unsuccessful at customer acquisition and building a business, yet to still gain an enhanced health picture in the process.

Microphotography The Blending of Art And Science

blogger /

When a camera is used for scientific purposes, the photographer is faced with conflicting goals. As art, the image should evoke emotion. As science, it must impart valuable information. The best microphotography examples blend both.

Photography As Art

Microphotography, also known as photomicroscopy, reveals a world of bizarre and beautiful images, often unexpected when we look at the larger subject. Balls so colorful and perfectly shaped they seem like computer-generated images are really just the play of light on the surface of a soap bubble. What appears to be a complex mosaic of sandstone and white marble is the epidermis of a seaweed specimen.

We may expect microscopic objects to be rough and simple, as though fine details disappear at the limit of our weak, human eyes. Photomicroscopy shows us that no matter how much we increase the magnification, we can always find delicate and intricate patterns. We zoom in and realize the macro and micro worlds are very much alike, like magnifying a grain of sand to find it looks like the side of a mountain.

Photography As Science

Microphotography is frequently used to document the invisible world too small for us to see. These images must emphasize detail and accurate representation over aesthetic principles. Light is there to illuminate, not to enhance or distort. Focus must be sharp as every detail missed is information lost.

Accurate images on this scale require effort. The depth of field shrinks dramatically, even using macro imaging, and it is difficult to get a sharp image. A shadow too small to be visible to our eye obscures a huge amount of the target. Optics distort and color seems to misbehave as we approach scales on the order of the width of a light wave. It is difficult to represent the scale of what we are seeing.

Blending Both Techniques

Photography is art, and microphotography is no exception. No matter the purpose of the photograph, there is always an element of art in it and that enhances the final product.

Consider the winner of the 36th annual Nikon Small World competition. Without a point of reference, you see an image of fluorescent green fibers woven into tight, triangular clusters. They are like great pyramids of slender thread, displayed against a starlit sky. By itself, it is art.

What you actually have is an image of a mosquito’s heart muscle. The information in this image helps scientists understand how these insects transport nutrients and other chemicals through their bodies. It adds to the understanding of how mosquitoes harbor malaria, and is one more step toward finding a way to control and stop the scourge of this disease.

And yet, it’s also a beautiful and breathtaking image. Microphotography is where art and science meet, and each enhances the other.

Glass Beakers In The Kitchen Adding Science To The Art Of Cooking

blogger /

How many times have you been in the kitchen and run out of measuring cups to store your precisely prepared ingredients? We have. Glassware made specifically for kitchen use can be prohibitively expensive and many home chefs will settle for boring bowls and cups. Ever consider labware for your kitchen? Watch a couple episodes of Alton Brown’s hit Food Network show, “Good Eats,” and the rest is history. The fact is lab equipment isn’t entirely foreign to being used in the kitchen. Every wonder where the idea for the immersion blender came from?

Laboratory grade glassware makes the perfect supplement for your home cooking needs. Many of the properties that make laboratory lab equipment so great in the labware also valued in your kitchen. Characteristics such as a high melting point, resistance to strong acids, alkalis, and thermal shock make laboratory glass perfect for the kitchen.

Glass beakers can be used to mix and serve salad dressings and drinks. Ever had a test-tube shot? Make your guests the Guinea Pigs your next experiment. You may also put a cork in those test-tubes and use them to make a very cool spice rack. In fact, what couldn’t you use labware for you in your kitchen?

Erlenmeyer flasks can be used for many of the same uses but on a larger scale. These flasks are perfect for the home-brewed beer enthusiasts. They may also be used for storing leftover soups, pastas, and sauces. Never guess what’s in the leftover container again!

Speaking of sauces… want to try a new delicate sauce recipe, but don’t have the time to continuously stir it? A magnetic stirring hot plate can solve that problem. Simply drop a teflon coated stir bar (won’t add any unwanted flavors) into your sauce to be, and the magnetic hot plate will automatically stir it for you.

Beakers can easily replace measuring cups and drinking glasses. They also make a wonderful alternative serving dish for layered desserts.

One of the best features of using lab equipment in the kitchen is their ability to be used over and over and not retain any leftover flavors. Dishwasher safe and laboratory approved, labware makes a great alternative to traditional measuring, storing, stirring, and scooping containers.

Dare to be different and discover what scientists know you have been missing out on by using labware in your kitchen.

Cool And Amazing Science Fair Project Ideas

blogger /

To get an A+ in the science fair: Choose among these 5 science projects: How fruits and vegetables ripen, oil slick, salt volcano, homemade barometer, and got gas.

The annual science fair is fast approaching. Surely you want to present something new and cool that would surely impress your science teachers and can help you earn a science ribbon. We offer you these some award-winning science projects that you might want to try.

How fruits and vegetables ripen

This experiment aims to tackle the different factors that can affect the rate a fruit or vegetable ripen. Discuss how temperature, light, exposure to other ripened fruits and placing in containing can help aid the ripening process.

Oil slick

This experiment aims to know which materials can effectively clean an oil spill. Fill a bowl with water and add a few tablespoons of oil. See which materials are effective in removing the oil in water. You can use cotton, a gauze then a polypropylene cloth. You can see that the polypropylene cloth is the most effective since it a similar chemical composition with oil. Because of this, they are attracted to each other. Give some insights after the demonstration like how you can give ways in helping clean up oil spills and some insights on the different oil leak disasters in history.

Salt volcano

Make your own lava lamp. Pour about 3 inches of water in a glass then add about 1/3 cup of cooking oil. Observe for reactions in each step. Add a drop of food coloring next. Then shake some salt over the solution. Explain to the class why does oil float on water, then what happens if the salt if dissolved in the water after passing through the layer of oil. To finish it, explain why this experiment resembles to how a lava lamp functions.

Homemade barometer

If you are fond of meteorology, you can make your own barometer to help predict weather at home. Fill a measuring cup with dyed water. Place an empty soda bottle upside down into the cup. Find a bottle that fits the mouth of the cup without touching it’s bottom. Make sure that the water level reaches the neck of the bottle. Make a mark on the cup to indicate the water level inside the bottle then observe for a few days. After, explain how the air pressure affects the contents of the bottle to class.

Got gas

This experiment aims to break down water into Hydrogen and Oxygen. Sharpen both ends of 2 pencils removing the erasers or any metal parts. Fill a jar with water then cover with cardboard then tape it. Insert the one pencil through the cardboard then do the same with the other one 3 cms away. Make sure the both pencil leads are of the same level in the water. Using a wire, connect the one of one pencil to the negative terminal of a lamp battery and the other one on the positive. Observe for bubbles at the pencil leads inside the jar. Afterward, give explanation to this chemical change.

Be confident in your presentation. After choosing the right concept then partnered with a comprehensive explanation, that science ribbon would be yours.