The Uses For Scientific Digital Imaging

Scientific digital imaging systems have revolutionized many branches of science and medicine. Precision imaging, at the micro and macro level, now allow us to look farther and deeper into the world around us than we have ever have before. Debates in fields as diverse as philosophy and physics are being answered, questions that have puzzled mankind for centuries. Digital imagining is revolutionizing the sciences, including medicine, and our understanding of the world we live in

Micro imagining has allowed the smallest things to leap into focus. Cellular studies in biology and medicine can now be captured digitally and recorded for analysis. The ability to peer into the underlying structure of cells has opened the door to scientific discovery of how cells split, grow and die.

Engineers working with underwater cameras spied under an arctic glacier and were surprised to find a submerged range of mountains that possibly no one had suspected existed. Further exploration has continued on Antarctica and in places on Earth where no one suspected life could survive. With super sensitive cameras, scientists can now record animals in the wild using motion detectors, creating images that have not been captured before for studies about wildlife conservation.

From a macro point of view, astrophysics use digital images and sophisticated computer applications to look at the night sky with new eyes. With the use of advanced telescopes, they are unraveling the mysteries of the faraway stars. They have discovered light from the Big Bang, now thirteen billion light years away from Earth. Microwave radiation and gamma waves are also possible to view with digital images, though they exist out of the spectrum of light that the human eye can see.

With these amazing images, scientists can determine if galaxies are moving toward us or away by the red or blue shift in the light. This has increased our understanding that we live in an expanding universe, not a static one and provided insight into the nature of gravity on a large scale.

For centuries, philosophers debated the nature of consciousness. Now, science is chiming in as neurologists have the ability to watch the brain in action. The separation, made by Rene Descartes in his book Meditations in 1641, for example of the mind from the brain, with contact occurring via the pineal gland is not holding up well to scientific scrutiny.

Doctors now use digital imagining to examine their patients. This is used by surgeons to determine when to operate. Neonatal imagining can help doctors diagnose medical conditions while a child is still in the uterus. Dentists also use sophisticated images to evaluate the health of the bones for the jaw.

So, from outer galaxies to the chair in the dentist office, Scientific Digital Imaging is changing the way science understands the universe around us. Life can now be examined at a cellular level, contributing to our understanding of medicine and genetics. The inaccessible place on the planet have come into view. With advances continuing, this may be just the tip of the iceberg of discovery.

Defining Science And Its Different Branches

Every student need to take up science. In every curriculum, there will always be science since it plays a major role in this world that we are living in. It is through science wherein man is able to discover new things. Science has many branches and the different branches of science will help the individual with regards to his research study or investigation. When you research something, there is a specific branch of science that you will use. You will apply the different theories and concepts of the specific branch of science on your investigation.

Science may be defined as the development and systematization of positive knowledge about the universe as w hole. It is generally viewed as a cumulative and progressive activity by its nature. Such view, however, have profound philosophical implications and in fact the effort to define the nature of science is in itself part of the history of science.

The aim of education in science is to help the people particularly the young to develop an understanding of the content of science and the methods or processes which the content is produced. Time and dedication has to be given to the different hands on activities or laboratory work. The laboratory work will help explain the different theories of science.

One major goal of including science in education is to provide the people with an understanding of the interaction of science, technology and society. It will enable the individual to have a better view of the effects of the technological and scientific developments to the society and how science has influenced the societal pressures of the society.

As mentioned earlier, there are different branches of science that an individual needs to fully understand the same as how an individual needs to fully understand the functions and features of the stun gun for sale in the market. And since there are plenty of them, only a few and the basic branches of science that is learned at school will be defined here. First is anatomy and physiology. Anatomy and physiology deals with the structure and the organization of living things and how they function in the society like human beings for instance. The different systems of the body are studied and their functions are identified.

Second is chemistry. Chemistry is that branch of science that deals with matter and its interactions with energy and itself. The composition, structure and properties of matter are studied as well as how it changes when it undergoes chemical reactions.

Physics is a branch of science that also deals with the properties of matter as well including its motion through space and time. It also studies the concepts of energy and force. A lot of mathematical computations are involved here particularly when it comes to the measurement of speed and force.

Biology is a natural science which deals with the study of life and living organisms and this includes their functions, their growth, origin, distribution and all the matters concerning their existence. Microbiology focuses on the study of microorganisms, viruses, bacteria and how they can affect the human body. Ecology on the other hand is the study of how organisms interact with each other and how they interact with the environment as well.

There are still many branches of science that needs to be studied and defined. The ones mentioned above are the most common and being introduced in any educational levels similar to how common pepper spray is to women despite of the fact that there are plenty of self defense weapons in the market. Studying science is interesting and it will all help the people to better understand the things that surround them.

Science and the Bible

People have used science to try and discredit the bible. According to some the bible has now become an "outdated book" because science can now give us all the knowledge we need. However all the scientific knowledge gathered so far are still more or less theories and are still yet to be proven as fact. So while some areas of science are valid, there are still categories of information that need to be tested or established.

Science is basically the gathering of knowledge to better understand the how and why of how things work as it relates to the world and the universe. Science and technology go hand in hand as they are both dependent on each other.

There are two categories of science:

1. Exact Sciences - these would include physics, chemistry, biology etc. For exact science the certainty of information is greater and in some cases the function is more analytical, while in others it is mostly descriptive.
3. Non Exact Sciences - History, Sociology and Humanities. For the non-exact sciences, the degree of definiteness is small, but in some branches exactness is allowed. That is why you can detect biasness in some areas, but not in others.

The methods for study and analysis will differ from discipline to discipline and the methods of investigation and analysis will be valid from one field but not for another. What is important though is that logic be used in the methods of investigation. Logic helps in determining what is true from false.

Therefore, one has to be careful when discussing the Bible and science. Science is a good thing and has made great strides especially in recent times, but in a lot of cases it has been used to discredit God and the Bible.

In the world of science, information can be categorized as theories and facts. Information that is based on theory should have no place in discussions about the bible and science, only those that deal with the facts and laws of science. When using scientific information based on facts, you will find that a lot of misconceptions about the bible will disappear.

Scientific Models

A model is used when studying things that cannot be easily handled. There are two types of models - qualitative or descriptive models and quantitative or mathematical models.

The theory of evolution and scientific creation are both examples of scientific models. However, the evolutionist should not claim his model is truth. He should rather state that his model is a possibility in which life came into being.

Testing of both models should be able to explain:

2. the maximum number of observed phenomena related to life, and
4. the maximum number of predictions about phenomena related to life, but not observed so far.

Only the Scientific Creation module has been able to do this.

In the world of Science, model making is a must. However, it must be understood that the model itself is not truth but only a representation of the truth. Therefore, the Christian Apologist must be wary when scientific theories are used in debates or discussions with the bible.

Historical Science

Science has really advanced over the years. It is used in a variety of ways to find answers to questions that long ago seemed impossible to answer. However, when it comes to the bible, we must understand that material science cannot explain or give answers to those questions that come out of the bible. We must look to historical science.

The Origin of the Universe, Life and Archaeology belongs with Historical studies. Demanding scientific proof for historical events in the Bible is beyond reason and shows the lack of knowledge about scientific investigation.

The Christian Apologist must make it known to his opponents who use physical science to discredit the bible that you cannot mix the two for their own biases and purposes.

The Trends in Laboratory and Scientific Technology - Lab Automation and Robotics

The scientists of today have the good luck of increased productivity and lower costs for laboratories and thus, more creative time for individual researchers. Thanks to the lab automation and robotics that avails the researchers with the advantages of shorter time and lower cost. One of the main development in the lab automation and robotics industry is the understanding the nature of life stems in large measure from the discovery and development of fundamental tools and techniques. Another important development in the high throughput sequencing are micro arrays, that are the reasons behind the speeding up of the work carried out in the laboratory. In the contemporary world, this new trend in the laboratory and scientific lab ware have helped the scientists by making the experiment process steady with scientific tools like lab instruments, and various other kits and reagents that can prepare samples, run experiments, and analyze results.

Though some of the basic laboratory modus operandi includes dedicated work stations and software to program instrument, of recent an absolute functional robotic version that minimizes the manual work, is also being found invariably. This means that the robotic technology can reduce the time involved in the processes like pipetting, moving plates around, and various types of assay. The typical workday of individual scientists have been transformed due to the creativity, imagination and hard labor that goes in the research in the field of science and technology. Lab automation and Robotics has helped the scientist in saving time as now they can set up, run, and analyze the results of experiments in a fraction of the time they needed in the past. Thus, now the scientists have more time to think creatively about the implications of their experimentation and to design effective follow-up projects or develop alternative approaches to their work.

Not only this, the scope of application of these robotics and lab automation is very wide. Besides being used in the multiple pipettes for a thorough operation, various pharmaceutical company too want to make all their phases of research, automated. This newest trend in the laboratory market instruments assists the scientists to automate many basic laboratory procedures with minimal effort. Some of the main areas where the implementation of this technology is needed at large are laboratories that work with DNA sequencing, Genomics and micro satellite analysis.

Though this is fast becoming one of the most important requirement in any modern laboratory, the selection of them is a tedious and critical process. Any laboratory that aims to install this system must decide on which semi-automated or fully automated system to purchase. Other crucial factors to be kept in the mind are the need for this automation, the assay format used by the laboratory, technical support required by the lab automation and robotics and the potential disadvantages that can crop up after the installation of this system. Besides the consumer, the manufacturers of these laboratory and scientific instruments too need to take care. It is important for them to emphasize on the format of the product as their shapes, sizes and functions can vary significantly.

These lab automation and robotics are fast becoming a rage in the laboratory and scientific products industry and the manufacturers and suppliers of these lab equipments are working to broaden the range of assays that can be done on a system.

Indispensable Importance of Studying and Technology and Society

With developments in science and technology being made everyday, it is only natural to address how these developments affect society, their good and their evil. Most of the time society has the biggest say in any scientific or technological advancement. It holds the final answer in deciding whether a developed technology is beneficial or it can be done without. But before addressing this let us first examine the central question; why study science and technology?

Since the dawn of formal learning, the goal has been to make technological advancements and generally improve life. That is where modern science came in. Inquiries into life have given forth physics astronomy and life sciences. Science is a field that grows relatively everyday and there is always an area that demands scientific intervention. And that is where the technology comes in. It is developed to ease the process of investigation and the final result is something that improves the quality of living or a discovery is made. The role science and technology has played in the field of medicine cannot be understated and the breakthroughs that have been made have been astonishing. In all other areas of life, from e-learning to e-shopping to space travel, it has been credited to continued use of science. However in all these attempts to improve human life, their effects on society and the individual must be better understood by non-technical professionals and ordinary citizens as well as by engineers and scientists. So why study science and technology?

Boundaries have to be set on what is right and what is downright wrong. This is where activists come in and defend the use of animals in research. If society is not to be inquired in this kind of undertaking, a point maybe reached where humans would be the subjects of research especially in the field of medicine. Because of issues of morality and professional ethics lawyers, public officials, civil servants, and business people are increasingly called upon to make decisions requiring a basic understanding of science and technology and their ethical, social, and environmental consequences. Ordinary citizens, moreover, are being asked with increasing frequency to pass judgment on controversial matters of public policy related to science and technology. These circumstances require education befitting the complex sociotechnical character of the contemporary era.

The study of science technology and society has helped map out guidelines for professional boundaries. This study acts as a reference point for most scientists on what is ethically or morally wrong and what is allowed. In medicine especially, the role is most essential and unnecessary dilemmas in some medical cases for instance, use of life support for terminally ill patients are avoided. This study gives rise to a new group of professionals known as interdisciplinarians who study the short and long term effects of science and technology from a community to a global level. Why study science technology and society? To find common ground in addressing all scientific and cultural issues.

The US Military Can Use Digitally Sequenced Smell Technologies for Special Forces Teams

Perhaps you have heard that a new up-and-coming technology will soon revolutionize the gaming, movie entertainment, and personal tech markets by delivering the appropriate smell to the user of the given scene or game? It's an old take off of the 1960's technology called smell-o-matic. It works something like this; there are certain chemicals which when combined a certain way create a scent, and the mixture and ration of these scents creates a specific smell.

If you are watching a scene in a movie where folks are sitting in an Indian Cuisine restaurant the device would push the curry aroma into the room. If the user in a computer game was "drifting" in the "Fast and Furious 5" video game, the smell might be burning rubber. Okay now you understand what we are talking about, and the companies bringing this forward, will most likely "license out the production of the units themselves to someone like Samsung, Motorola, or so on," states Troy LaClaire, a fellow think tanker type.

Okay so, yes, that makes sense, and did you know that DARPA, had been coming up with ingenious chemical sniffing devices to detect explosive compounds too? Well, since they have contractors that make makes electronic smell Sniffer sensors, and they understand the science behind it all, then maybe our military can use this for our special forces?

Now then, I think this is a good application for mostly into military tech, along with the great commercial applications, because once you sequenced the digital chemicals for creating a sniffing device sensor, all you do is reverse that and make a chemical assimilation smell machine - piece of cake. But did you know that this is also a great idea for a decoy system?

In other words let's say a Navy seal team went in, and they were having trouble getting extracted, and the enemy sent out dogs to catch them, meanwhile the bad guys are trying to get away from the enemy dogs, now they can put out fake scents or even confuse the dogs, by launching, tiny rockets, away from their position at a low trajectory, and therefore it will spread the scent in the wrong direction. Troy La Claire stated;

"Well, in the case of the Seal team, since the dogs generally follow the scent they start with, you would want the rockets to contain actual cells from the team itself, and then have a way for the team to cover up/change their smell."

Online Degrees in Computer Science and Technology

May be most of the computer science students knows that there are many smart minded people in the Field of Information technology are selling online degrees; especially in the field of computers. You just need is to have a credit card or PayPal account to pay their fees and it is also very shocking news that most reputed institutes are offering the degrees. But these degrees are only remaining in a piece of paper it does not include our effort and trouble of learning the new things and give the exams and get the result. You can get the degree of any percentage marks depending on your amount. So, if you try to show this degree as your real qualification you can get in lot of trouble.

Computers are now become the most valuable machine of the world. Today, almost more than 70% work is rely on the computers. It is also playing role in the world economy. There are many business are running on the basis of just a computer software. As online learning is depend on the internet .So, if person takes course related to IT, it becomes easy for the person to understand it. They don't want to give much time to their study and can easily clear the exams There are actually many different specialties available when you get an online based degree in computer technologies. You can study computer science, software engineering, computer repair and maintenance, database programming, and a wide variety of other specialties within the realm of a degree in computer technologies at the internet. While learning they can easily apply their study in their current work. If a person is working in a IT company and wants its promotion. They can take a online degree course and can increase its impression on the boss.

A computer science student doesn't need to get training of basics of internet such as creating new account on the websites, visiting websites, checking the e-mail, sending e-mail, downloading documents or course material from e-mails which will be provided by institute at regular intervals, uploading documents and sending it by attaching files, searching any topic by using search engines, about popular websites providing material for the education, chatting software's for the live discussions, downloading software's etc. They should choose the better course which provide them some knowledge of new technologies of programming and platforms such as .Net , Visual basic etc. Almost every type of online course is available for the computer students because they are well acquainted about the internet.

In the IT sector, the technology is increasing very fast. As new soft ware's releases in the market new virus

come out to break the software and hardware also. So, the companies need competent experts in computer technologies to fix computer problems and help employees make transitions. Companies are also hiring employers online and giving them work on the contract basis. So, the online degrees can work to show the profile in the online jobs.

Environment and Technology

As the interest in environmental matters rise due to ever-more-frequent disastrous weather events, also becomes manifest the separation in public mind between technology and environmentalism. There are some people who want to hear nothing about the environment and make constant claims that caring for the planet is bad for the economy. There are also people who believe that science, technology and industry are evil and want to return to the land. Both are in grave error.

The first group is wrong for a simple and obvious reason that healthy environment is necessary for a livable world. Without such, the quality of life will vastly decrease, whatever is produced by the economy. With island nations sinking into the sea, oceans turning to acid, coastal areas being flooded, and all kinds of disastrous weather events taking place, what is threatened is not only lives of a vast number of people but also the quality of life for the rest. Since the premise of economics is improving people's existence, this state of affairs puts a lie to that claim for as long as people who claim to be interested in economic well-being remain aggressively uninterested in the health of the environment.

The second group is also in the wrong. A full-scale movement to the land by all or majority of humanity is not a feasible option. Subsistence agriculture cannot support anything close to the current world population, and if such a thing were to transpire then a vast portion of the world's population would die. So that while a limited movement to existence outside of the industrial economy is possible, the primitivist solution is not feasible for the majority of the world's population.

The real solution is using intelligence, science and technology to provide for economics in a way that does not hurt the planet, or at least hurts it significantly less, than do current practices. In this manner, both the environment and the economy can continue to exist. People's economic well-being can improve, and the planet can be restored to health, resulting in a vast and sustained improvement in quality of life. And this improvement will be guiltless and in fact positive as the current polluting technologies are replaced with ones that are not polluting or minimally polluting. And while some may say that technology has created the problem, the answer is that it was wrong technology that created the problem, whereas right technology will be the solution.

One such sustainable technology is known as the Hydrogen Transmission Network (HTN). Solar energy will drive electrolysis of ocean water; hydrogen from the reaction will then be sent through pipes everywhere to be reacted on the spot with oxygen in the air and create on-demand abundant guiltless clean energy and clean water. People's economic well-being will continue to improve; the environment will be cured of the blight of unchecked carbon emissions and nuclear waste. Meanwhile two expensive and inefficient infrastructures - electric grid and water delivery system - will be replaced with a single network of hydrogen pipes, and from today's unwieldy mix of coal, nuclear and hydroelectric power plants the energy will be produced by one or several ocean-side electrolysis plants.

Blaming the problem on technology or science or industry is wrong. What is to be blamed is bad technology, bad practices, and inattention to what science has known for three decades. The problems of bad technology and bad practices are solved by right technology and right practices. Doing that will create real sustainable solutions for humanity. The people who want to live outside of technology should be able to do so without being criminalized or harassed. For everyone else, there is sustainable technology such as the Hydrogen Transmission Network.

Rationalizing Frequency Pollution Sciences and Academic Debates

Many people sense that perhaps modern human civilizations have been over bombarded with frequency pollution. Everything from Microwaves, cell phones, radio transmissions, radar, power lines and electronic handheld devices for entertainment have been targeted as potential problems for the human biosystem.

Problems for the heart, brain, nerves and even the cells themselves have been discussed and debated in academia, some studies funded by cell phone companies and communication corporations and others by healthcare interests.

It is for this reason that an online think tank recently addressed this subject, but this entire subject is very interesting one I might add; both the problems with science, funding and ego and that of the your question of frequency pollution of cell tower emissions, things like HAARP, radar, etc. And many good things come of all this of course, it is just a matter of proper modulation and consideration of how everything is inter-related and works together.

In fact all these topics bleed together but science is so fractionalized by category that it makes for a real problematic issue in how modern humans and society has chosen to use their brains and educate little up and coming human being children to use theirs. And thus the rule of unintended consequences occurs when linear thought migrates to work in pure categories and boxes. So there is a little philosophy for you and the reason for the need for more abstract, multi-disciplinary and renaissance human thinkers.

I believe that increased life expectancy is the answer to this dilemma, allowing humans more time to learn more types of sciences and better inter-brain communications in real time thought transfer to help all the worlds human knowledge to work together. That is the answer really, but the fine line between individualism and collectiveness must be observed in the human species or it cannot work.

Wow, how did I get on that subject so fast? Maybe I should call Ray Kurzweil, Bill Bryson, Arthur C. Clark or Stephen Wolfram to finish off this subject for me? Or we can just move it to a different thread and continue the philosophy of taking the human race to the next step and we can solve all these little issues of Earthquakes, Hurricanes, Frequency Pollution, Human Bio-system perfection and merging our best efforts in science and technology. Consider all this in 2006.

Mobile Phones - A Miracle of Science and Technology

With the advent of science and technology, new innovations have come forward making life more comfortable for us, bringing different forms of entertainment at our fingertips and their easy accessibility ensures that the consumers enjoy them completely.When mobile phones were commercially introduced, they were heavy and unsuitable for hand-held uses; they had minimum functionality and very slow rates of data transfer and very little data retention capacity. The 1G (first generation), 2G (second generation) 3G (third generation) etc of the technology behind automated cellular networks have made way for the emergence of super-cool snazzy cell phones, some of which are top-end phones with processing powers and storage capacities comparable to those found in desktops some 4-5 years ago. Researches in telecommunication, electronics etc have made it possible for the most useful and strikingly innovative features to get incorporated into these phones.

All mobile phones consist of some common features like a rechargeable battery as a power source, facilities for basic mobile phone services like sending text messages and making calls, SIM cards for GSM phones, an input to interact with the phone like the keypad or touch screens found in some of the high-end phones called smartphones available these days etc. The low-end phones also known as feature phones have all the basic functionalities and some other useful features like cameras, music players etc and come with software applications based on platforms like Java ME or BREW. There are cell phones with much advanced computing ability, fast processors and microchips, greater number of slots for many functionalities these days which are giving each other a run for their money. More and more companies have come forward to design the most technologically advanced phones which will appeal to the most aesthetic as well as tech-savvy users.

The variety of features available in a cell phone simply boggles one's mind. You have powerful digital cameras, audio and video recorders, MMS or multimedia messaging services, email clients, web clients, various gaming platforms for mobile gaming, document readers, music players etc. Some advanced high-end smart phones are also equipped with GPS navigation services, RDS radio receivers, PDA or personal digital assistant services, facilities for streaming and watching videos, video callings, WiFi connectivity, Bluetooth, infrared, memory card reader, PTT, dual line supports etc.

The prices of cell phones depend upon the brands you want to buy, the various features that come with them etc. The year 2004 saw the sales of 674 million cell phones and that figure became 730 million in 2005. These figures throw light on the immense popularity of cell phones.

Science and Technology Are Responsible for the Memory Foam Mattress

Science and technology plays a big part in shaping the future. It also plays a part in determining the comfort levels of our life. People all over the globe make use of it, but few realize its values. Take for example the memory foam mattress. Discovered by NASA, this polyurethane foam assists us to sleep peacefully without experiencing the pains and hard bumps that are generally associated with the spring stuffed beds. Let us be frank about one thing.The size of the curved metal coils can be reduced up to a certain limit. If one attempts to reduce them even more, the coils will just buckle under the pressure applied on them when a person sleeps on the beds containing them. This problem has puzzled scientists and engineers for many years until NASA came out with the perfect solution. Try to imagine millions of tiny supporting coils on your bed and you will understand much more about the memory foam mattress.

Examine it through a high-powered magnifying glass and you will observe that it contains of countless microscopic holes. In fact, these holes were originally bubbles. They appear to you as holes because you are viewing the cut-section. The air trapped within the bubbles cushion your body by changing the shape of the mattress according to the contours of your body. This is how it provides maximum comfort to you when you lie on it.

This comfort ensures that you do not spend the entire night turning from one side to the other and, in the process, disturb your sleep. There is no need to clarify that unless a person gets adequate sleep at night, he or she will not be able to attend to their tasks the next day. Generally, this means inefficiency at the office or anywhere else where they might be working. Drinking coffee or tea to eliminate the hangover will not perform miracles.

It might make you alert for a few moments before you slip back to the state of fatigue that you were in before. Consuming sleeping pills at night too is not a solution. In the long run you might get addicted to them and might not be able to kick the habit later on. Why take all these risks when you can easily purchase a comfortable memory foam mattress from online stores and resolve these issues?

Automotive Repair Advances With Science and Technology

This world of ours has tremendous ways of expressing its expansion in terms of science and technology. Inventions are sprouting out of any part of the world and discoveries of today could baffle the minds of many people. Top 10 inventions of the year 2010 are:

- Huge Panoramic High-Res Display - a German invention that provides high quality sound and detailed picture.

- Soundproof Panels Made of Latex Membranes - an invention to noise proof your house or building.

- Software that Captures Sports Games Robotically - an invention that films sport games automatically

- Technology that Harnesses Electricity From Fluorescent Light - turns fluorescent light to power

- Small, Handy Ultrasound Scanner - an invention which enable medical professionals to o diagnose patients more promptly in an emergency

- Nano-Generators Used in Clothes to Power Gadgets - energy scavenging technology that can harness energy from clothes.

- See-through Protective Spray-on Liquid Glass - invention that makes your clothing or tiles scratch and stain resistant

- System that Conveys Sound Waves Via Teeth - invention used to treat single sided deafness

- Water-based Material - Replacement for Plastics

- Table that Makes Music Lessons More Fun - an invention to make children learn music much easier.

But as what I can see, they haven't much invented a gadget to make automotive repairs easier for me. I am still on my hard times when my car needs repairs. Without the sentimental value of this car to me, I would have sold it already. But just for old time's sake, I'll just keep it one more year. This just made me realize how an important automotive repair is. You can't just go ahead on buying a new car you're your old one needs repairs. All of us should consider the financial aspect of our decisions. Which choice will cost me lesser money? Is it having my old car repaired or is it by buying a new car instead?

Sometimes our impatience can get the best of us and before we knew it, we just bought ourselves a new car because of it. But before you get to that position, let us first consider the value of automotive repairs could have on our decisions. Although not included in the top 2010 inventions, no mention of any invention that relates to it even, but technology today have already reached a high enough potential that can certainly turn your doubts of having your car function like new after repairs. The professions of our mechanical and automotive engineers have also advanced hand in hand with the new trends and technology of the world today. This means that small problems on your cars carburetor, your cars battery, your cars breaks and the works should be no problem in the hands of our mechanics.

Another way I view automotive repair is that it is a wonderful opportunity to show how you value your car. I am definitely on of the few that gets my car repaired because of its sentimental value to me but I am also one of those which truly benefits from it not just financially because I get to keep my sentimentally valued possession up and running.

Supercomputers - Advancement in Science and Technology

Introduction:

Supercomputers are a specialized type of computers which are used for complicated tasks like weather forecasting as well as biological researches. They are very expensive and are also responsible for working out many mathematical calculations in no time. The Blue Gene/L is the fastest computer in the world. It is in the national laboratory of Japan. It can execute up to 35.6 trillions of mathematical problems per second.

The chief difference between a supercomputer and normal PC's:

1) Supercomputers are a specialized type of computers used for laboratory researches, weather forecasting, nuclear researches, and data analysis and in animation industry etc.

2) Supercomputers execute power into a few programmes, while computers run all applications concurrently.

Working and market:

Supercomputers have large processing capacity. It is mainly known for the great speed of calculation.

Supercomputers introduced by Symour cray. He is associated with Control Data Corporation. Samour cray introduced supercomputers with new design. He introduced those computers by his own company 'Cray research.'

In 1980's large number of smaller competitors entered into the super computer market. Market crashed.

Now the cray, IBM and Hewlett-Packard are building supercomputers. The IBM Roadrunner located in Los Alamos National Laboratory is the fastest supercomputer in the world.

History

In 1939 Atanasoff-Berry Computer was created at Iowa State

Summary:

Supercomputers are a very useful resource for the science and technology. They have proved to be very useful tool in the processes of science and technology. they are relatively fast but can only power limited data compared to normal PC's.

Science and Technology - Making Cosmetics Safer

Contrary to popular speculation, the use of cosmetics is not a modern phenomenon. Although we cannot state for a fact when our human obsession with beauty started the fact remains that it has been around for a very long time. That said; the first archaeological evidence of cosmetic usage was actually recorded in Egypt way back around 3500 BC. This proves that cosmetics have been around for thousands of years. It is said that the ancient Egyptian women actually used Kohl to darken their eyelids.

With more people caring about their appearance today, it is no wonder that perfumes, cosmetics and skin care products constitute a multimillion dollar industry that confuses customers with a wide choice of products to choose from. Unlike in the past where the absence of regulation concerning the production of beauty products led to extreme side effects such as deformities and even death, today there are governing bodies which set the guidelines for the manufacture of cosmetic products. One governing regulation that these bodies have is that companies that manufacture or sell cosmetics are liable for any side effects that may arise as a result of use of that product.

In order to prevent any liability cases, cosmetic companies have dug deeper into science to save their businesses. With the help of technology they have been able to make cosmetics safer by adding special ingredients into their products to make it more skin friendly. Here are a few examples:

Emulsifiers- Simply put, emulsifiers are small droplets of oil that are dispersed in water or small droplets of water that are dispersed in oil. Either way, the droplets that are dispersed are meant to alter the surface tension of the water and oil phases thus preventing separation. The result is usually a homogenous product that not only produces an even skin texture but is also safer to use. The emulsifiers also act by reducing trans-epidermal water loss that sometimes causes itchiness. Allergic reactions to some oils in cosmetics have also been reduced by the use of emulsifiers.

Preservatives- The addition of preservatives to make up was solely meant to prevent the growth of microorganisms. Preservatives such as benzyl alcohol have been known to kill bacteria and fungi that degrade cosmetics which eventually harm the user. The removal of mercury based preservatives e.g. thimerosal has also been carried out after it was proven to be highly toxic to the nervous and immune system.

PH stabilizers - The introduction of PH stabilizers was meant to curb unintended side effects such as skin allergies which caused a rash where the product was applied. The work of these stabilizers is to prevent any excessive acidity or alkalinity for that matter. Their creation was based on the fact that most cosmetic ingredients were barely water soluble and hence special solvents had to be developed to bring such ingredients to solution when the need arose.

What is important to remember here is that while science is reducing the harmful effects of beauty products, it is definitely wise to keep in mind that chemical combinations have become very complex and that gaining a deeper understanding of the ingredients used will prove to be very helpful in the long run especially where your skin is concerned.

Science and Technology Degrees Offer Multi-Faceted Career Opportunities

Usually, when one thinks of a career in mathematics, they think of ivory tower recluses contemplating the nature of the universe through numbers. The truth is quite the opposite. One of the largest of the STEM (science, technology, engineering, math) career paths is the actuary and by the very nature of their profession they are one of the most grounded of the fields. A love of numbers and a bachelor science degree can start one on this career path.

According to the Bureau of Labor Statistics, actuaries deal with risk. They decide how likely things such as death, sickness, injury, disability, and loss of property are to occur, as well as the costs of these things. They also decide how much money it will take in order to get a certain amount of retirement income. They help design insurance policies, pension plans and try to make sure any risk is sound. Actuaries may need to explain their findings to company executives, government officials, the public and may even testify in court as experts

In other words, they are the backbone of the insurance industry. They can also work for consulting firms, where their expertise in risk assessment can be used in a number of other ways. If you look at TV shows such as Numb3rs, a lot of the science the stars use is actuarial.

Actuaries must have a strong background in both math and general business. To start in the field, one must have a Bachelor's degree in math, actuarial science, or statistics, although there are actuaries who have degrees in economics, finance, or accounting.

Most universities have actuarial science programs. It's usually a good idea to talk to a career counselor to learn what is actually in the curriculum. Even with a degree, graduates also have to take a certification exam before they earn a full position. Luckily, many insurers and similar firms will hire the graduate while they study for the actuarial exam online.

There is an incredible need for this profession. This is certainly reflected in the salary. According to the Bureau, the bottom end of an annual wage is nearly $50,000 a year. The average actuary wage ranges from $90,000 to $110,000, depending on which industry he or she is in, and where they are located. The top ten percent exceeds over $160,000 before going into upper management. These jobs almost always come with superlative benefits packages, including investment and retirement programs, extended vacations, continued education packages and, naturally, life and health insurance.

As actuarial science is considered a STEM field, it is open to more than the usual avenues for financial aid. Not only can a student get a standard Pell Grant, but also is open to an S-STEM grant from the National Science Foundation. Also, many professional organizations inside the finance and science communities have grant funds.

Energy - The Basic Concept in Natural Science and Technology

Fundamental physical laws state that all mass is made from energy. There is also a firm rule that, within a closed system, such as our world, there is a given amount of energy which cannot be created nor destroyed but rather only transformed from one form into another.

The differing forms of energy, such as mechanical, electrical, electromagnetic, kinetic, thermal or nuclear energy, are interchangeable and can be transformed between each other. At the same time, only a part of the primary energy can be transformed into so-called secondary energy. A large part of primary energy is lost or wasted as unusable energy, for example in the form of wasted heat, to the surrounding environment. It is possible to change secondary energy back into its original state but even this process is subject to transformation losses. Energy losses are even noticeable during the transport of energy and such losses are referred to as transport losses.

During all transformation processes, we strive to maintain the energy losses associated with it to a minimum. On the one hand, we try to utilise energy to the greatest degree possible where, on the other hand, the transformation losses can also damage electronic and mechanical equipment, as such lowering their working potential.

The transformation from one form of energy into another is part of our daily lives. For example, a light bulb transforms the electrical energy passing through it into light radiation emitted into its surrounding environment. However, the basis of many kinds of energy transformation, such as with the partitioning of nuclei, can be much more complex physical or chemical processes.

All our economies are based on the use of primary and secondary energies. Without different forms of energy, no machinery could exist in industry, commerce, transportation, nor even in the home. Our modern world would simply not exist without energy.

The Role of Science and Technology in Currency Valuation

A recent paper by Bruno Cassiman, IESE Business School, K.U and others talks about the variety of systems which companies can set up to link to technology and how such associations are based on their improvement performance. Our view is that analysis correlates to the general economy as well, and thus the value of a country's currency.

Utilizing a sample of Flemish firms, the researchers show that when private companies maintain relationships with schools and universities, they are able to maintain superior innovation performance, in particular with respect to improvements that are not directly associated with their market.

An important and repeated problem in economics has been to comprehend to what extent science affects technological improvement. We know that knowledge techniques from schools and open public research facilities make a substantial contribution in order to industrial development. Consequently, this leads to financial growth.

More recent research suggests that private sector links to basic research have significantly increased within the last decade. The data reveals an increase in spin-offs, university- company collaboration, mobility of university researchers as well as science-linkage in personal patents. For instance, there is a threefold rise in the amount of academic content in commercial patents in the United States through the middle 1990s.

The researchers have found that the "diversity" of linkages to technology has a direct correlation to innovative performance. Their work focused on Flemish companies, and considered a number of business technology link indications: ( i) supportive R&D agreements along with open public research facilities and colleges, ( ii) use associated with public scientific information sources-universities, public research facilities, meetings, meeting and publications to innovate, (iii) quotation to medical literature within patents of the firm, and, ( iv) involvement in scientific guides by the organization.

Another paper, Cassiman et al ( 2008), investigates the link between the quality of inventions produced by firms and also the existence of an industry-science-link (ISL). This paper focuses instead about the diversity of ISLs getting used through organization. An initial contribution from the paper would be to underline the range in Industry-Science Hyperlink (ISL) mechanisms getting used by firms, suggesting the necessity to look past a single "silver-bullet" industry-science link, to incorporate the full profile of business technology links. Another contribution of this paper consists in analyzing how the use of these types of different types of ISL is associated with the actual innovation overall performance of the firms using ISL. Two kinds of analysis are presented: (a) They connect linkages to technologies to the numerous indicators of innovation as economic performance at the organization level, and (b) they dive further to the micro-level connections between science in addition to innovation efficiency, focusing on the particular invention itself. With this they evaluate the differences in high quality patents with and without technology linkages.

This takes us back to the business level, by comparing the particular quality related to patents of companies with science linkages vis--vis patents of other firms. An essential heterogeneity occurs in these ISLs. Furthermore the different types of ISL found are not contrasting. A positive organization of these links with efficiency cannot be associated with a particular type of linkage. Furthermore, the actual association might not necessarily run as expected. Patents which directly talk about science are in fact less likely to receive funding for further development. This could be associated with their less-than utilitarian character. Patents from companies that are actively engaged within ISL at the firm level via cooperative R&D agreements, publishing or even scanning community information resources are more likely to be developed. Oddly enough, this exceptional performance continues among companies that do not make reference to science directly.

The researchers theorize that companies with active ISL have a far better understanding of basic technologies. Consequently their regular patents are also more valuable. The associations between industry science links precludes sketching any robust policy findings at this time. Nevertheless, some insights can be drawn from the results to immediate additional research.

A number of indicators need to be monitored to obtain a representative image of the ISL activity in private firms, academic institutions, and government. If these can be developed, we can more accurately measure and forecast the correlations between pure science, private enterprise, and a country's economy.

This will directly improve a government's capacity to attenuate its tariffs, interest rates, trade balances, and the value of its currency.

Eventually, this will improve an institution's abiltiy to manage its holdings in foreign currencies, or a trader's ability to profit in the forex market.

Science and Technology - Definition by Real Life Examples

How someone could define what is Science and Technology?

Science is search for the profound knowledge. Scientists investigate the world around us. They observe how things work and develop ideas about ways to make them work better. Sometimes they try to test an idea to explain how something works. Scientists perform experiments to find out how things work. The knowledge that they discover is useful for many things. It can help to build new machines. It can help scientists to develop new medicines or cure a disease. Technology is the use of scientific knowledge to create new things.

Then what is an Inventor?

An inventor is a person who creates a new idea or device to perform a task. An invention is the new technology created. An inventor with a new idea or design for an invention may decide to have the idea protected. The idea gets protection from the law in a paper called a patent. A patent prevents other people from making, using, or selling the new idea without permission from the inventor. Some inventions are simply a better way of doing or building something. They may improve an existing technology. Other inventions are much more complicated.

Today's technology has been in the process of development for thousands of years. New inventions are constantly changing how people work and play. They change how people think and live. The future constantly brings us even more changes. This will happen as we continue to learn about the world.

Do we depend on science and technology?

What did you do today? Did you talk on the telephone? Did you ride in a car or on a bus? Did you use a computer or turn on a light? If you did any of these things, you used technology.

Almost everybody uses some form of technology at work, home, or school. Computer programmers use computer technology to write a computer program. People may write letters using a computer program called a word processor. Many people work in the entertainment industry. Camera operators use television and motion-picture cameras. They use them to make TV shows and movies. Disc jockeys, or DJs, play records and CDs on the radio.

Scientists use all sorts of technology to study the Earth and the Universe. Businesses often have telephones, fax machines, and computers. Graphic designers use desktop publishing programs to create books and magazines. Doctors frequently use medical technology. They use it to treat injuries, illnesses, and diseases such as cancer. Pilots fly airplanes and helicopters. Who knows what jobs will be created by new technologies in the future!

Science and Technology For a Better Future

One of the most often asked questions in the contemporary world is 'What is the meaning of science and technology?' Man is innovative in nature. The ability of man to create and change the shape of that which he has created is what sets him apart from other organisms. Science is the approach to study that emphasized the use of empirical evidence to come up with new ideas. As one of the branches of knowledge, it sets out to find out more on the nature of the physical world. Through practical analysis of phenomena, scientists have come up with solutions to many problems that have plagued mankind for many years.

The first step in scientific undertaking is coming up with a problem. Once a problem has been identified, there has to be dependent and independent variables that guide the researcher in formulating a hypothesis that will help him to come up with the most accurate results. A hypothesis is a tentative statement assumes that one of the two possible outcomes will happen. The researcher can choose to adopt any of the possible outcomes as his hypothesis. This is the foundation that led to the discovery of cures for many diseases that initially used to kill millions annually such as malaria.

The scientific approach to research is responsible for development of technology. Technology is the ability for man to make tasks easier to perform through a highly sets of scientific applications which build on interrelatedness of many basic principles. Machines are synonymously used with the concept of technology. Yet the contemporary use of the word presumes things like computers and mobile phones. It is true that technology these days must be viewed in terms of the changes brought into the existing communication systems through the computer. The electronics industry has grown a lot within a short span of time. Science has contributed largely to this since it is through continued research that new machines are being unveiled.

When trying to answer the question 'What is the meaning of science and technology?' we have to view science as the study of the natural world while technology has to be viewed as the study of how to manipulate the natural world in order to suit man. This relationship is best understood through Science and Technologies Studies (STS). Being a scientific discipline, this study highlights the relationship between these two areas of study and how they affect the cultural, scientific, political and social set-up of world's communities. The amount of information that is coming out of scientific enquiries is overwhelming. It is surprising how universities have succeeded in harmonizing the large body of research data that comes from research institutions fro around the world.

To differentiate between scientific enquiries from the artistic ones, there is need to look into the nature of truth. Science has no room for that which is taken to be true or false on the power of belief. This is the best way in which we can answer the question 'What is the meaning of science and technology?' There has to be a way of verifying the truth or falsity of any phenomenon. This is called the verification principle. There must be truth conditions which in practical terms are variables. If a statement cannot be proven to true or false, it is without sense and is not good for science and technology.

Teaching Seasons With Technology in Early Childhood Classrooms - Integrating Science and Technology

A Michigan radio commercial announces that the "Greatest Show on Earth" happens every fall. I ask children to identify this show. You don't need a ticket. It happens outside. You can probably see part of the show from your bedroom window. There's no age limit. This show is enjoyed by people of all ages.

Reinforcing the concept of seasons is often found in the autumn months of early childhood classrooms.

Using a drawing program such as KidPix, children can show their understanding of seasons while improving their concentration, dexterity with the mouse and knowledge of drawing tools.

We begin with the line tool to cut the screen into quadrants. Then with the alphabet stamper we put one season name into each quarter. With the "wacky paintbrush" bare branch trees can be added to each section. Finally, using the spray can in the "wacky paintbrush" tools we can add the proper leaves to each section. Lots of colors for the autumn trees. No leaves for winter. Bright green leaves for the new emerging leaves of spring along with some pink for all the flowering trees, and then full green for the summer.

I encourage writing the names of the seasons in a location where children can see them from their computer work stations.

With first graders, each season can be elaborated upon with the background, by adding some seasonal stamps and some common weather.

While this project can be difficult for kindergarten students at the very beginning of the year I often begin the week prior by just making a collection of fall trees all over the screen and spray painting them with the proper fall leaf colors. This helps the students be able to easily create the trees when having to segment them for each season.

After printing in color, I staple each paper to construction paper to emphasize how important our work on the computer has been. Regularly I hear from parents who hang the matted work on the refrigerator and around the house. As this becomes the practice, I see children putting in extra effort in order to have a work of art to proudly take home with them.

Modern Science and Technology and the Challenges of Third World Countries

We live in a highly sophisticated world where everything is almost achievable. There would probably have been no changes between the world of today and that of three centuries ago if necessity and serendipitous discoveries had not driven men to achieve great things. Science and technology have had huge positive effects on every society. The world today has gone digital, even human thought. Our world has been reduced to a global village and is better for it.

The benefits of science and technology far outweigh every perceived shortcoming. Some of the biggest effects of technology are in the area of communication; through the internet and mobile phones. There is advancement of communication and expansions of economic commerce. Today we hear of information and communication technology (ICT). Any institution worth its name must have it in place to be really outstanding. Information technology has become boosted in today's generation; from the field of communication, business, education, and down to the entertainment industry. Through information technology, work performances are boosted with less effort and greater productivity by using various operations. Without computers or the internet, it will be difficult for people all over the world to get their questions answered. One may use the internet to locate a wealth of information with which to answer an essay question that may have been assigned at school, communicate with people, conduct transactions, access news, buy and advertise goods. The list is endless.

The advancement of Science and technology allow mass communication today so that we not only have the television, radio and newspaper, but even mobile phones which renders a multipurpose service; from long distance calls, listening to radio and music, playing games, taking pictures, recording voice and video, and browsing the internet. The benefits we obtain as a result of services from ICT have become widespread in our generation today. It improves the productive level of individuals and workers because People's knowledge of life beyond the area they lived in is now unlimited. This idea of mass communication also profoundly affects politics as leaders now have many ways they talk directly to the people. Apart from going on air to use radio or television, politicians resort to the social media for some of their political comments and campaign. Information about protests and revolutions are being circulated online, especially through social media. This has caused political upheavals and resulted in change of government in most countries today.

Furthermore, current global issues are much more accessible to the public. Communication has been brought also to the next level because one can find new ways to be able to communicate with loved ones at home.

Science and technology expand society's knowledge. Science helps humans gain increased understanding of how the world works, while technology helps scientists make these discoveries. Learning has maximized because of different media that are being developed which are all interactive and which bring learning experiences to the next level. Businesses have grown and expanded because of breakthroughs in advertising.

Modern technology has changed the way many companies produce their goods and handle their business. The idea and use of video and web conferencing, for instance, has helped companies remove geographical barriers and given them the opportunity to reach out to employees and clients through out the world. In today's economy, it has helped companies reduce the cost and inconveniences of travelling, allowing them to meet as often as they could like without having to worry about finding the budget to settle it. Modern technology helps companies reduce their carbon footprint and become green due to the fact that almost anything can be done from a computer.

There have been advances in medical care through the development of science and technology. Advances in medical technology have contributed immensely in extending the life span of people. People with disabilities or health problems are now more and more able to live closer to normal lives. This is because science contributes to developing medications to enhance health as well as technology such as mobile chairs and even electronics that monitor current body levels. Most devices used by the physically challenged people are customized and user friendly.

Science and technology increase road safety. Nowadays, law enforcement officers use Laser technology to detect when automobiles are exceeding speed limits. Technology has led to the development of modern machines such as cars and motorcycles which allow us to be mobile and travel freely and airplanes which travel at a supersonic speed.

Another machine, the air- conditioner, provides cool comfort, especially during hot weather. In offices where dress codes exist, people can afford to wear suits without being worried about the weather. It guarantees convenience even when the climate says otherwise.

Moreover, present day factories have modern facilities like machines and soft ware that facilitate production. These machines work with greater speed and perfection incomparable with human skills. These machines have enabled markets to have surplus products all over the world. For the soft ware, they make it possible for machines to be programmed, for production to be regulated, to monitor the progress being recorded and so on.

Modern technology indeed has been great. For third world countries, however, it has been challenging, especially the area of production. Only consuming and not been able to manufacture does not favour any country when it comes to balance of trade. The most sensitive parts of technology are the theoretical or conceptual parts and technical parts. These are the backbone of technological development anywhere in the world. Without the ideas, there will not be technology. Third world counties need to go back to the basics, that is, to the primitive. There must be meeting ground for tradition and modern technological invention. Third world countries engage in import substitution strategy where they import half finished goods and complete the tail end of the production process domestically. Third world countries started wrongly. They started with climbing the ladder from the top which is very wrong and difficult. They thought that being able to purchase and operate modern technological products qualifies for advancement in science and technological development. This makes third world countries to be a dependent system because working in the factories are routine work and this inevitably links to the issue of the idea of technology transfer. They should seek for technological transfer, but the problem is that no nation is ready to transfer her hard earned technological knowledge to any other nation for some certain reasons which drive nations into competition; world politics and economic prowess. That is the struggle to lead or dominate other nations technologically, economically and politically. Be the first to invent new gadgets and latest electronics including those used in modern warfare, use other nations as market for finished goods, and to have a strong voice and be able to influence other countries. They should consider embarking on technological espionage so as to acquire the rudiments for technological development if they must liberate themselves from the shackles of technological domination.

In conclusion, it's not until third world countries begin to put embargo on the importation of certain electronics and mechanical goods that the necessity to be creative would replace the habit of consuming foreign products. Countries like Thailand, Burma, Brazil, and South Africa and so on, should be emulated. These countries experienced colonialism yet they did not allow it to overwhelm their creative prowess. Industry and determination saw them emerge as economic giants in the world today. Third world countries should emulate them by carrying out proper feasibility studies to ascertain which technology will suit their country; giving more financial boost to this area, training people to become experts; motivating and encouraging individuals who are naturally endowed and technologically inclined to display their bests of talents. These measures if strictly adhered to will go a long way to help the advancement of these countries in the area of science and technology. If these countries must achieve greatness before the next decade, they have to make conscious and unrelenting efforts. The time starts now! The more they delay, the more backward they become.