BUY PRODUCTS ONLINE-NEW SHOPPING MANTRA

In the 21st century science and Technology is trying to conquer the time and that is the sole reason why new media distinctly appeal to the mass. With the advent of World Wide Web, the term commerce has been modified, to open the doors for the various medium of upliftment of finance. Buying products online is a commercial intermediate through which merchandise are trying to cater to all the needs of the customers. This procedure of buying advertised products online includes many auctions, leading to the accessibility of movies, videos from online movie stores, buying clothes from online clothing stores. There is also the facility of collecting electronic goods from online electronic store or other necessities of our daily lives from FIWI online store.

Buy products online is a subject of Electronic Retailing and specifically Electronic home shopping. This method is the buying of wide ranging goods like fashionable dresses, accessories or useful amenities from the internet only by attending some websites where the transactions are conducted automically without any hazardous effort. Even the baby products like baby cribs, playpens are also available over there. The search engines associate with this kind of shopping are yahoo,About.com. The positive prospect of this kind of marketing is the possibility of exploring a wide variety of products with different colours, shapes, designs at numerous stores at a time. If you want any products very badly within a very short period, you can browse through these stores online and place the order through your permanent account. The payment is done through master, Visa and American credit cards. Stylish, sophisticated Electronics gadgets can be found at a very reasonable price in these stores. Time saving is another convenience of these transactions as you are able to have your essential materials delivered to your door. Many lucrative gift offers follow. The online stores provide visual display of products to attract as many as visitors. These exhibitions contribute them to choose their needed goods within a minute only. Besides this they are manifested with colourful graphic design. All these are the means to the extension of the business. Being entertained is one of the aim of the people, and online movies store is pertaining to that wishes of the people. From these store they are receiving all kinds of movies, latest videos also. It’s a developed system which is obtaining popularity in India, urban sectors.

As with the advancement of technology, the market is buzzing with many duplicate products which may have adverse effects after the usage. So one is need to be aware enough while buying them, specially the heath products. You need to sure about the ingredients of health products otherwise one can be inflicted by allergy after consuming it. There are also the possibilities of falling prey to the fraud manufacturer. In order to avoid all these consequences, accumulating information is required through various reviews, articles on such amenities. Online shopping can be a great opportunity if all these aspects are taken cared off.

The Power of Touch Screen

The rate of technological advancement is astonishing. Ten years ago, films depicted a future where touch screen monitors were used by corporations to make the act of understanding and displaying information infinitely easier. Today, such technology is already here and whilst still fairly new technology, the scope that touch screens can offer is already vast.

Science fiction films used to look to a future that never panned out. Flying cars and robot slaves abounded and watching them back now is almost laughable. However, today’s science fiction films are far more focussed on real possibilities and scientists have a far better grasp of how the world is likely to be in the next five, ten and even fifty years.

The potential for touch screens to grow is great, and before long, almost every business will almost certainly only be using touch screen technology. Today, though, they are simply able to make the process of gathering information far easier and the speed with which jobs can be completed far faster. They offer far greater control in terms of how large or small individual items are and the way in which information can be viewed has also been greatly changed by the technology.

Such monitors can, in some cases, be linked together to create a huge bank of screens that can display the exact information you need in whatever way it is needed and all such information can then be moved seamlessly.

There are of course other benefits of touch screen monitors: space is saved, peripherals can be removed and even energy bills can be lowered.

So, it seems we are already living in a science fiction movie and what can be achieved with touch screen technology is only going to grow. Now, with the glitches .firmly ironed out, any business that doesn’t start to use the technology may well find that, before long, they simply get left behind.

Brainwave Entrainment - New Brainwave Synchronization Technology That Make You Think Like A Genius

Brainwave Entrainment is also referrred as brainwave synchronization. Basically, it uses pulses of light or sound to stimulate the mind periodically. When any aspect of our senses is used, the mind is stimulated and will emit an electrical charge as a sort of response to this stimulation. Just in case that you are not aware, it is an established fact that we have electrical activity going on in our mental faculties.

Brainwave Entrainment is a simple process which requires simply listening to a sound (tones) and your brainwaves naturally will match the frequency associated with the sound. Note that no specialized coaching, knowledge, or procedure is needed.

What Can Brainwave Entrainment Do To Benefit You?

This brainwave synchronization program is beginning to have a powerful impact upon numerous subjects such as meditation, therapy and personal development.

That is not some farfetched 'new age' gimmick, it's been validated by clinical study, and has been utilized by NASA, Fortune 100 firms and leading minds globally. Psychologists, neurologists, medical personnel, and self-help professionals alike are starting to make use of this mind wave technology in their work with their clients and patients.

If you are suffering from insomnia and have not found a solution, then Brainwave Entrainment might be the answer for you. Many people have benefited from this new invention to help them overcome their sleeping problem. Now they can sleep through the night simply by listening. All it does is to slow down our human brainwave and bring us to the sleep mode.

People with ADD/ADHD problem, even those who suffer from mental associated conditions can be benefited from this brainwave programming method.

It is also utilized in treatment of depression, low self-esteem, attention deficit disorder, drug and alcohol addiction, and autism, to name a few applications. Common sickness like headaches, cluster headaches and migraines can also be alleviated by this method.

Mind wave entrainment is utilized among the Monroe Institute's strategies, utilizing the Hemi-Sync technologies that Robert Monroe patented in 1975, which contains an evolution from the binaural beats technology. Since then Hemi-Sync has turn out to be somewhat of a business standard inside the mind programming commercial marketplace. This technique is serving as a vehicle to both further the science in the individual thoughts, too as to bring the positive aspects of that science directly into the hands of anyone and everybody.

Brainwave Entrainment is using the power of the human brain, with all its own internal mechanisms to your personal advantage. Let me explain a little on what it's all about.

Mind

Brainwaves have been divided into four predominant speed ranges, or varieties. Brainwave sorts are connected to diverse head states, or states of consciousness.

Binaural Beats

Binaural beats deserve unique mention simply because of the manner in which the desired frequencies are obtained. This synchronization may perhaps be achieved when audio signals are launched towards the human brain causing a response straight associated towards the frequency in the signal launched, referred to as binaural. Binaural is not something new, it's been researched for over 170 years now. The human brain goes by means of numerous frequency cycles in a day. Binaural are sub-sonic sounds (An additional scientific word for 'below the level of human hearing'. The human ear can only hear sounds between about 20 Hz to 20,000 Hz.).

Binaural beats are probably the most applied form of brainwave entrainment - that is what's utilized by most insomnia CDs out there. With binaural beats, a slightly various tone is presented into every single ear. Binaural beats occur when two unique frequencies are launched to each ear by way of headphones. When the two frequencies mix with every single other they result in a new frequency which is manufactured by the mental faculties.

For example, when you pay attention to a 200 Hz tone in a single ear, and a 210 Hz tone in the other ear, the individual nervous system will try to resolve the input from both ears and manufacture a 'phantom' 10 Hz tone.

Meditation

Meditation is actually about willingly being able to subtly alter one's mental faculty's frequency to a desired state. Meditation has been employed as a technique to calm a person down, empty your brain and knowledge relaxation at levels not feasible when under stress and anxiety or in Beta. It's proven to be remarkably beneficial state for your intellect to be in. Meditation is a single of the most effective cures for a lot of physical and psychological health problems without resorting to unsafe drugs and medication.

Traditionally meditation served a variety of purposes inside the context of a person's life style. Although mediators have utilized many years to learn the methods of meditation, it is possible now to attain the exact same effect with brainwave entrainment.

Summary

In truth, Brainwave Entrainment works as a reliable and powerful tool to change one's state of mind and this mind synchronization program is definitely a astonishingly promising technology having real life transforming power.

Brainwave Entrainment is really an exceptionally promising technology to help one to double his/her ability to learn and think like a genius. Additionally, it is quite effective in helping one to alleviate anxiety and enjoy amazing energy and motivation.

Technology And Its Role In Criminal Justice

Introduction:

Technology advancement can be associated with improved living standards and also ease to perform activities. however the advancement in technology has contributed to ease of crime detection and bringing offenders into justice. Advancement in technology has also contributed to the increased crime and difficult in detecting crime and solving crime.

Technology that aid in solving crimes include DNA(deoxyribonucleic acid) and GIS (geographical information system), this new technology have helped solve crimes that previously were not easy to solve or even unsolvable using traditional methods, therefore the advancement in technology has helped reduce the difficulty in solving crimes, this paper discusses the significance of technology in aiding in solving problems.

DNA technology:

DNA stands for deoxyribonucleic acid, it is usually an acid that contains genes that help living organisms in development and functions, the DNA has four molecules which are referred to as bases, these bases have a sequence where information is stored, the information contained is retrieved using genetic codes and these codes are retrieved by copying the DNA into related nucleic acid in a process called transcription.

The molecule of DNA is one long chain but it is made up of only four different molecules referred to as bases and they include Cytosine, Adenine, Thymine and Guanine, these molecules make pairs and the DNA in a human cell has 23 pairs where one pair comes from the mother of the person in consideration and the other comes from the father, every persons DNA is unique except for identical twins.

Some uses of the DNA technology include agricultural engineering whereby we have genetically modified food, finger printing and the collection of historical information in history and also anthropology. In this case we will consider finger printing which is useful in crime detection and solving crime.

Finger printing:

The use of DNA was first developed by Alec Jeffrey in the year 1984 and in 1988 the DNA crime solving technology was used to solve the murder case committed by Colin Pitch.

Scientist will use body products or body parts to detect the perpetrators of crimes, this include blood and other body fluids, hair, semen, bones, skin or even saliva from a crime scene to detect the perpetrators of crime. This process of crime detection is referred to as DNA profiling and it is termed as a reliable way to identify criminals from a crime scene.

A criminal is supposed to provide samples of his or her DNA in order to aid in comparing the DNA sample from the crime scene and that of the convict, because DNA profiling is usually reliable and accurate when the match is made then the convict is termed as guilty.

The process of investigation:

Collection of DNA samples from a crime scene is the first step in DNA step, this is followed by creating a DNA profile regarding this samples and the last step is the collection of samples from suspects for DNA profiling and comparing them with those from the crime scene.

Advantages of DNA:

It is reliable and accurate because the results produced are considered to be accurate, the DNA evidence is produced in a court of law and this helps in solving cases, however the DNA technology is sometimes not helpful in the case where the crime scene has many samples that involve a lot of DNA sample from a number of people and this might be misleading and difficult to solve. Perpetrators of crime may also be informed about this technology and may take the advantage of this by placing DNA samples on crime scenes which may lead to conviction of innocent citizens. however despite this disadvantages the technology is still helpful in solving crimes.

It helps solve old cases were previously unsolved and there was a DNA sample that was collected, in the past when the technology did not exist some cases were left unsolved or the wrong people convicted but the introduction of this technology helped solve such cases where such DNA sample were collected and stored.

The DNA profiling can be used to identify the dead who may have died in a mass accident where they are not physically identifiable, in the case where an accident occurs and the dead are not physically identifiable example where there is a fire outbreak and people burn beyond recognition then the DNA technology is used to identify the bodies, the DNA from relatives of the dead is collected and matched with the dead. In this case the DNA test is similar to that of historical detection of descendants.

Used to solve crimes that would have been difficult to solve using other methods, other methods that were traditionally used to solve crimes were not as reliable as this technology. Traditional methods were not very accurate as this method used today and some times the traditional methods did not conclude many crime cases due to lack of evidence and the introduction of this technology brought a relief to crime detection and the justice system

Geographical mapping system (GIS):

GIS is another technological advancement that can be used to solve crimes, it can be referred to as system in which there is capturing and storage of information regarding geographical regions, this technology is used in scientific science investigation. The GIS technology can also be defined as the computerised mapping systems that allow the layering of information to give detailed information and description of geographical areas.

The use of GIS in crime detection involves the following steps:

Collection of data regarding incidences and arrests on geographical areas which in turn helped increase police patrols to reduce crimes. Vehicle recovery sites data was also collected and mapped in order to help solve and prevent crimes.

In the recent past there has been the use of GIS on mobile phones which has resulted from the introduction of GPS devices on mobile phones, this technology enables the collection of data regarding the exact location of a mobile phone owner or where the individual is calling from, example in the case where there is a kidnap and the perpetrators of crime call to demand something then this technology can be used to locate the individual exactly where he or she is calling from.

The use of GIS technology is also used to track vehicle navigations, the computer that is used to undertake this activity contains vectors which help represent road geometry on the screen, companies now have come up to offer this tracking technology and it helps the victims to track their cars when they are stolen. For example a car that is fitted with the tracking device will eventually be tracked down, the system tracks the car movements through the road network which makes it easy to recover cars or even arrest the perpetrators of these crimes.

Conclusion:

Technology has made crime detection and also the justice system to solve crimes. This is through the use of the DNA and GSI. In every crime scene today samples of DNA are collected then there is the DNA profiling and finally the issue of comparing this DNA sample with suspects, criminals are supposed to provide samples of their DNA which aid in comparing the DNA sample from the crime scene and that of the convict, because DNA profiling is usually reliable and accurate when the match is made then the convict is termed as guilty by the criminal justice system.

The GIS technology allows the layering of information to give detailed information and description of geographical areas, the use of GIS on mobile phones has enabled the collection of data regarding the exact location of a mobile phone owner or where the individual is calling from this has helped solve crimes. it is also used to track vehicle navigations, this tracking technology and it helps the victims to track their cars when they are stolen.

DNA is referred to as accurate and reliable due to the sense that every person in the world has a unique DNA pattern apart from the case where we have identical twins, once the DNA samples matches then the suspects are termed as guilty by a court of law. GIS technology also aids in solving crimes whereby it involves locating criminals through their mobile phones or even vehicles they use to travel when the tracking devices are fixed on these vehicles.

References:

Calladine and Travers (2003) Understanding DNA, McGraw Hill, New York

R McDonnell (1998) Principles of GIS, Oxford University Press, Oxford

Heywood and Carver (2006) Introduction to GIS, Prentice Hall press, New York

Mapping crime (2007) Mapping Crime and Geographic Information Systems, retrieved on 5^th October, available at http://www.ncjrs.gov/html/nij/mapping/ch4.html

DNA and crime (2007) crime to convict, retrieved on 5^th October, available at http://www.courttv.com/news/forensics/dna_anniv/dnagraphic.html

The Truth About Procerin

Unless you did not know already, there are a flood of products available now, particularly online to assist men with the problem of lost and thinning hair. These products are high quality, provided by reputable companies and available conveninently by discreet shipping. Procerin is a new natural supplement significantly assisting men in the thickening and re growth of lost hair. Baldness and emerging baldness have been a cause for embarassment for many men for decades but now in the new age of super computers and infinite technology science has provided an answer to yet another damaging problem. Procerin is a supplement comprised of natural ingredients. It is not a prescription medication and contains only natural herbs, mineral compounds and commonly found ingredients that are safe and effective. Just some of the ingredients include: Saw Palmetto Berries, Gotu Kola, Nettles, Magnesium, Zinc Sulfate,Eleuthero Root , Vitamin B-6, Pumpkin Seed Meal, and Muira Puma Root. It is the specific combination of these and in total 17 natural ingredients that results in often drastic results in hair regrowth for the majority of males. For the majority of men the problem of their hair loss is not always that the hair itself is falling out. Rather that it is not growing fast enough to keep up with the amount that is being lost. Procerin works by inhibiting the chemicals that are released onto the scalp that cause hair to die and fall out while at the same time promoting the growth of new hair to take its place. This way your body can continue doing its natural thing (growing your hair) without being inhibited by these hormones. This means it will be free to grow as normal with the help of this Procerin. And it is this that is one of the great benefits users report from using Procerin. There are no fake hair's, no wig's no sprays or conditioners that create that false appearance. Procerin actually helps you to grow your own hair safely and naturally. Furthermore, being a natural supplement, Procerin comes without the side effects of other hair loss prescription medications. Some of these medications can be known to decrease sexual energy and functionality as a result of lowered levels of testosterone. Procerin has no such effect and with the exception of some minor stomach aches reported by a small percentage of Procerin users when taken without food, Procerin is side effect free. Hopefully with the right information you can make an informed decision as to whether Procerin can help you regain your forgotten youth.

When Will We See The High Tech House?

So, looking around for a really big opportunity that isn't yet being served? Look no further than the High Tech house. Yes, I know, all the big computer and consumer electronics companies are investing billions in the market for pumping entertainment content via fat pipes into and throughout the home. And no doubt, this is becoming a very large market that will ultimately be huge. But that's not what I'm talking about. I believe that there is an even larger, but more mundane opportunity for software, semiconductor and electronics companies that has been largely ignored. This new concept has been alluded to and talked about in theoretical, general terms by futurist speakers at trade shows and TV sound bites for many years. So in that sense it's not really new. But little has been done in terms of actual investment in companies and product development to attack this potentially enormous market. So what exactly am I talking about? Do you remember several years back all of the snickering about the Internet Toaster? Let's call this the Internet Refrigerator market. What's so compelling about this potential new market segment vs. the home entertainment opportunity that nearly every monster high tech company is already chasing? Well, of course, the first attractive thing is that not everyone is chasing it yet! As far as I can tell, very few are. The second thing that pops up when considering this potential market is that there should be an attractive payback available to the customer. That's something the entertainment space will never be able to say-it's sexy, fun and high profile-but it's looking to take a share of the already stretched consumer wallet for discretionary purchases. Thirdly, all of the technology necessary is already in existence. In the most recent study on broadband penetration this year, Nielson/Netratings found that 56% of US homes connected to the Internet are now using a broadband connection. Worldwide, almost two thirds of all Internet connects are broadband. The broadband world has arrived, and it's time to start utilizing it for something other than simply surfing the World Wide Web. And finally, this concept should yield substantial benefit the US and world economies by driving costs out of some of the most labor intensive, inefficient tasks in modern western society. Yes, I said substantial economic benefits. Curious yet? Read on! I'm proposing that all of the major systems and appliances in our high tech homes be Internet-enabled and connected to our home network. Let's look at the benefits of this concept using an example of our Internet Refrigerator. THE PROBLEM This example is an amalgamation of similar experiences I've had many times since reaching adulthood. You're employed full time at a job that you drive to 15-45 minutes away from your house. If you're married, your spouse also is likely similarly employed these days. A major appliance such as your refrigerator breaks down-and of course it's outside of the warranty period (they plan it that way!). You either call the store you originally purchased the appliance from, or if you're the thrifty type, shop around for a lower cost independent service provider. What happens next? Mostly frustration, if my experience is typical. First off, no one can make it out on a service call for three days (there's a reason for this-these are highly inefficient businesses). You still don't even know what's wrong with your Fridge, and by the way-the food is starting to rot. In addition to having to wait three days, no one will give you an actual specific 'appointment' these days. Most often they give you the dreaded '4 hour window' appointment. Oh, and by the way, there is a minimum charge of $65 just to come to your house. No guarantees, no refunds even if they can't fix it. But what can you do? You swallow hard, eat out for the next 3 days (at added expense to your budget and waistline) and wait for your appointment. The day of the appointment finally comes and you head home for your 4-hour window, much to your boss's consternation. Four hours come and go, and of course no one shows up. You call the service company, and as usual, 'they're running late'. (This happens because these inefficient service companies are in such demand that don't need to have a customer orientation, and utilize very little technology to optimize their business). So you wait an additional hour for them to get there, and then another hour to diagnose the problem. Pretty much a whole day of work productivity shot-I hope that you weren't getting paid by the hour! But it gets even better. Upon diagnosing the problem, the repairman says 'It's $200 for the part and $150 for the labor. Unfortunately I don't have the part available in the truck-I'll have to order it.' Great! Now you're scheduling another appointment with a 4-hour window-you get the drill at this point. It's pretty ugly. In this modern world, there's got to be a way. And I believe that there is. THE SOLUTION What if that refrigerator was instrumented and outfitted with a cheap microcontroller, embedded web server software and Ethernet or WI-FI Port? Well, especially with all of the broadband households now online, you could make major changes to this productivity-sapping service fire drill. The first thing you would do under this new scenario is to call up your preferred service provider and explain the problem. After granting them access to the Refrigerator's IP address using the 'Home Network Console' software on your PC, the service provider would run a diagnostic software program on your Fridge. With luck they could diagnose the problem right then and there. Maybe all that's required is a minor tweaking of the appliance setting that can be done remotely or by you, and only a small service charge is due. Even if it's a failed part, the service provider could check their parts inventory immediately and order the part if it's out of stock. Only when the part is available would a service truck be dispatched for a quick installation. Think of how much service technician time would be saved. Or how much gas saved, fewer trucks on the road, not to mention the productivity regained by the hapless customer waiting at home. The service providers would become much more efficient, allowing them to provide better service, at lower prices, using less techs. Customers would be thrilled and have added productivity in their own jobs. And I believe that the first Appliance manufacturers offering this capability would have a huge advantage and an opportunity to quickly gain market share while enhancing their brand as 'cutting edge'. This opportunity applies to just about every capital purchase in the home: Refrigerators, Washers & Dryers, Home Entertainment, Furnaces, Air Conditioners, Stoves, Dishwashers, etc. Some of you may think this sounds great but it's too futuristic and not realistic. Yet as I mentioned above, all of the necessary technology exists today. When you think about it, this idea is really just an extension of the software being installed in most modern computers which allows control and problem diagnosis remotely by an IT professional. And the campaign for acceptance of this concept could piggyback the huge investment by companies pushing entertainment and communications products/services over broadband pipes, which is already in process. Who and When? So why hasn't this happened yet? Why is this being ignored, while everyone dukes it out over home entertainment? It's hard to say because it could really be the proverbial 'Next Big Thing'. But again, it's not very sexy. And the Appliance manufacturers are not technology-driven companies, and as a result don't' innovate or adopt new technology very quickly. But this is going to happen, it's just too big. It is only a question of when. So what's it going to take? Maybe it will be a smaller appliance manufacturer who needs an edge to compete, and is nimble and more willing to innovate and take risks. Or it might possibly occur when a network/systems management software company looking for a way to grow, decides to extend their core competency from B2B to B2C by approaching appliance manufacturers with market-ready software. Or an embedded software or silicon company that sees the opportunity to extend their microcontroller or embedded web server from the industrial world to the enormous consumer market. When will it happen? I don't know. I expected it to be well underway by now. But sometimes, big ideas are slow to catch on. With this one, I'm convinced it's just a matter of time. Will your company be the one to capitalize?

academic disciplines, computer science, information technology, system analyst, software developer

Analyzing the importance of various educational disciplines, it can be said that there are disciplines which correspond to a certain period, and thus, can be required more than others. One of such disciplines is computer science. There are 2 things that should be known about computer science. The first thing is that despite being regarded as new, computer science isn't the product of the last two decades. The discipline can be traced back to 1950s of the previous century. The second is that the discipline contains many branches, and so, it's not a single subject. In that way, computer sciences can be seen as an interesting discipline which implementation in practice concerns each aspect of our life. This article will try to provide a brief summary of the discipline of computer science.

Review

The integration of computer technologies in various areas of our life caused the development of the discipline of computer science. One of the major targets of studying the discipline can be seen in understanding the relation between software application and also computer systems. This understanding can be built via learning the principles of functioning of both parts as well as the foundations of their development. These branches of the discipline might include such subjects as software engineering, computer networks, digital automata, security, as well as others.

Employment

Lots of people might confuse computer science with it. While the first one is a discipline, the second can be seen as a professional field as well as a career direction. As a result, with many divisions in computer science, there are also lots of career paths that can be chosen by college students. Such career paths might include software engineers, computer systems experts, network engineers, system administrators, as well as many others. In that regard, it can be said that computer science is a good chance to work in such a demanded field as IT.

Software Product Development--the Unsolved Mystery of High Tech Part II

We've covered a lot of what goes wrong in the software development process in Part I. Let's continue that discussion, and look for some answers: THEY ALWAYS SLIP It's just accepted in the software business that projects will slip, particularly when the end result is an actual commercial product. The businesses I've been involved in have tried everything. When I've had direct responsibility, we've taken every approach imaginable. We've tried an approach of 'No upfront planning'--starting coding as soon as possible. We've tried 'extensive and laborious upfront planning'--with a detailed spec, and a prototype, completed prior to initiating production coding. I've seen many projects that tried using intermediate steps, falling between the two extreme approaches above. We've tried to start projects by purchasing as many 'pre-written' modules as possible, used various languages and platforms, hired dedicated debugging personnel, tried code-generators, assembled both small teams & large teams, you name it--we've tried it. Project schedules have been written with the utmost conservatism, at the insistence of senior management. No matter. Across a number of different companies, EVERY project has slipped out beyond the wildest nightmares or everyone involved. ONE LINE OF CODE, TWO WEEK DELAY Once I asked our lead programmer to change ONE LINE OF CODE in a well-established product. He estimated it would take just a few seconds to make the change, and a few hours to test it. The change would be final by the end of the day, at the latest. Two weeks later I was still waiting for a solid product. Now, don't misunderstand. I'm not writing this to bash software developers. While not every developer I've worked with over the years has been a world-beater, I've had the fortune to work with quite a number whom I consider to be outstanding. Many have been extremely bright, dedicated and hard working. But no matter how much thought, time and effort went into it, our projects always slipped. A lot. We usually ended up with a commercially successful product, but how much better we could have done, had we figured out a way to bring the product to market on time? The only saving grace was the competition had the same problem. MORE ART THAN SCIENCE The reason, I believe, is that writing software remains much more of an art than a science. This statement is a bit surprising, until you look a little deeper. There is certainly much methodology available to guide a team to use sound, time-tested practices in developing software. However, a software program is really just a document written in a foreign language. That's why C++ and Java are called Programming Languages. It's also interesting that many programmers who aren't classically trained in computer science come from an English, Music, or other language background. Just like in writing a novel you are guided by syntax, grammer and writing rules, writing a software program is very similar. In writing a novel you are essentially creating a unique work that has never been done quite the same way before. Also true for a software program. If you knew exactly how the writing of a novel or software program would go before you began, there would be no need to write it--it would have already been done. While there are plenty of rules (representing the science) to writing good software, at the end of the day it's a unique, written creation (the art). COMPLEXITY OVERWHELMS EXPERIENCE Another key reason why conquering the software development process has appeared to be impossible, is the vastly increased complexity associated with software projects today. Let's face it, the average piece of software today does a lot more, and is quite a larger in terms of the number of lines of code, than at the dawn of the PC era. The creation of graphical user interfaces really started the explosion in the size of software code. So much more code is needed, to bring the user-friendly products of today to life. And what enabled this, of course, was the dawn of the modern operating systems, especially the overcoming of the 640K limit that the original DOS operating system required PC programs to run in. Windows and other modern operating systems almost eliminated the need to write software efficiently, at least from a code size perspective. Today the embedded systems world is pretty much the last bastion where writing code efficiently lives on--it's pretty much a lost art to most of the software world. It's interesting to speculate--if we were still writing in the 640K box, would software development have evolved to a more predictable science today? Maybe, but the world would be a less productive as a result. WHAT TO DO FROM A BUSINESS PERSPECTIVE? As you can tell from this discussion, I don't have a great set of answers on how to bring software to market on time. It's one of the great frustrations of my career. I still strongly believe that getting the best people you can get will make the problem better, even if it can't be solved completely. I also believe in keeping development teams small, with the minimum of structure necessary to run the project. It's also wise, in my opinion, to structure your product releases to be more frequent, while adding fewer new features per release. This should at least minimize the pain of each release slipping, since the slip time of each release should be less. And knowing what you're going to be coding, developing a spec document and sticking to it (no feature creep!) is also sound practice, although I've found it to be no panacea. Beyond that, I'm at a loss. Maybe one of you has a strong opinion on how to bring projects out on time? If so, post a comment--this is a discussion worth having.

Advanced Technology Program and Scientific Grants You May Get

The Advanced Technology Program is one of the most popular American governmental programs that aims at stimulating the achievements in the sphere of advanced technology. The peculiar feature of this program is its attention to the early stages at which technologies are developed. Due to the fact that is not fundable, people are sick to get as many scientific grants as possible to get chances to complete their work and achieve good results.

Who are able to apply for ATP scientific grant?

Small business organizations who work to promote the development of high-risk technologies which are rather beneficial for society have all chances to apply for this grant. It researches touch upon the spheres of business, commerce, technology, of science, it is possible to prove that grants are necessary.

Grants as primary mechanism for researches

It happens that people have a number of ideas to be implemented into practice. However, because of some financial challenges and inabilities, people have to apply fro grants before in order to get a solid base. This is why the possibility to get a grant is the step number one to be taken by future researchers.

Reasons to apply for grants

1. Gain recognition;

2. Achieve professional purposes;

3. Help the nation to achieve success;

4. Promote the sphere of technology;

5. Develop your personal skills;

6. Enlarge your level of knowledge;

7. Cooperate with people who have the same interests;

8. Make necessary contributions to the technological sphere.

If you need more reasons to start applying for this type of grant, let us admit the numbers connected to the grant: government is ready to spend about $135,000,000 on work in the sphere of technology. Though this grant is not the most expensive, the numbers are rather impressive.

The Rotary Evaporator and Near Infrared Spectroscopy: Funny Names, Serious Science

: Büchi specializes in technologies for rotary evaporation and near infrared spectroscopy for research laboratories around the world. These are a couple of funny-sounding words that have a serious impact in our everyday lives.

In 1939, Walter Büchi set up his own glass-blowing workshop in the basement of a private house in Switzerland. He manufactured glass instruments for laboratories and hospitals, leading to the eventual invention of the modern day concept of the rotary evaporator in 1957. Today, Büchi is a leading developer, producer, and distributor of laboratory equipment for research labs around the world. One man’s passion and dedication led to the creation of a company whose technologies help support the evolution and growth of almost every scientific field from chemistry to biology. Büchi specializes in technologies for rotary evaporation and near infrared spectroscopy for research laboratories and for quality control purposes. These are a couple of big words that have a big impact in our everyday lives.

Evaporation is a key step in a significant number of chemical processes, and a rotary evaporator is an efficient, fast, and gentle way of separating liquids. Specifically, this device allows for the collection of a solvent via evaporation. A chemical mixture is first heated gently. The use of a vacuum temporarily alters the air pressure around the mixture which lowers the boiling point - this makes the liquid boil faster, and lower temperatures are less reactive. When the desired substance evaporates it is collected separately. Rotation, more accurately, centrifugal force, speeds up this process. The Büchi Rotavapor is the most commonly used rotary evaporator found in labs worldwide. So popular in fact, scientists often even refer to this type of instrument as a “rotavap,” regardless of brand.

While difficult to pronounce, the concept of near infrared spectroscopy is fairly simple. Radiation is the process where energy given off by one body is absorbed by another. Light is a kind of energy, specifically classified as electromagnetic energy. So, an x-ray is a form of electromagnetic radiation: “x-rays” (a particular type of light) are emitted and then absorbed by bone matter. By looking at what is absorbed (or not absorbed) a doctor can identify what is wrong. Spectroscopy is similar in theory. Every chemical will absorb or emit a certain amount of light at a given wavelength. Spectroscopy is the process of identifying chemical substances by the light emitted from or absorbed by them. “Near infrared” is just a particular type of light. Thus, near infrared spectroscopy uses near infrared light to determine chemical species (or the the concentration of them). Near infrared (NIR) is used because it is able to penetrate further than other kinds of light on the spectrum. Büchi’s NIR spectroscopy equipment primarily supports nutritional analysis of food and feed, and quality control in the pharmaceutical industry.

These key technologies have a wide range of applications and are used in almost every chemistry, biology, and physics laboratory worldwide. They are used primarily for research and development, and quality control in a variety of industries: pharmaceutical, nutritional, agricultural, petrochemical, and many many more. NIR is even used in hospitals to monitor brain activity in patients, or by astronomers to determine the age of a star.

When Walter Büchi began his glass-blowing workshop over 70 years ago, he couldn’t have possibly imagined this evolution. Now lead in part by Walter’s descendants, Büchi employs over 400 employes and has hundreds of distributors across the globe. Büchi’s rotary evaporator, near infrared spectroscopy, and related technologies have a serious impact on the sciences.

New York Dental Implants: Amazing Innovations in Implant Dentistry, PART 1

The fields of fixed oral rehabilitation and New York dental implantology have taken giant leaps forward in the last 10 years alone thanks to the ceaseless development and improvement of medical technology, implant hardware and surgical techniques. Although dental implants have been around for over 50 years, it has been the advancement of the supportive technology and surgical protocol used to place them that has really made a substantial difference to the average patient’s experience.

In this two-part article series, we shall be discussing some of the incredible technological innovations that have raised the field of New York dental implants science to the incredible heights it is at today.

New York Dental Implants: 3D Imaging and Treatment Mapping

3D computer imaging has completely changed the face of modern dentistry. The sophisticated imaging equipment employed by CT Scans affords oral surgeons a view of the patient’s jaw and teeth that, previously, would have require surgery to determine. This not only saves time and the money patients would otherwise have had to spend on surgery, but also much pain and discomfort.

Modern dental implant procedures are incredibly precise and, being guided by sophisticated computer imaging and treatment planning software, boast a success rate of 97%! Thanks to 3D computer imaging, dental implant surgery is faster, safer and less traumatic than ever, with outcomes that are more predictable and longer-lasting.

Prior to a patient’s surgery, during the planning phases of the procedure, the oral surgeon will take a series of high resolution 3D CT scans of the patient’s mouth and jaw. These very realistic images enable the oral surgeon to plan dental implant procedures in great detail taking into account factors such as:

• Jaw bone structure,
• Teeth orientation,
• Bone density,
• The location of large blood vessels, and
• The location of delicate structures, such as the nerve canal (lower jaw) and sinus cavity (upper jaw).

With such a detailed picture of a patient’s jaw bone anatomy, oral surgeons can determine with great accuracy which sites offer the best location for implant placement. Understanding where the nerves, blood vessels and sinuses are located helps to vastly reduce complications and risks, rendering modern dental implant surgery the safest and most predictable procedure today!

New York Dental Implants: Bone Augmentation

Bone grafting is an important procedure that enables oral surgeons to regenerate and restore bone tissue volume in tooth sockets that would otherwise not be able to provide support for dental implants. Bone volume is critical for the success of dental implant surgery and just as natural teeth require sufficient bone for support, so too do these artificial tooth ‘roots.’

3D CT Scans enable oral surgeons to determine what kind of bone deficiencies are present, if any, and then to decide to what extent the jaw bone needs to be augmented in order to ensure the maximum chance of success of the recommended dental implant procedure.

Bone grafting or augmentation can have a very important impact upon the long-term success of dental implants. In some cases, it is crucial if a patient is to be determined a candidate for fixed teeth replacement.

Stay Tuned

To read about more innovations to have been made in the field of New York implant dentistry, such as mini implants and the “All on 4” protocol, stay tuned for the second installment of this two-part article series.