Most Innovative Refrigerator Technologies

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A fridge has gone a quite distance and has since advanced into a hi-tech home equipment. Its service to home makers is among the factors why man now has an easy way of living.

Refrigerators aren’t only used in households . Dining establishments, hospitals and factories use this equipment too. These institutions know the significance of this machine to them. In restaurants, a ref plays a big part in order to keep their business successful. They use fridges in storing almost all of their goods they required from poultry products, cold cuts and even their pre-cut ingredients. They put there stuffs, so that when potential customers drop by, they have everything they require in preparing their purchased dishes. They could serve their delicious orders quick. Medical centers make use of refrigerator also in keeping medicines that are needed to be refrigerated. If a refrigerator was not invented, these medicinal drugs might not be in great condition and can harm patient’s health. In industrial facilities, refrigerators are utilized to make their unprocessed materials fresh. Most of these raw materials will need particular temperature so that their quality will be kept.

Manufacturers are aware of the essential need of a fridge in the marketplace. They already have enhanced and introduce brand new technologies . Modern technology customers will truly benefit from . Among of the most recent technology is the refrigerator with compact kitchen . Sure, it’s true. It contains stainless sink, faucet, counter top and a freezer in one product. This particular latest technology will surely delight the consumers. It’s space saving , well suited for town homes or perhaps studio type flat occupants. Another most recent fridge technology which is now presented in the market is the fridge with quicker cooling and faster ice making; it also features the essential use of anti bacterial property that makes food more fresh. Freezer that looks like a mobile phone is one other technology that is release in the marketplace. Its door need not to be opened in choosing the goods inside of it, if this senses human body temperature, the door immediately becomes clear, thus, will make you see the goods inside before actually opening it.

These are only some of the newest refrigerator technologies which are eco friendly and time and budget saving. Most of them give comfort to their well loved customers. More and more recent technologies will be developed in the forth coming days . Technologies that many people would feel will never be achievable until the day it will be launch and sold in the market.

Freezers are vital to all of us. These equipment all have exceptional features which makes unique to each and everyone of them. It is really our own sole decision in selecting the highest quality item. Price and styles should be regarded too. Individuals should really be smart in making the best choice

Can You Use First Person In An Abstract For Science Fair Projects

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One of the requirements of entering a science fair is to complete a science fair project report. To be graded or scored well, the student needs to use the correct format, voice, tone and style, and they will need to include the right elements. Fortunately, all of these things are easy to accomplish once you know what is expected of you.

Writing Style

The first question that many students have that relate to writing a science fair project report is if it is okay to write in the first person. Students cannot write in the first person when writing a science fair project report. The entire report needs to be written in third person. This can be tricky as students are discussing what they did and what they discovered.

In addition to writing the report in third person, students will also want to avoid creative tones in their writing. While students are encouraged to use similes, metaphors and other creative expressions in English class, these are generally not appropriate in science writing. Students want to keep things as simple and straight forward as possible. The key is to explain the situation with as few words as possible.

Clarity

Clarity is one of the characteristics that judges will be looking for when scoring your science fair project. They are going to evaluate how easy your report was to understand, how logical it progressed from data to conclusions and how organized the overall report was. The design of your display board and you presentation will also be judged for clarity.

Formatting Your Report

Formatting is very important when you start science writing. To start with you will want to select a 12 point font that is easy to read, like Times New Roman or Courier. Next you will want to double space your report and create a one inch all around margin. Finally, you will want to add a header that includes your project title and a page number.

The format of your science fair project report will also need to follow a common layout. Most reports will have the following sections in this order: (1) title page, (2) abstract, (3) introduction, (4) background research, (5) methodology (experiment), (6) data and data analysis, (7) discussion and conclusions and (8) bibliography. Each of these sections will be broken down into sub-sections. For example, the methodology section will include subheadings of supplies and experiment design while the introduction will contain information about the hypothesis, the reason for selecting the topic that was selected and definitions of terms used in the report.

Technology And Online Education

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I guess it isn’t difficult now to relate technology with online education. Online education has grown from an infant to a teenager and then to an adult along with the growth of technology. Now is the time when even the traditional “brick and mortar” principle following schools are implementing technology in their teaching methods. Technology is the building brick of the online education system. It enhances the capabilities of an online institution in imparting education more effectively and efficiently.

Technology in online education is not just limited to means used for delivering lectures and checking assignments and papers, but is more far spread. The introduction of Medias like blogs, wikis and forums etc has added the cherry on the icing. Students now communicate with other students from all over the world. They showcase their talents on these blogs and forums. Their talents can be in the forum of articles, researches, journals, designs etc Blogs and forums allow all sort of material to be showcased. This way, students reach a much wider horizon. The chances of their talents being recognized and appreciated increases without approximate. They not only share their information but also learn a lot from other students views and additions. They learn to improve. They are faced with more job opportunities than ever.

Technology also improves social networking. The internet, the biggest venture of technology, is a place where people come from all over the world. One particular site may have visitors from Kuwait, Malaysia, Africa, Honolulu and where not! Using the social networking sites specially tailored for students, they can participate in online classes, debate with experts and other students. This way they increase their opportunities for jobs as well.

The next advent of technology, the mobile phone technology, virtual worlds and educational gaming technology have just come into scenario. However these three ventures are predicted to be the next boost to online education. How? This will be seen probably in a very less time. May be just after a couple of years from today, we will be talking about imparting education through mobile phones! Remember this is a technology world now. Nothing is impossible. One thing termed impossible today may be difficult after 10 years and very easily possible after the next 10 years! Technology doesnt remain the same for more than a decade. It advances faster than any other thing.

Thus distance education will also grow with the same speed as technology. They both are interrelated. So as online education is growing with every leap of technology, why dont you check out a topic that appeals you the most? This is the best time for it.

Subliminal Technology – Subliminal Tools You Can Use To Achieve Power Profit And Success

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The mind is one of the most mysterious areas of the human body. Many people have spent lives trying to figure out how the mind works, and thats not an easy feat considering that the mind works on several different levels. In each level, the mind uses a particular frequency to communicate.

But the study of the workings of the mind is one that promises much potential. The mind is so powerful, so if you can fully understand how it operates, that means you hold its power in your hands.

And it is so powerful that mind control is actually often connected to the full achievement of power and success in ones life. This is what the universal law of attraction revolves around, and it has gotten much attention lately, with so many books and documentaries about it.

So if you want to get in on the power of the mind, you have to know what tools you can use. There are now a lot of subliminal technology going around that help us gain more control over this powerful controlling organ in the body. Subliminal technology can help us initiate actions and thoughts by sending messages straight to the subconscious, a powerful level of the mind where information get stored.

Even therapists use subliminal programming technology as tools. It can be used to bring about healing, influence, or action.

Here are some examples of the best subliminals you can use:

Subliminal audio. One of the most commonly used subliminal technology is audio. This is available in the form of subliminal mp3 or CDs. This type of technology uses sounds that are produced in a wave frequency similar to that used by the brain.

Subliminal visualization. In visualization, subliminal images are used. These images are designed to form a specific thought pattern once they are absorbed by the brain. So these are made to achieve specific personal development goals. Some subliminal images are designed for weight loss, some for self confidence, and so on.

Both audio and visualization techniques have one goal: to instill positive and constructive messages in the brain. Some examples of positive messages include:

I believe in myself.
I overcome challenges with ease.
I see myself successful and fulfilled.
I love my work.
I perform challenging tasks with clarity and focus.
I can make it happen.

The effects and responses to different messages differ drastically from one message to another and from one person to another. So you need to be able to find the right messages to use that will ignite the right response in you.

If you are interested in using subliminal technology for certain goals and personal development acts, you should do your research first to determine which tool works best for you. You may also ask your therapist for advice. There are many kinds of subliminals, namely improving memory subliminals, masculinity subliminals, Christian subliminals, feminization subliminals, and so on.

The Bsc Geophysical Sciences Geophysics Degree

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At Ocean and Earth Science at the University of Southampton we offer a BSc Geophysical Sciences geophysics degree that ranks highly in both student satisfaction and career prospects.

Indeed, students on geophysics degrees at the University of Southampton recently reported an incredible 100% satisfaction rate in a national survey.
But it is the strength and prestige of this geophysics degree that will open doors to a wide range of employment opportunities. That is because potential employers view graduates of our Ocean and Earth Science programmes as superbly qualified scientists, with excellent personal and transferable skills in numeracy, communication and team working, according to feedback.

If you have the drive and ambition, and a love for geophysical sciences, the career opportunities once you graduate with your BSc Geophysical Sciences geophysics degree are enormous. For example, among our geophysics degree graduates is James Adcock, now senior geophysicist for a company specialising in shallow and archaeological geophysics.

James now works behind the scenes on the Channel 4 programme Time Team. He said: I have specialised in one area, called GPR (ground penetrating radar), but use all of the techniques initially learnt at Southampton in the work I undertake.

We will consider your geophysics degree application as soon as possible after it arrives at the University. In selecting applicants, we use the information provided on the UCAS form to determine whether you have the potential to flourish within Ocean and Earth Science.

Candidates who are predicted to attain our standard degree offers will be invited to visit the University and the waterside campus. During this visit you will meet with one of our academic staff to discuss the offer and explore how your interests and aspirations fit with the course. This formal interview also gives us the opportunity to get to know you.

Ideas For Science Fair Electricity Projects

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Science Fair Electricity

In the 21st century those citizens of developed nations often take for granted their access to electricity. We all simply flip a switch and have all manner of electrical gadgets at our disposal. In the last couple of decades these opportunities have grown to include communications across the globe via the Internet. All of this is possible due to our access to electricity and other forms of power. While this has been around over 100 years now, science fair electricity projects are still some of the favorites for students. Many of us who use electricity every day have no idea how or why this works. We are clueless about the science of protons, electrons, and neutrons while reaping their benefits on a daily basis. Students who choose science fair electricity projects are not among the uneducated! They are some of the brightest students who are able to understand the invisible processes required to make the light bulb come on when the switch is flipped up and go off when it is flipped down.

Science fair electricity demonstrations are some of the most interesting at the event. While some projects involve computer graphics or visual representations of the processes that the student has studied, science fair electricity allows for hands on experience. Students who make presentations for science fair electricity events can give live demonstrations of the nature of their subject. There will be groups of students and parents gathered around for a chance to participate in these experiments. All spectators will want to place their hand on the static electricity ball just so their hair will go flying in all directions. Other braver spectators will volunteer to touch their tongue to a potato that they are sure will not shock them. This is always a great crowd pleaser when students get their parents and teachers to volunteer for mild but unpleasant shock!

While all science fair projects hold interest, the science fair electricity projects are definitely the liveliest! Students can use sensation, light and sound to demonstrate their science fair electricity project findings. Students, teachers and parents alike will leave the event with a greater understanding of the properties of electricity by learning the concepts in hands on, or tongue on, fashion!

Google Io Showcases Wearable Technologies

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It seems that wearable technology is going to be the in thing in the next few years. During the 2012 Google I/O, a major theme that was being pushed would be technology that would be wearable by the consumers.

Instead of having to bring along a separate device in bags or pant pockets, it seems that Google (and other tech companies for that matter) would want users to actually wear them as part of their outfit. Perhaps the idea behind this is that it would make the device much more embedded into the lives of its users.

Historical Use:

Industry observers mentioned that the idea is not that far-fetched. In fact, the military would already have prototypes and actual products of utilizing wearable computers. Usually, these military themed devices are used either for their communications capabilities or their GPS functionalities. However, the trend is to slowly bring these military devices into use for regular consumers.

In fact, there are now more companies who have tried to integrate their devices into more wearable designs. For example, MIT researches have long been looking at how they can manufacture wearable computers. Another example would be on how Apples iPod Nano has now made a wristband like peripheral which you could use to wear the highly capable device as a wrist watch.

Googles take:

Not one to be left behind by technology, Google also has something up their sleeve. They have previously announced the Google Glass. Google glass is a wearable device that would provide its users with a video game like heads up display while they are doing their everyday tasks.

Some analysts believe that Googles involvement in wearable technology would help push forward the acceptance of wearable devices. As of now, the use and acceptance of it is usually limited to the aforementioned military uses as well as to some of the rich and tech savvy people.

Analysts are speculating that similar to what happened with Android and smartphones, a Google role in the push for wearable technologies would also help push the number of devices that would provide this kind of function to the consumers,

Of course, people should note that despite the Google glass being highlighted in this years Google I/O, the actual thing is still in development. Many experts believe that the soonest that it would become available for commercial release would still be in 2 or 3 more years.

Current Science Article Stem Cell Research in the Spotlight Once Again

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Recent discoveries about the role of stem cells in cancer have altered the landscape of cancer research, says Medical News Today. There is, however, a long-running philosophical rift over stem cell research at both the state and federal levels. Some groups would rather focus on adult stem cell research, avoiding the moral and ethical questions about research involving embryos. While ethical debate on human embryonic stem cells will continue, much more is occurring on the rings surrounding this bull’s-eye issue, including research in both drug development and adult stem cells.

Biologists’ understanding of new sources and uses of adult and nonembryonic stem cells is advancing rapidly. Called “niches” or “crypts,” it seems that almost anyplace one looks in the body (nose, eye, hair follicle, intestine, bone marrow, central nervous system), stem cells are being found. From such basic knowledge, it has been reported that successful animal and human therapy using patient stem cells is already occurring. As more stem cell crypts are discovered, the desire to understand how to manipulate them within the body only becomes more acute.

At the 2007 Annual Meeting of the American Association for Cancer Research, researchers presented new discoveries about stem cells in leukemia, breast and colon cancer that add to the growing evidence that perhaps cancer is, fundamentally, a stem cell problem.

Interviewed by Vision Magazine at the Stem Cells World Congress earlier this year in La Jolla, California, veterinarian and CEO of Vet-Stem, Robert Harmon, explained how his company is currently providing stem cell therapies for animals. Injected into an injury or degenerated tissue, the stem cell treatment evokes healing in unprecedented ways. As it has been since its discovery almost 400 years ago, the cell and the “vital force” that makes it the seat of biological life continues to hold attention. It is likely that there will be no end to the moral and ethical questions and investigations. Today’s new age of molecular understanding, genomics, proteomics, gene splicing and bioengineering is barely underway. It is not surprising, then, that the more we know, the more we recognize how little we understand.

The timeline of discovery has been exponential: from discovery of the DNA double helix in 1953, and the understanding of the genetic code, gene splicing and cell differentiation in the 60s, 70s and 80s, science rapidly jumped up the learning curve to the cloning of whole organisms and the discovery of embryonic stem cells less than a decade ago. The future possibilities for the application of this knowledge seem enormous.

Read the full article about Stem Cell Research and interviews with speakers at the Stem Cells World Conference at Vision.org.

New Pricing Technology Makes Car Insurance Cheaper

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Over the years, the technology used to calculate car insurance premiums has changed dramatically. Actuaries used to figure out premium levels by hand using books of statistical data. Later, adding machines and early computers ground through the numbers. More recently, online forms were invented which allowed you to get a quote online.

After all that time grinding things out, what most insurers and consumers wanted was speed. As a result, the current model for most traditional or mainline insurance companies in Australia consists of just a few questions. With these tiny points of data, a quote is generated based on aggregated consumer averages.

The result is a fast quote, but not a very accurate one. Most people dont notice that they are being treated as averages. They simply pay the quoted amount and pay rate increases even if they are accident free. However, you dont have to settle for this outdated and inaccurate system any more.

While most insurers havent gotten there yet, there are a few car insurance companies that have been pioneering a new way of calculating premiums. This new pricing methodology is based around creating highly detailed risk profiles of potential customers. This allows a calculation of premium that can truly separate high-risk from low risk customers.

There are several winning elements to this methodology. However, for consumers like you, the main benefit is often lower prices. If you are a good driver with a limited number of claims, you can really make home some substantial savings by switching to a company using this in-depth modelling framework to calculate rates for insurance cover.

It can feel a bit strange, especially after years of living with the old speed-is-everything system. Thats not to imply that this method isnt fast, mind you. It simply asks several additional questions about parking locations, length of commute to work, and so on.

As one of the early adopters, you stand to benefit the most. While your friends potter along with outdated insurance policies with off-the-rack premiums, you can have a custom tailored premium that only charges for the real risk you face as a driver and customer. Youll be able to quit subsidizing the behaviours of others through blanket premiums, and get to enjoy the fruits of your own careful behaviour on the road.

This is especially true if you really arent an “average” driver. If you only drive a few days a week, work from home and dont use your car regularly, or are retired and dont drive long distances, you have a dramatically different risk profile than most Australians. Yet you have been paying “average” rates for years, since the old method never inquired about your true habits.

Even if youre not a fan of the new and different, this is a new technology youll want to embrace. The new technology behind this quoting system isnt all flash and sparkle. It truly represents a way to make insurance premiums cheaper for you through more accurate pricing of your insurance cover based on your real risk profile.

Podcasting Technology What Is It

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Podcasting: Everyone is talking about it. But what exactly is it, and how does it work? Simply defined, podcasting is the dissemination of syndicated files, either audio or video in content, over the Web for use on handheld audio/video equipment and computers. The term itself is a combination of two words, “iPod” and “broadcasting.” The word refers to both the file that’s downloaded and the technology to transfer it. Keep in mind that an iPod is not necessary for accessing podcasts. A podcast is also known as an audio subscription service. Listeners can subscribe to and download as many podcasts as they want. As a new method of downloading and transferring information, podcasting is revolutionizing the way we communicate. Podcasts differ from streaming video and audio. Podcasts are usually a continuous series of programs, with many episodes featured in serial format. Podcast subscribers can listen to the content on MP3 players or computers whenever they want. Unlike streaming video, no Internet connection is necessary to review the content of a podcast. But, due to their nature as stored files, podcasts can never be experienced live, in real time – again, unlike streaming video.

Podcasters, or people who create podcasts, have Web sites where their content is available for downloading. Can any old Joe start his own podcast? For better or worse, the answer is yes. All a would-be podcaster has to do is put his files on a web server thats accessible to the public. The file should have an internet address (URI). Podcast files can be any kind of files, from a PDF to a text file. The files can contain audio or video content. The would-be podcaster begins to create a series of files, creating a feed or list of URIs, so the entries in the series can be easily found and downloaded. Each entry is usually accompanied by a date, a title and some kind of content overview. The podcaster links the file to an identifiable place on the web server. This place is usually permanent, and its called the feed URI.

The popularity of these informational feeds has grown astronomically since 2004, when podcasting first became popular among bloggers and software developers. Podcasts cover all sorts of subjects, from technology to politics, to art and literature. Apple made podcasting part of its iTunes package in 2005, and last year, Sony Entertainment released a statement saying that its Play station Portable would be compatible with podcasts.

Now, podcasting has become a part of conventional media. The technology is being used by news stations and newspapers around the world, including The New York Times, The San Francisco Chronicle, the BBC, ABC in Australia, and Sirius satellite radio. The popularity of podcasting is expected to continue to grow, as print media becomes a less vital part of day-to-day communication. Check out New Technology TV for more information.