Category Archives: Technology and Science

Parapsychic Science Schools

If you are interested in the spiritual world, and would like to study the sciences beyond physical laws of the universe, you might be interested in parapsychic science schools. The classes taught at schools for parapsychic science can include a wide variety of fascinating subjects, including clairvoyance, psychokinesis, hypnosis, extra sensory perception (ESP), telepathy, and many others.

Those who are involved with parapsychic science schools believe that there is a scientific domain that defies explanation by the known laws of physics or biology. Classes can cover a diverse range of topics, such as angels, astrology, spiritual development, ethical and legal issues in holistic care, regression therapy, sound therapy, chakra therapy, spiritual healing, divination, theology, near death experiences, astral projection, psychic healing, channeling, and vibrational healing, just to name a few. You may even be able to take a business management course in parapsychic schools to help you prepare for a career in parapsychology.

While some parapsychic science training concentrates strictly on metaphysical, paranormal and parapsychic studies, there are also traditional colleges and universities offering degrees in subjects such as psychology or anthropology with a concentration in parapsychology. You will find various certificates, diplomas and degrees offered by parapsychic science schools, such as the Parapsychology Certificate, Diploma of Parapsychology, Bachelor degree in Holistic Studies, Bachelor of Science in Parapsychological Studies, and others.

Schools for parapsychic science are in the business of preparing graduates to enter one or more of the various parapsychic occupations, such as spiritual counselor, astrologer, or holistic healer.

If you are interested in the parapsychic sciences and looking for instruction in the various fields of the paranormal, you may decide that parapsychic studies should be in your future. Submit a request for information to Parapsychic Science Schools found on our website, and you could soon be entering a new and exciting profession!

DISCLAIMER: Above is a GENERAL OVERVIEW and may or may not reflect specific practices, courses and/or services associated with ANY ONE particular school(s) that is or is not advertised on our website.

Copyright 2007 – All rights reserved by Media Positive Communications, Inc.

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Environmental advantages of Suspended Particle Device Glass Technology

The idea of the “home of the future” usually contrasts with the idea of environmental responsibility. The perception of technology being detrimental to ecologicial stability is slowly being replaced with the advent of smart technologies such as Suspended Particle Device or SPD glass.

What is SPD Glass?

In the area of light control, there are three main technologies: polymer liquid crystal devices (PDLC), suspended particle devices (SPD) and Electro chromic devices (EC). All three may be used to produce smart glass, which is described as a glass that can change its light transmission when a voltage is applied. In a nutshell these technologies control the opacity of glass via a control method (sensors, remotes, wall switches etc) to regulate the amount of light allowed to pass through it. SPD is generally the technology of choice for use in external or solar control windows because of its reliability, price, performance, and manufacturing advantages and aesthetics.

Energy and Lighting Costs

In terms of home and office environment SPD glass facades, windows and skylights can be used to more efficiently reduce the need for air conditioning during the summer months and heating during winter.

The ability to instantly switch the glass to maximize daylight when it’s really needed and to provide controllable solar shading during peak light conditions is valuable and unique. SPD Glass has even advanced to the stage where light sensors can automatically adjust the opacity of the glass according to programmed settings. This low energy electric current saves overall temperature control and lighting costs and also reduced carbon emissions related to building maintenance.

Hygiene and Health

These SPD glass panels provide a hygienic alternative to curtains and blinds as they do not trap bacteria, grime and dust. Easily cleaned surfaces mean both a savings on cleaning agents and a cleaner environment for homeowners and building owners. Taking advantage of healthy natural lighting without the glare is the smart way to reduce eye strain and protect the skin from UV damage.

Maintenance savings

Professionally manufactures Suspended Particle Device technologies such as SPD glass utilise a highly durable, solid-state technology with no moving parts to wear out or break. Sun damage such a fading carpets, artwork and furniture is also greatly reduced making your interiors last longer. If you combine this interior longevity with the longevity of the physical glass itself you have a winning combination for your pocket and for the environment.

Translation A Science As Well As An Art

Translation is both a science as well as an art. Translation companies providing translation services, having understood this fact, approach the translation work with a high degree of precision while employing the art of accommodation and adaptability to the process popularly called Localization.

How is Translation a Science?
Translation is a complete science in itself as it employs certain standards and norms related to the source and target language for effective and appropriate results. Thorough knowledge of the source and target language and their successful interpretation in translation requires a scientific aptitude towards the translation work drawing upon the vocabulary and grammar of the source and target languages for effective and accurate translation. Besides, the accuracy of the translated content is scientifically judged against certain pre defined parameters related to the source and target languages.

How is Translation an Art?
Translation as an art has a lot to do with adaptability and accommodation to ensure the accuracy and appropriateness of the translated content. Translation has to necessarily adapt in order to accommodate cultural, social, political, aesthetical and many other factors related to the target language. The necessity for this adaptability arises particularly because of vast linguistic differences around the world with different social and cultural norms. This is also necessary to maintain the source messages essence, impact and effect. Hence it calls upon the translator to artfully translate the content while making adaptations wherever necessary. This is a complete art in itself where the translator is required to ride on back of his presence of mind, knowledge and intelligence. Hence it can be subjective to an extent as the level of expertise may vary from translator to translator. It is safe to say that translation as an art is only as good as its translator.

Translation companies providing translation services employ a precise blend of science and art in their translation work for best results. One such company specializing in Translation services is Crystal Hues Limited. Crystal Hues is an ISO 9001:2008 organization that has been providing Translation services combined with Localization and Advertising services for over 20 years. Crystal Hues provides top of the line Translation as well as Localization services in more than 70 languages around the world. Crystal Hues has nine offices in Asia staffed with more than 70 professionals,in-house domain experts with varied specialization and several hundreds of quality-verified contracted consultants worldwide.

Two Shot Molding – An Advanced Molding Technology

The two shot molding is one of the advanced molding technologies that produces two different colored injected molded parts from thermoplastic materials in a single process, fast and effectively. Moreover, this state of the art technology also introduces its effectiveness when it comes to combining rigid plastic with the hard materials. One of the other features, that is very distinctive of the technology relates to consolidating two or more materials or components.

The catch is – two shot molding process with such feature reduces the extra cost that one may incur on assembling these components.

It should be noted that this state of the art technology is becoming one of the most sophisticated technologies, not because of its sheer ability to produce two different colored injected molded parts from thermoplastic materials, but also because of its being increasing sophisticated in the world of plastic injection molding.

The modern technology of such sort always equips latest and powerful technology enabling it produce two different colored products (injection molded parts) from two other thermoplastic materials. This state of the art technology when introduced into consolidating different materials always brings about an economical production of the innovative products. Needless to mention that such production is very cost effective for any industry.

Benefits that you can avail from two shot plastic molding –

One of the benefits associated with this advanced technology is that it provides your production a very cost effective inventory, assembly and handling advantage, thus simplifying the molding process with standard fabrication. One of the other features is that it reduces the need for you to opt for secondary operations regarding molding process, thereby ensuring total integrity with the production.

It always ensures presence of cosmetic, ergonomic and tactile features of a product. Also, often explores new and innovative design opportunities.

Where to have the service of two shot molding from?

There is no dearth of plastic injection molders in the world. However, you have ensure if one of the service providers that you may be willing to hire are knowledgeable in every aspect of plastic molding involving his expertise in the production of standard and high quality molded projects. Though sample works could be of greatest use to your need, but this is not the ultimate yardstick for quality assessment.

To hire two shot molding provider, always go for reputation, service integrity and cost efficient design and prototyping assistance to your needs.

For more information please visit here: and .

Design A Water Filtration System For A Science Fair Project

One of the perks of working on a science fair project is that you are completely free to explore your topic. You can examine any element of your topic that you want and you are only confined by your understanding of the topic and your imagination. One of the challenges of working on a science fair project, on the other hand, is that you are often required to design and build testing equipment, processes and tools. This article will show you how to design four different types of water filtration systems for your science fair project.

#1 Shampoo and Newspaper

One of the most simple water filtration systems that you can design and build is a shampoo and newspaper filtration system. This system will not only filter out sediment from your water sample, but it will also remove contaminants like oil, pesticides and other oily substances. To create this water filtration system you will need a stack of newspapers, shampoo and your contaminated water.

First create your newspaper filter by laying several pieces of newspaper over a bucket. Next spread a layer of shampoos on the surface of the newspaper. Finally, slowly pour the contaminated water over the newspaper filter. The water will be cleaned by the shampoo and filtered by the newspaper.

#2 Mini-Earth Water Processor

The second option that you have is to create a miniature version of the earths water filtration system. For this you will need a five gallon bucket, plastic hosing, large stones, medium sized stones, cheese cloth, gravel and sand. You will also need a tool to cut a hole in the bottom of your bucket.

To build this water filtration system you will cut a hole in the bottom of your buck large enough to fit the hose and a rubber stopper. Thread the hose through the hole and secure it with a rubber washer. Next line the bucket with finely woven cheese cloth, gauze or burlap. Make sure the fabric square is large enough to line the entire bucket and to hang outside the bucket. Add a layer of sand, then pea gravel, then medium sized rocks and finally top it off with larger stones.

Place your bucket up on a table so that the hose hangs down and comes to rest in normal bucket on the floor. Pour the contaminated water into the filter bucket and allow the water to be processed. The clean water will be collected in the second bucket.

Do Ants Dig Better In Light Or Dark Science Fair Project

Ants are a great insect to use as a test subject in a biology science fair project. They are easy to find and they are easy to handle. In this sample project students will be manipulating the amount of light that ants are exposed to in order to see if light impacts how fast ants dig.

Hypothesis

In this science fair project the hypothesis is that ants dig faster when they are in the dark. The dependent variable in this hypothesis is the rate at which ants dig and the independent variable is the amount of light that the ant is exposed to during their digging session. It is important to note that a non-venomous ant species be used, such as a sugar ant.

Supplies

This science fair project will need an ant-farm set-up. Students can purchase an ant farm or they can develop their own using a glass container filled 75 percent of the way with native soil. Students will also need a test population of ants. Ants can be purchased from a science store or collected out on the schools playground. You can set traps for ants using cut apples. Just set the apple on the ground and wait until ants cover it. Then pick up the apple pieces, with the ants and place them in your container.

Experiment

The control experiment will provide the ants with a natural light source. Students may want to use a video camera with a digital timer display to monitor the ants digging progress.

The test experiment will involve several test groups. The first test group will be exposed to no light at all, an infrared camera will be used to monitor their digging progress. The second test group will be exposed to dim light. The final test group will be exposed to bright artificial light.

Data Collection and Analysis

The data that will be collected will be measurements of digging per time period. The students will want to determine how long of a tunnel is dug in a minute, in an hour or in a day for each lighting situation. To determine the rate of digging the student will create a ratio of millimeters dug per minute.

The analysis of this data will be fairly easy to complete. The students will just need to determine which lighting set-up produced the fastest rate of digging, or the highest number of millimeters per second (on average). To prove the hypothesis could be true students will need to find a trend where ants dig faster in darker conditions then they do in lighter conditions. If this is not observed then the hypothesis will be proven to be false.

Computer Science And Information Technology – The Two Emerging Branches Of Engineering

In the new millennium, computers have assumed as strategic importance in this corporate world. Today there is a great demand of highly qualified IT professionals. The responsibility of an IT professional is to involve in data management, computer hardware, database and software design, management and administration of the entire system and much more. In Bachelors in computers, there are two branches of engineering i.e. Computer science and Information Technology. In computer science, we study the principles of engineering that involve in the design, engineering, development, integration and testing of a computer system at almost all levels. This branch of engineering also involves applied areas of Maths and science, electrical and electronics theory, materials engineering and programming fundamentals. On the other hand, in Information technology, we study the usage of computers and similar devices like electronic and communications for processing and distributing information by many different means. Here, we are trying to provide you some information about these engineering branches that may help you in selecting the right branch for you.

B.Tech (Computer Science) is basically a study of computers where we learn about hardware and operating systems like multitasking kernels, data buses, registers, address buses etc. On the other hand, Information technology involves in information manipulation and the business requirements.
B.Tech (computer science) concerns with the principles and concepts that are essential for the growth of IT and it is an academic study of software and hardware concepts. In B.Tech (information technology), some specific purposes may have to be studied.
With computer science, we can better understand how to solve the computer problems and information technology is the study of technology which drives information systems for business.
Computer science actually tells what is a computer and how it works whereas information technology is what and how can I do with computers?
Sharda Group of Institutions also provides B.Tech (computer science) and B.Tech (Information Technology) programs. At this institute, B.Tech (Computer science/Information Technology) 2009 admission has been started. The eligibility criteria for this program is class 12 with minimum 50% marks. The selection of a candidate will be based on Online exam (SURE)/Sharda Scholarship Carnival . The SGI Institute believes in delivering high quality education with the help of its accomplished teaching staff.

Benefits Of Educational Science Kits

Educational science kits are designed to supplement formal classroom education. These kits contain lab equipment, materials, manuals, and references to be hands-on to provide a holistic learning to students.

There are numerous benefits that educational science kits offer to students. A child is able to learn science experimentally with the help these kits. Experiential learning or learning by experience is essential for turning knowledge into wisdom for children. It helps a child to absorb more knowledge and ensures that the learning stays in the mind for longer time. Classroom teaching is not sufficient if you want your children to grasp more knowledge. Educational science kits make learning more effective for students.

Another crucial benefit of using educational science kits is that they make learning, a great fun. Classroom learning is believed to be boring because kids get bored listening to long classroom lectures. Science kits on the other hand make learning fun and enjoyable. Because these kits are hands-on, children are able to have fun while experimenting. For instance, a science weather kit produces thunder sound and lightening which entertains the kids and makes them grasp things in a much better manner.

Educational science kits are indeed the safest way to learn science. There are many theories and principles in science that can be understood only when demonstrated practically. There are science kits to explain functioning of electronic gadgets like computers, mobile phones, freeze, heaters, washing machines, air conditioners, and so on. These science kits include safe ingredients to ensure maximum safety to children while experimenting with them.

Science educational kits are essential for the child”s ultimate learning experience. They make learning fast, easy, and enjoyable. Educational science kits are available in educational stores, as well as at the online stores. You must always prefer to buy educational science kits from a reputable online store. There are a dozens of websites on the Internet that provide plenty of information about them. You can go through these websites to know more about the different types of science kits that they deal in. They offer you a plethora of options to choose from to make learning exciting for your child.

If you want to buy educational science kits for your child or want to know more about Physics lab equipment, physics laboratory equipment, school science lab supplies, please visit sciencefirst.com

Astral Projection Science – The 2 SHOCKING Facts About Astral Travel You MUST Not Miss

Let’s talk for a few minutes about the SCIENCE behind astral projection. Why? Because if you truly want to take the art and science of OBE’s seriously….you’ve got to embrace the science behind it’s study.

In my view? It’s not good enough to talk about these things in purely science fiction, fantastical terms. If we are TRULY going to take the evolution of human consciousness in the direction it needs to go…..we have to embrace the REAL facts that only rigorous science and study can offer.

Fact #1 – Remote Viewing & Non Local “Awareness” is FINALLY Being Accepted as Fact (By Serious Skeptics as Well)

This is NOT a small fact, either. Richard Wiseman, one of the most famous skeptics in the world, recently (in the Summer of 2009) FINALLY acknowledged what many of us have been saying for well over a decade: Remote Viewing (or seeing at a distance) is not only a real phenomena, it has been PROVEN to be true well beyond any reasonable “burden” that science accepts something to be factual. (Wiseman famously said that while he believes this is true – he still won’t accept “how” it happens as “out of body” – causing yet another uproar amongst the serious researchers who have demonstrated the OBE, remote viewing and astral projection in the real world repeatedly)

Fact #2 – Your First REAL OBE will Forever Change Your Life

Yes, it’s true….having a personal experience with the “supernatural surfboard” will forever change what you believe possible. You’ll FINALLY believe in a soul. And in a transcendent purpose to YOUR life. It’s ONLY amazing, first hand experience that can give you this gift….and if you haven’t had your first, the time to it is now! (nothing will ever quite feel the same once you do)

(and there is NOTHING that will give you the freedom of thought, mind and spirit than learning there is FAR more to your life than meets the eye!)

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Life Science Science Fair Project

Life Science Science Fair Project

One of the challenges faced by students who want to participate in the school science fair is how to choose a topic. There are not many aspects of life that do not have to do with science in some form or fashion. Even the topic of fashion is related to the chemistry field in the production of makeup and clothing! Perhaps the first step is to make a list of the things students are interested in. These can be activities or hobbies or objects around them in their every day life. The next step would be to evaluate this list using the eyes of science. For example, if a sporting event in one the list this would fall into a biology category or a physics category. If the list included art of music, then the relationship would again be biology in the characteristics of human senses or the applied science of what makes musical notes sound different according to their individual wavelengths. Once the list is evaluated have the student decide if they should pursue a physical science or life science science fair project. Many of the items on the list will fall into one category of the other.

This process of determining if a student wants to pursue a physical science or life science science fair project will help them narrow the field of topics. By encouraging them to make the list and evaluate it, you have already invested them in the decision. This is a much better strategy that having the teacher choose, or worse yet assign, the topics. One student may have no interest in sports and another may have no interest in plant life. This way they are already interested in the physical science of life science science fair project before the work even begins.

Once the students have chosen between the large categories of a physical science or life science science fair project, the next step may involve a couple of student and teacher meetings. The teacher should be able to guide and suggest ways of perceiving their chosen topic that will inspire ideas for the student. Again, it is important to let the student make the bigger decisions with the teacher acting only as a guide. This way they will be interested in the project from beginning to end.