This wave technology, which exploits microwaves in a way previously un-seen in science, works by producing “magneto-static spin waves” into open space and analyzing how those waves are affected by the materials they come into contact with.

For those familiar with the spectrograph commonly used in astronomy – which determines the elemental make-up of celestial objects based on how those objects affect light passing through them – this is not an entirely unfamiliar concept. In fact there are a number of devices already in use that work in similar ways in a variety of fields. What makes this new technology so special is its ability to analyze a sample immediately and without interfering with it at all.

As Dr. William Griffith, the creator of this technology, explains, “Transmitted electromagnetic waves will respond to electric or magnetic fields. Such fields are typical within most materials and are caused by how the atoms and molecules are structured. Changes within the transmitted electromagnetic spin wave as it moves through the material are recorded and used to identify specific material, chemical, and physical properties – without ever tampering with that initial sample.”

Classic Sci-Fi fans might immediately recognize the applications of this technology. While current non-invasive medical devices might require a thin tissue – say, an earlobe – to send waves through and determine vital signs, this technology introduces the ability to scan immediately, non-invasively, and anywhere on the body a physician might want. With proper R&D, this new technology may one day in the near future be combined with smart-phones to create scanners capable of analyzing vital-signs – or maybe anything else around us – with a quick point of the phone.

This technology can be applied within nearly any analytical process requiring identification of chemical and physical properties – industrial applications include extremely rapid analysis of process intermediates or products, medical applications include non-invasive chemical profiling of fluids and tissues, and a range of industry-specific applications also apply to address needs within research, defense, and other fields.

For more information regarding individual or corporate sponsorship opportunities and technology specifics, contact Dr. Griffith by email directly. Please be sure to include relevant background information on yourself and/or your organization. Benefactor anonymity and privacy are assured. No information about respondents will be divulged without their permission.

Contact Information:
Dr. William Griffith
3D Tap
(940)-389-3255
contact.wgriffith@gmail.com .

News Source: Dr. William Griffith :: This press release was issued on behalf of the news source by Send2Press® Newswire, a service of Neotrope®. View all current news at: http://Send2PressNewswire.com .

DANBURY, CT – June 1 (SEND2PRESS NEWSWIRE) — Knovel Corporation (www.knovel.com), a leading provider of revolutionary Web-based information services, announced a new partnership with the Society for Industrial and Applied Mathematics. SIAM is active in promoting the development, research and application of mathematical modeling and simulation in various industries and also publishes some of the most highly regarded specialized mathematical research reference works and journals.

Knovel’s content partnership with SIAM represents a unique opportunity to showcase high quality applied mathematical references of strong scientific value in subject areas that span Multiscale Modeling and Simulation to Dynamical Systems and Control Theory, on an interactive platform. Some titles will be made interactive using Knovel’s impressive collection of analytical tools that calculate data, resolve equations, sort and export tabular data, and extract data from graphs.

Knovel’s suite of productivity tools combined with the Society for Industrial and Applied Mathematics’ trusted content will further enhance invaluable resources for academic, scientific, professional, research and engineering communities worldwide and further SIAM’s goal to advance the application of mathematics and computational science in engineering, industry, science, and society. In particular, engineers and multidisciplinary scientists who work in the areas of ocean acoustics and long-range underwater communications and geophysicists working in petroleum reservoir simulation, will be able to use Knovel to find accurate answers quickly and solve their most difficult problems in uniquely resourceful ways.

“SIAM supplies the best multidisciplinary applied mathematical resources and information in rapidly growing areas of industry, manufacturing, medicine, and computing. This partnership is an important achievement because it demonstrates our commitment to always bringing the best of breed information to our customers and the scientific community”, says Monica Nogueira, Director of Channel Development and Professional Societies Relations, at Knovel Corporation.

“Our partnership with Knovel comes at a time when SIAM is expanding its reach, making our specialized content available to more and more users in science and engineering. Knovel’s business model and advanced technology were the right fit for the goals we have set for the future”, says Mary Rose Muccie, SIAM’s Publisher.

The Society for Industrial and Applied Mathematics joins McGraw Hill, John Wiley & Sons, Elsevier, Springer, Hanser and other prominent Sci-Tech publishers as a publishing partner to Knovel. Other Knovel partners in the professional societies realm include American Institute of Chemical Engineers, American Society of Mechanical Engineers, Royal Society of Chemistry and Institute of Electrical and Electronics Engineers.

About Knovel

Knovel Corporation – www.knovel.com – is one of the most comprehensive providers of revolutionary Web-based information services that increase productivity for millions of engineers, scientists and librarians worldwide. Knovel integrates references from over 30 publishers into virtual libraries embedded with analysis software. Knovel’s intuitive platform helps researchers quickly locate data, analyze it, and export the results. Knovel is used by over 375 major corporations, universities, and government agencies worldwide.

About the Society for Industrial and Applied Mathematics

Inspired by the vision that applied mathematics should play an important role in advancing science and technology in industry, a small group of professionals from academe and industry met in Philadelphia in 1952 to start an organization whose members would meet periodically to exchange ideas about the uses of mathematics in industry. This meeting led to the organization of the Society for Industrial and Applied Mathematics. SIAM membership has grown from a few hundred in the early 1950s to more than 10,000 today.

The Society has over 400 institutional members-colleges, universities, corporations, and research organizations. To support its diverse membership, SIAM publishes 13 peer-reviewed research journals and approximately 25 books per year and conducts many specialized conferences, short courses, and workshops in areas of interest to its members.

News Source: Knovel Corporation :: This press release was issued by Send2Press® and is Copyright © 2006 Neotrope® News Network – all rights reserved.

SANTA ANA, Calif. — (SEND2PRESS NEWSWIRE) — A major scientific discovery made by a small team of researchers has revealed patterns in nearby galaxies that present an alternative to the big bang theory and the continually expanding universe that we have been living with for the past 80 years. A team comprising a mathematician, an amateur astronomer and a thermodynamicist – all graduates of Georgia Institute of Technology — has found patterns in the distribution of galaxies which indicate an entirely different structure to the universe. The team includes brothers Richard and David Moser who have decades of experience in the field.

Now MEC Publishing is releasing the information used to construct this new model which uses all of the data used to construct the current big bang model and adds this new observation, patterns that can be observed by anyone, resulting in an entirely new and unexpected structure.

Instead of the standard big bang model, which is based on the simplest interpretation of the red shift, this model constructs a whole new universe, one with definite limits, about 2,000 times smaller than the old continually expanding one.

This universe is a closed, reflective space about 12 million light-years across one dimension. We are about 1.5 million light-years to the closest wall. The galaxy Andromeda (M31) is the first reflection of our own Milky Way Galaxy as it looked several million years ago. There is much more to be learned about the limits and boundaries.

The observable evidence and the data is described at…
www.TheExaminedUniverse.com/science.html
(This link has six pages of data, at the end is another link to eleven pages in a book that has the same data and a somewhat different viewpoint.)

The implications of this discovery are enormous, opening up a whole new field of research using computer technology to analyze the mountains of data we have already accumulated to discover more about the boundaries of our new universe.

For more information, contact Robert Turner, Vice President MEC Publishing, at rturner @ mecpublishing.com.

News Source: MEC Publishing :: This press release was issued by Send2Press® and is Copyright © 2005 Neotrope® News Network – all rights reserved.