Author: blogger
As the mobile industry comes of age and becomes more sophisticated, it is widely predicted that more companies are choosing to spend a larger percentage of their marketing budget on mobile advertising and applications. The benefits of SMS becomes clear; campaigns need to capitalise on using SMS to support their overall marketing strategies and use messaging as the main force driving customers to the Internet.
This view was echoed by some of the worlds biggest brands at the latest MMA forum. Gavin Mehrotra, Director of International Media for the Coca Cola Company, started his presentation stating categorically that “SMS is the number 1 priority at Coca Cola in mobile” and that you need it to reach just about every person on the planet.
We also know that SMS gives a campaign the added power to communicate with your target customer and build on the relationship you have with them based on permission and trust. Adding SMS to a campaign allows consumers to text for more information so the follow-up is able to become more targeted; we have seen this work in every sector. In the Arts we have worked with English National Opera who used an SMS campaign to increase ticket sales for late availability, an investment of 500 in SMS marketing brought a return on investment of an amazing 8000 in ticket sales. Papa Johns Pizza use SMS to market special offers at times that they want to build sales, in fact across all sectors we are experiencing a growth in ROI as campaigns are measurable in a way they havent been until now.
Combine this with the growth in the use of Smartphone technology and its clear why campaigns are benefiting from improved targeting with SMS. No longer are you limited to 160 characters of text, the use of Smartphone technology and the public acceptance of tiny URLs on social media platforms, means that SMS can be used as tool to link to a bigger picture. SMS can now be used as the hook needed to direct the reader to where they need to be online, faster than if they were left to their own devices. Links to apps, videos and web pages are easily incorporated into an SMS message, making SMS a vital tool working hand in hand with other mobile marketing tools to achieve greater ROI for every mobile campaign.
At Txtlocal, we work with clients of all sizes and shapes from English National Opera, Malmaison Hotels and Liverpool University to much smaller owner operated brands like Shelleys Restaurant in Warrington, we can create campaigns that generate a real response – quickly. Any tool which allows a business owner to grow their customer data and intelligence, and then allow you to communicate targeted messages to them directly is powerful, and its right there in your hand the humble mobile phone.
Its safe to say that if the world’s undisputed number one advertising brand, Coca Cola says categorically, SMS is priority number 1, then surely other businesses large or small need to operate with the same view.
The New World Wonder you can admire in Russia now! A huge Pyramid that combines the mystery of ancient legends with modern technologies and scientific achievements is opening its doors for excursions soon.
The forty four meter high Pyramid near Moscow is built without using any metal. It is made of fiberglass constructions.
Twenty years of research and experiments have allowed a group of scientists led by Alexander Golod to determine specific shape, size, and material of a pyramid, with which the influence of pyramid on the surrounding environment is most beneficial and harmonious.
Driving 20 kilometers from Moscow Ring Road you will get to the 38th kilometer of Moscow-Riga highway – the place where this unique architectural building was raised. Hundred thousands of people including famous actors, singers, sculptors, majors and presidents have already been to the biggest Russian Pyramid. This Pyramid was built and is researched by scientists under Alexander Golod’s supervision.
The monks from Japan, Korea and Tibet got interested in the Russian Pyramid, they consider it to be the ideal place, meaning the space inside and around it. Their ideas are confirmed by scientific researches made in institutes of the Russian Academy of Sciences. All the researches showed positive influence on ecology and human health while visiting the Pyramid or using products, crystals, solutions and objects prepared there.
Such pyramid was named The Golden Section Pyramid. The golden section is one of the main principles in architecture, painting, and science. Masterpieces of architecture and art, the Nature itself and the pinnacle of its creation – human being, are created by this exact proportion. For the past 15 years more than 50 Golden Section Pyramids have been built.
The highest pyramid of 44 meters was built in 1999. The process of preparation of the area for pyramid construction took more than 5 years. The Pyramid is made of non-conductive materials without a single metal element. The ABO (Adaptation of Biological Objects) technology, developed during the construction process of the pyramid, allows to use energy of the 44-meter pyramid at any time, any place with the convenience of pyramid matrices, mini-pyramids, pyramid crystals and pyramid water.
The potency of pharmaceuticals increased with decreasing side effects.
There is an increase in survival of cellular tissue infected by viruses and bacteria. The pyramids decrease the strength of various viruses and bacteria.
When radioactive waste is placed inside the pyramids, there is a decrease in their level of radioactivity.
For more articles visit the author’s website: http://www.mind-money-health-beauty.com/
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It is really hard to imagine a technology that had more impact on 20th century life than photography. It is truly the most pervasive. Photography changed the way we remember things. It offers spontaneity and has the ability to capture actual events, a slice of reality. Roland Barthes, a preeminent theorist of photography, said that photograph is the “sovereign contingency,” meaning it is dependent on something else happening.
To imagine a social world before photography, we would have to think of a world without picture IDs; without portraits of ordinary people; one without pictures as souvenirs of travel; one without celebrity pictures; one without advertising photographs; one without X-rays or views of outer space; a world without views of foreign and exotic peoples; one without pictures of sports, wars, and disasters; and one in which the great masses of people had no way to visually record the important events of their lives.
Such a world is unbelievable to us now, and we have photography to thank for all these things: visual souvenirs, portraits of common folk as well as the famous, advertising pictures that have created desire in the public and educated them about all the products the new consumer culture has on offer, medical diagnostic tools, incredible views of exotic places and even of outer space, pictures of the worlds news, and most important, pictures of the events and intimate moments of ones own life.
The technology of photography is part chemical, part optical, and dates from 1839. Soon after its simultaneous invention by William Henry Fox Talbot in England and Louis Jacques Mand Daguerre in France, photography was used to document foreign places of interest such as India, the Holy Land, and the American West. It was also used for portraits with photographs taken of kings, statesman, and theater or literary personalities.
Advertising Photography
Even as Kodak was using advertising to create a market for its cameras, films, and papers, the advertising industry itself turned increasingly to photography during the 20th century. Newspapers as well as the great number of popular magazines (especially in the pre-TV era) were the carriers of most of this print advertising.
The purpose of using high resolution images for advertising was and is to create a desire for the new consumer products available to the public, and then, of course, to sell the products. Although drawings and painted illustrations were featured predominantly in ads during the early part of the century, gradually photography took over, and by the end of the 20th century virtually all visual advertising was photographic. Today, in the 21st century, digital photography has introduced the kinds of fantastic effects impossible in straight photography, further enriching the possibilities of advertising photography and especially Indian pictures.
While half-tone reproductions of photographs had been possible since the 1880s, and magazines and newspapers constantly used them in their editorial pages, before World War I advertisers seldom did. The great shift happened in the 1920s and Mrspenningtons. By the mid-Mrspenningtons photographs at least equaled hand-drawn illustrations in print advertising, and have only gained greater dominance since then.
Photography has a great impact on advertising and marketing materials and can make or break your first impression with a potential customer. You know the old saying, A picture says 1000 words? Well that has never been truer than it is today. We are all tech-heads, and we want everything this secondif we have to wait, we become irritated and move on.
Using great photography and high resolution images is a great way to get your message across quickly and say your 1000 words without actually saying any words. It immediately fascinates your audience, and a fascinated audience is more likely to read more of your message.
A concrete impact of photography has been the number of people employed in the industry, particularly after the introduction of 35mm film in the 1920s by the Kodak Company. Photography also meant new employment opportunities as photo reporters and editors, and in photographic agencies and libraries.
Florida Institute of Recording, Sound and Technology >
The F.I.R.S.T School is a Digital Media school located in Orlando Florida that offers comprehensive programs in Recording Arts and Film and Video Production.
History
F.I.R.S.T. opened in 2004 offering an Audio Engineer and Music Production program. After the success of the first program, and with the growth of the Digital Media Field, the institution launched their Film and Video Production program.
Programs Offered
All programs are eight months long and are completed in 350 hours. Day and night class schedules allow flexibility for its students.
Recording Arts
The program includes Audio Engineering and Music Production. Classes range from basic to advance level courses, using classic analog consoles and digital technology. Students become familiar with a complex recording studio, voice over commercial production for radio broad, music production and sequencing. It also teaches the technique of editing, mixing and mastering.
Basic Audio (32 hrs.)
MIDI (32 hrs.)
Fundamentals of Recording (32 hrs.)
Mixing and Editing Concepts (32 hrs.)
Audio for Post (32 hrs. with 16 Independent Laboratory hours)
Advance Recording (32 hrs. with 16 Independent Laboratory hours)
Fundamentals of Pro Tools (32 hrs. with 16 Independent Laboratory hours)
Advanced Mixing (32 hrs. with 16 Independent Laboratory hours)
Student Internship (30 hrs.)
Independent Lab and Internship included are a total of 350 hours for 8 months.
Film and Video Production
Filmmaking, Pre-Production, Production, Post-Production, Visual Effects and DVD Authoring are some of the topics in this program. Students will learn techniques of shooting in HD, directing short films, producing music videos and product commercials.
Video Development and Pre-Production (32 hrs.)
Production (48 hrs including 8 hours of Career Devlopment)
Post Production (24 hrs. plus 16 hrs. of Lab)
Advanced Production (40 hrs. plus 16 hrs. of Lab)
Motion Graphics and Visual Effects (32 hrs. plus 16 hrs. of Lab)
Short Film (24 hrs. plus 16 hrs. of Lab)
Advance Post Production (24 hrs.)
Marketing and Demo Reels (32 hrs.)
Student Internship (30 hrs.)
Vision Our vision is to ensure the highest quality education and learning experience to our students.
Mission Our mission is to prepare students for a successful career in the field of Digital Media. The F.I.R.S.T. School is dedicated to its hands-on experience, learning philosophy and continual advancement in technology.
Admission Information about is available on our website. http://startatfirst.com/admissions/
Campus Location & Contact Information Address: 2309 Silver Star Road, Orlando FL 32804 Phone: (407) 316-8310 Toll Free: (888) 9FIRST
Microscopes have come an unbelievably long way since they were first developed in the late 16th century. While Antonie van Leeuwenhoek is often credited with being the creator of the first microscope, it was actually one of two optics pioneers who is the real father of the instrument: Zacharias Jansen or Hans Lippershey. Of the three, it is Lippershey who is most widely considered to be its inventor, an idea which is especially credible given that he was also the designer of the first modern-style telescope. Leeuwenhoek would not be born for nearly half a century after the earliest models were first built.
The microscopes of van Leeuwenhoek’s invention provided at best 275 x magnification. For its time it was truly impressive and broke new ground, enabling a host of scientific discoveries and advancing scientific knowledge and medicine in almost every way imaginable. Today of course, even many inexpensive of microscopes are capable of much higher levels of magnification and a variety of new microscopy technologies are available to allow scientists, physicians and researchers to get a close up look at the invisible world around us.
Optics have increased in sophistication by orders of magnitude in the last four centuries, with the lenses being used in microscopes being immeasurably improved and more powerful with every passing year. It’s not only in the design of the lenses used that microscopy has advanced – there are an array of new technologies behind the magnification power of the modern laboratory microscope.
Over the long history of these instruments, we have seen them advance to having a single objective to multiple objectives, the addition of adjustable viewing stages, improved focus mechanisms and the development of the stereomicroscope (actually two microscopes which focus on a single point rather than being one microscope with two lenses).
Microscope illumination has advanced by leaps and bounds along the way. From the earliest days of microscopy when illumination would have meant sunlight or perhaps candles, we have progressed to an age where we have not just high power microscope lenses with magnification power of up to 1000x, but illumination to light the slide from below (known as bright field microscopy) and illumination technologies which exclude scattered light to allow the observer a view of the specimen on the slide and nothing else (a method called dark field microscopy which is also used in non-optical microscopy).
Not only have optical microscopes made progress which would be unimaginable to Hans Lippershey, but there are now microscopy technologies which do not rely on optics and provide us with an incredibly powerful tool for looking deep within the natural world. Electron microscopy has been able to show us the microscopic world in greater detail and at magnifications which go beyond anything van Leeuwenhoek would have dreamed; as high as 1,000,000,000x by using a carefully directed electron particle beam to produce high resolution images.
From the lenses used in modern high power microscopes to stereomicroscopy, advances in microscope illumination and electron microscopy and other non-optical instruments, the history of the microscope has been one stunning advance after another. With each improvement comes new insight and revelations about the world around us. In an uncertain world, one thing that can be counted on is that these instruments will continue to progress and amaze us with the discoveries they facilitate.