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Source: www.mobiledeveloper.tv Filmed and produced by Ewan MacLeod of Mobile Industry Review and Rafe Blandford of AllAboutSymbian. Recorded outside WIPJam at the Mobile World Congress in Barcelona. See dw2blog.com for more context.
The Messenger – Infected Mushroom and DJ Jorg (2)
September 5th, 2010 
Tilted Man The second half of Shiva Space Technology. See the first part of the song here: www.youtube.com or click the link in the yellow box below the video. More information in the first video’s description.
How Can I Make Money From The Internet – Use These Ideas to Make Money Online
September 5th, 2010 Tilted Man How Can I Make Money From The Internet
There are many successful home business ideas that can help you achieve your financial dreams whilst working from home on the internet. This article will highlight five useful ideas on how to make money online.
1. Make money on the internet with affiliate marketing; this is one of the most popular methods used to make money from home. There are a lot of free to join affiliate programs on the internet with ClickBank and LinkShare being amongst the best as they have access to thousands of products. Try not to be dazzled by the promises of millions of dollars being offered by most merchants, choose a few programs that seem stable with the longest history of sales and affiliate marketing success.
2. Create a blog. It is quiet easy to make one. Once you have your blog created, add affiliate links related to the products you are selling or services you are offering. Many businesses are eager to have their products and services promoted and are willing to pay people to do this, what a great advantage for a blog. One important thing to remember when you are adding your links is not to go overboard. Too much advertising can turn your visitors away. How Can I Make Money From The Internet
3. Supplement your potential income by posting advertisements on your site. This is a great and easy way to make money online. Google AdSense is currently king of this domain plus it is free to join. You can set up a website, offer quality unique content and host links to ads paid for by sponsors and advertisers. Each time visitors to your site click on the ads, money goes into your account and that is how you make money online.
4. Selling software and electronic materials is another great way to earn money online working from home. Music, eBooks, widgets and programs are very big business on the internet. The demand is already there; all you have to do is provide the right product.
5. Join internet auction sites and generate income working on the internet. If you check out the magnitude of the market for online auctions and the number of items that have been sold through this medium, you will find that this is an entire industry in itself. Online auctions are a very convenient means to make money online particularly because they do not require a lot of resources from the participants. Simply create your own account, participate, buy or get paid. Use sites like eBay for internet auctions and start making money from home.
You will earn a lot of money from selling products and services, but that should not stop you from blogging, or putting ads on your website so that people can click on them and give you commissions.You need money, but you do not need to have it all from one place, especially if you are just starting out. How Can I Make Money From The Internet
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Bmw and Nasa. What’s This About?
September 5th, 2010 Tilted Man BMW and NASA. What’s This About?
The time was August 2007. The place is Cape Canaveral Florida.
An historic event took place on this date and time. The problem is that very few people realize that it even happened. And fewer people still understand the importance of this meeting of the minds between NASA engineers and the engineers at BMW.
But one day you will benefit from this union.
As NASA engineers were preparing to launch the Space Shuttle Endeavour, BMW of North America and NASA announced that together they had successfully completed an eight week test for the BMW Hydrogen 7 Luxury Sedan. And because this was the first hydrogen powered luxury sedan, their joint success brought a smile even to the faces of normally non-emotional engineers.
This was like getting s smile out of Mr. Spock on Star Trek. It was that important.
Both BMW and NASA are committed to hydrogen technologies research, innovative transportation systems and alternate energy sources. Fortunately, this program was made possible under a Space Act Agreement between NASA and BMW. I don’t know about you, but for me, I could feel the excitement of our tax dollars at work. Both you and I will someday benefit from this cutting edge research.
In simple terms, this is why BMW and NASA worked together. Because of the high density of liquid hydrogen the space shuttle is propelled at high speeds into space. This same concept is used by BMW to power the BMW Hydrogen 7. So BMW and NASA working together on this project was a perfect match. Also, this project is BMW’s way of showing that hydrogen drive vehicles are a viable option for your future and mine.
This test project was a huge success for BMW.
Not only did this prove that BMW could make a dual combustion engine that can switch from gasoline to liquid hydrogen seamlessly, but also as a far reaching model vehicle for the future. But the major drawback right now is that there are very few places where a driver can stop and fuel up on liquid hydrogen. But that isn’t going to stop BMW from pushing ahead with development of the Hydrogen 7.
So what’s the answer to all driver’s question, “Where do I get the liquid hydrogen?”
Another goal of this joint project was to make the public more aware of the great possibilities offered by a hydrogen driven car. And just as importantly, BMW is helping to stimulate the demand for a workable hydrogen infrastructure—that is—building hydrogen filling stations for your car and mine. This will one day make hydrogen for cars readily available and affordable.
For those of you looking just for the “specs” of the BMW Hydrogen 7, here is a little taste just to keep you going until you can get your hands on one at your local dealership. It’s being developed from the BMW 760Li , 260 horsepower V12 cylinder engine. Top speed for this baby is 143 mph as it quietly accelerates from 0 to 60 in 9.2 seconds.
One hundred of the Hydrogen 7 models have been build and are being tested in various markets around the world. In fact, the cars have already completed over 1.3 million miles during this testing phase.
Don’t expect to see Captain James T. Kirk from the Starship Enterprise driving one of these any time soon in your neighborhood. But, it sure would be a great promo for BMW and NASA.
Don’t you agree?
Chet Waters is the BMW Specialist. Learn How To Find Your BMW And At The Price You Can Afford. Go To:
http://www.bmwsauctions.com
Chet Waters is the BMW Specialist who loves to share with others everything BMW. Learn How To Find Your BMW And At The Price You Can Afford. Go To:
http://www.bmwsauctions.com
2009′s hottest new mobile technologies
September 4th, 2010 Tilted Man Smartphones have always embraced new technology, and in 2009, three particular phones are taking mobile technology to a new high. Let’s check out these game-changers.
Toshiba TG01 – unleashing the true power of Windows Mobile
We start with a phone that really gives Windows Mobile the grunt it needs to run properly: the Toshiba TG01. In terms of outstanding new technologies, what the Toshiba TG01 brings to the party isn’t the 4.1 inch display (although that’s noteworthy in itself), but what’s inside it. The Toshiba TG01 uses a next-gen, dual-core Snapdragon processor, which runs at 1GHz, and that means the Toshiba TG01 is the most powerful phone in existence… which is good, because in terms of other features, a lot of other phones leave the Toshiba TG01 in the dust…
Sony Ericsson Idou – the camera phone, evolved
Phones such as the Sony Ericsson Idou…
It’s been included on this list because of two reasons. The first has to be the huge 12 megapixel camera the Sony Ericsson Idou comes equipped with, which arguably makes it the best camera phone ever to be made (so far). The second reason is because the Sony Ericsson Idou is the first handset to have the next incarnation of Symbian Touch, the version that’s going to be the Symbian Foundation OS. Imagine the power of Symbian with the sleekness of something like OS-X or the LG S-Class UI, and you get an idea of why the Sony Ericsson Idou is so hotly anticipated.
Palm Pre – the interface to end all interfaces
While we’re talking interfaces, however, even the Sony Ericsson Idou gets outdone by a phone that’s due out soon: the outstanding Palm Pre. What it brings to the party is the most intuitive interface ever seen on a mobile phone. The Palm Pre has slick animations and gesture controls throughout, so that anything you want to do is just a touch or a swipe away. Make no mistake, the Toshiba TG01 may get all the power, and Idou’s got that camera, but nothing can touch the Palm Pre in terms of elegance.
Expert on mobile phones, having worked in the industry for over 7 years.
Discovering Space – Satellite Technology
September 4th, 2010 Tilted Man Satellite Technology
Satellite technology has become part of all our everyday lives. From telling us what the weather is going to be like, and how to get from one place to another, to offering us a far wider choice of programmes to watch on TV.
What is a satellite?
Satellite is a word that simply refers to one body orbiting another. There are natural satellites that orbit planets, such as our Moon, and artificial, man-made satellites that serve a variety of different purposes. The first man-made satellite, Sputnik 1, was sent into space on 4 October 1957 by the former Soviet Union. Today there are over 3,000 satellites in orbit, owned by more than 40 countries worldwide.
What are they used for?
Man-made satellites have six main uses:
- Scientific investigation
- Earth observation
- Weather
- Communications
- Navigation
- Military
What are the different types of orbit?
There are many different orbits a satellite can be put into, depending on what it’s being used for. But the majority use one of the following orbits.
- Geosynchronous Earth Orbit (GEO) is where the satellite sits directly over the equator, about 35,775 km above Earth. It will rotate in the same direction and at the same speed as our planet, so always appears to be in the same place in the sky. Communications and some weather satellites are placed in this type of orbit.
- Low Earth Orbit (LEO) is commonly described as the region between 200 and 2,000 km. Most artificial Earth satellites are placed in LEO, where they travel at about 27,000 km/h (8 km/s), making one revolution in about 90 minutes. Different orbits are used for different applications, e.g. Earth observation satellites often use the Sun synchrous orbit, travelling over the Poles and thus seeing most of the Earth’s surface over time, while LEO communications satellites travel in orbits centred on the equator. Some scientific missions such as Hubble look out into space from LEO.
- Medium Earth Orbit (MEO) has many definitions but is essentially the region above LEO (2,000 km) to 1,000 km below GEO (34,775 km). This region is used by the various Global Navigation Satellite Systems (GNSS). The European Galileo system will reside there as well as the existing US GPS and the Russian Glonass. Many other satellites pass through this region either operationally or during deployment.
Satellite technology and instruments
Every satellite launched into space will carry its own unique set of instruments or technology, relevant to the mission. So a satellite studying outer space will have a telescope that can see in different wavelengths of light, one monitoring the weather might have a camera to measure cloud movement, while one used for communications will carry a payload that allows it to redirect messages back to one part of the Earth that have been sent up from another part.
They will also have a group of devices called “subsystems” that will help power the satellite, co-ordinate the instruments and send data back to Earth. The subsystem that powers the satellite will usually include solar panels that gather energy from the Sun.
How are satellites launched?
Some satellites, such as Hubble, are launched via a space shuttle. But the majority will be sent into orbit on rockets, which then fall into the ocean when they’ve used up all their fuel.
How do they remain in orbit?
Two factors combine to keep a satellite in orbit:
- the speed of the satellite
- the gravitational pull between the Earth and the satellite
This is similar to attaching a ball to a string and swinging it around in a circle. If the string were to break, the ball would fly off in a straight line. But because it is tethered (like gravity tethers a satellite), it orbits you instead.
What happens they stop working?
A satellite will stay in orbit until it starts slowing down. Gravity will then pull it into a denser part of the atmosphere, the friction generated as the satellite moves at very high speed through this denser atmosphere generates a lot of heat which can be enough to cause the satellite to burn up before it reaches the Earth’s surface. The ones that are too big to burn up are guided to come down in a remote part of the ocean away from people.
What is small satellite technology?
Small satellite technology, being pioneered in the UK, uses a range of new techniques that enable scientists to build and launch satellites faster and for much less money than previously possible.
Many of these new small or “micro” satellites are currently being tested to determine whether simple, economically-built spacecraft can achieve the same results as traditional satellites.
If successful, these new techniques could have a huge impact on the future of space missions and significantly reduce the cost of launching satellites.
Selvam is a Copywriter of Satellite technology
He had written various articles in different topics on Latest Science and Technology. For more information visit: space station
Contact him at selvam.seo@gmail.com
A História da Internet
September 4th, 2010 Tilted Man Um pouco da história de como surgiu a internet. Parte de vídeo institucional. Com Marcos Teixeira Produção e Roteiro: Pamela Jaque Direção e Edição: Dimitri Kozma Trecho de trabalho desenvolvido em conjunto com o cliente CENPEC / FUNDAÇÃO TELEFÔNICA para o Job EDUCAREDE – Programa de Treinamento Mais trabalhos e detalhes: www.orbemidia.com contatos: dimitrikozma@orbemidia.com
The Quran Is Telling The Nasa, Take Care
September 4th, 2010 Tilted Man The Copper in Bible versus Quran
The Copper in the Bible
(Verses Leviticus 26:19, Deuteronomy 28:23 and Numbers 21:9)
In the Bible, the Lord God says:
I will break the pride of your power
I will make your heaven as iron; the sky over your head will be copper.
I will make your earth as copper, and the earth that is under you shall be iron.
In addition, the Bible suggests a noble method to treat a snake bite
Looking at a copper serpent will save the life of the one who has been bitten b a snake. The Bible says that Moses made a copper serpent and set it on a pole. And if a serpent bit anyone, he would look at the bronze serpent and live.
———————
The Copper in the Quran,
Verses 55: 33-35 says,
O assembly of jinn and men, if you have power) if you are able to penetrate all the extremities of the heavens and the earth, if you are able to break free from regions of the heavens and the earth; then penetrate them, then break free and flee!
You will never penetrate them; you will not be able to break free except with power.
It should be emphasized that flying in air was man’s dream and science fiction; many attempts of man to fly were failed until the Wright brothers in 1903, have invented the first powered, controlled, air airplane.
Space exploration, space invasion, is the use of astronomy and space technology to explore outer space, the first Moon landing was attempted by the American Apollo 11 craft on 1969.
However, the Quran is the first book ever which prophesized not only that man would be able to fly but he would be able to explore or invade the space and penetrate the deep layers of the earth.
Then the Quran says: So which of your Lord’s favors will you deny?
Against you O humans and jinn, will be unleashed a heat of fire, of smokeless fire, and a flash of brass (copper), without any flame, and you will not be able to seek help, you will not be able to defend yourselves against this, nay, it will drive you to the site of the Gathering.
It is said that this will occur when we emerge from our graves, in the Hereafter.
However, the verse may talk about what could happen when man would have invaded the space or penetrated the deeper layers of the earth; in such cases, it is possible, from the scientific point of view, to be subjected to the flame of fire and flashes of copper. So, the Quran is telling the NASA, take care!
———————
The Bible,
Leviticus 26:19
King James Version
19And I will break the pride of your power; and I will make your heaven as iron, and your earth as brass (copper):
Deuteronomy 28:23
King James Version
23And thy heaven that is over thy head shall be brass(copper):, and the earth that is under thee shall be iron.
Numbers 21:9
King James Version
9And Moses made a serpent of brass, and put it upon a pole, and it came to pass, that if a serpent had bitten any man, when he beheld the serpent of brass, he lived.
———————
The Quran,
Verses 55: 33-35 (Yusuf Ali translation)
33) O ye assembly of jinn and men! If it be ye can pass beyond the zones of the heavens and the earth, pass you! Not without authority (power) shall ye be able to pass!
34) Then which of the favors of your lord will ye deny?
35) On you will be sent (o ye evil ones twain!) a flame of fire (to burn) and a smoke (to choke): no defense will ye have:
———————
Back to my question to the smart and interested reader:
Are the Scholars truthful when they claim that the Quran quoted from the Bible?
Professor Dr. Ibrahim Khalil,
Prof. of Clinical and Chemical Pathology, Head (ex-) of Clinical Microbiology and Infection Control Unit, Ain-Shams University. Cairo, Egypt
President of the Egyptian Society of Inventors, Honorary President of SPIC-Egypt (The Society of Practitioners of Infection Control ? Egypt), Co-Chief Editor of the Egyptian Journal of Lab. Medicine
Member of the Egyptian union of Writers, Published 5 Books and some 60 Medical Articles, Supervisors for 79 PhD theses and111 Master Degree theses.
Yatta water mobile Technology
September 3rd, 2010 Tilted Man We took a trip to Yatta where telephone technology has been extended to drawing water from boreholes. Villagers in Kalukuni in Yatta constituency are using their telephones and the money transfer technology of M-pesa to fetch water from a borehole.
IAC2008: Space technology supporting management of natural hazards
September 3rd, 2010 Tilted Man 
