Online Jobs for Indians. upto 50000/month

Online Jobs for Indians.
Online Data Entry Jobs.
Earn Rs.50000 monthly !
No Investment. Free to Join !

 

What is the actual work?
The actual jobs is filling online data entry forms in the internet. We will be providing you simple Online Registration Forms. You have to fill those Online Registration Forms according to the instructions.

Is it easy to fill those registration forms?
Yes. These are very simple data entry forms and it is similar to creating an Email account in yahoo, hotmail or rediff. It takes less than 2 minutes to fill those forms. This is similar to Data entry jobs.

How much I can earn for filling each forms?
You can earn between Rs.50 to Rs.100 for each data entry form you fill. We have many categories of forms to fill. Based on the category, the rate will vary. On an average, you can earn Rs.75 for each form you fill.

Is this work available worldwide?
No. This work is available only for Indians. In future, we will recruit peoples from all over the world. You just need basic internet browsing knowledge.

What is the Qualification to do this work?
No need Extra qualification. Just basic Internet Browsing knowledge is enough to do this job.

How much time I need to work in the Internet ?
There is no hard and fast rules regarding the work. It depends on the number of hours you work. You can work at your convenient timings. But it is good at least you work 1 hour daily to earn a decent income.

When will I get the payment and what is the mode of payment?
You will be paid on or around 20th of every month for the previous month earnings. You will be paid only if your earnings is equal to or more than Rs.2000. If it is less than Rs.2000 for a particular month, then the amount will be added to the next month earnings. We pay you by Check.

How much I can earn per Month ?
Here is the simple Earning Estimate Chart for a month .
 

No. of forms daily	Average pay for each form	Average daily income	Monthly income
5	Rs.75	Rs.375	Rs.11250

Is there any other way to earn more money?
Yes. You can earn more money from our referral scheme. You can refer others to join this online form filling jobs. You will get 20% of your referral member earnings. Suppose if someone joins under your referral link and if he earns Rs.5000, you will get a commission of Rs.1000.
If you make 50 referrals/month, you can earn 50 X 1000 = Rs.50000/month for just referring others.
NOTE : You can earn more money in this referral scheme. So refer more and earn more.

How can I refer others?
All the referral scheme details are provided in the member login area. We provide you all the referral marketing tools, ideas, tips etc to increase your referral commissions.

Ok. I am Interested. How to join?
Thank you for your interest. Click below to join and start making money in next 60 seconds. All the best !
 

Click Here to Join Now !

 

 

 

 

 

 

 

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Mechanical Enggineers explain the secrets of Wiffle Balls

Wiffle balls are very poorly behaved. They curve wildly, practically bouncing around in midair. No surprise, given the eight holes molded into one side. But to learn how the little plastic balls twist and spin through space, the go-to researcher is Jenn Rossmann, a mechanical engineer at Lafayette College in Easton, Pennsylvania, who specializes in how fluids, especially blood, circulate. In 2003, she started thinking that Wiffle balls might be more interesting for her students to study than the baseballs she’d been discussing in class. “It’s all about trying to trick them to do fluid mechanics, which I think is the most fascinating thing ever,” Rossmann says.
So over the past eight years, she and her students have built the world’s most advanced Wiffle-ology lab, using wind tunnels and computer models to measure aerodynamics. The key to the ball’s unpredictability? Air flowing over the perforated side of the ball is more turbulent, as you’d expect, which pulls it in the direction the holes are facing. But two vortices of air trapped inside push it in the opposite direction. Assuming the ball isn’t spinning, external airflow wins at low speeds; the internal vortices dominate at high speeds. At 40 to 60 mph—the speed at which most casual players throw—the two forces are about equal, making it hard to predict which way the ball will break.
Rossmann has figured out how to put all that science to use. Scuffing the ball, she says, disrupts the already turbulent external airflow. Result: The internal vortices become more predominant, which “can nudge it into that higher regime, where it’s more predictable,” Rossmann says. Competitive players—yes, there are those—often scuff, and some of them have sent doctored balls to Rossmann for analysis. But she doesn’t play the game herself. “I imagine I would enjoy it, but now I’m worried,” she says. “Everyone would assume that I’m really good.”

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LG Optimus Me and Optimus Chat

FoneArena was the first place on the whole internet where you might have heard about the LG Optimus Me aka P350 . It’s an affordable entry-level Android phone running Android 2.2.1. It supports 3G networks and packs a QVGA display


Here are the specs from LG itself.

LG is trying to bring Android phones at the price point which was dominated by feature phones.

The phone is launching in Europe first and would be released globally later.

LG Optimus Chat

We also had a chance to play with the LG Optimus Chat which is one of the few Android phones with a full QWERTY keyboard.

It has 4 rows of keys

It’s slightly thick at 16 mm thanks to the Keyboard but most users wont complain. Also you can see the 3.5 mm audio jack on the left .

It has a 3 MP Camera on the Back.
Both these devices were both made public at MWC 2011 and you can expect them to hit markets worldwide in the following months.

The Optimus One was a great hit for the Korean handset maker and looks like the Optimus Brand is here to stay. Will it repeat the success of the Optimus One ?  We should be finding out soon.

HTC says it’s unaffected by Japan Earthquake

Taiwanese handset maker HTC said that it’s business has not been impacted by the major natural disaster in Japan which has impacted many manufacturers including Sony Ericsson , Canon , Panasonic , Nikon.
HTC CEO Peter Chou said “ HTC global supply chain and distribution channels remain unaffected and operating as normal. We have a comprehensive business continuity strategy and framework in place, which activates a secondary supply chain, in the event of a crisis or natural disaster, such as last Friday’s massive earthquake. HTC is also working closely with our global supply chain and distribution channel partners to monitor the situation in Japan, and will take any necessary steps to ensure that our operations remain business unaffected.”

Sony Ericsson affected by Earthquake in Japan

After being hit by the largest earthquakes ever recorded followed by a deadly tsunami that slammed into the Japan’s east coast, leaving a huge swath of devastation, Sony Ericsson is one of the companies which has been affected by the disaster, since Tokyo has been the their hub from the beginning. The company has been closely following the situation in Japan and has been doing all that is needed for the safety of their employees. There are approximately 1100 employees (including consultants) working at both the offices in Tokyo, and confirms that no employee was injured, and no major damage  has been done to their offices. The affected area in northern Japan supplies a large portion of the world’s electronics industry with components, and the current situation also seems to impact Sony Ericsson’s business.
Sony Ericsson seems to be in contact with all their key suppliers in the region and have been identifying the possible relocation of certain component manufacturing. Although the full impact of the current situation was not yet assessed, Sony Ericsson anticipates disruption to its supply chain operations. The company also adds that it is continuously monitoring its supplier situation daily, in real time, and promises to keep the retail customers informed about the status of their specific suppl

Next Generation Technology of Flexible Display

One of the most popular LCD and LED display creator Samsung showcase Flexible AMOLED display. Samsung showcase there next generation AMOLED display at CES 2011. The Flexible AMOLED display is ultra thin sheet that you really can’t imagine. The displays are rollable, bendable and can even survive impacts of a hammer. We surely say that it is really Next Generation display technology by Samsung. Bellow is the picture of Flexible AMOLED display taken from CES 2011.

Future monitor – Sunflower
Concept netbook by lenovo
Portable Touchscreen Tablets

TED 2011: What Do You Want to Do Before You Die?

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Artist Candy Chang has launched a public art project inviting passers by to chalk their own ending to the sentence: “Before I die I want to …” on a disused building in New Orleans that has been transformed into a giant chalkboard. “Before I Die” started life as part of an exhibition called Freeriding, by Subtext Projects in a gallery before taking to the streets. Chang selected a large, boarded-up corner building in New Orleans to transform into an enormous blackboard.
She told Wired.co.uk in an e-mail interview: “I bike by this blighted house all the time and I wanted to a nicer spacemake for my neighborhood. The messages you see in public space right now are mostly advertisements.

Chang is a 2011 TED Senior Fellow who has had a broad career involving founding a record label, working on community urban-design projects, being an art director at The New York Times, as well as a working as a design researcher at Nokia and an electro DJ.
You can check out some of the responses that have been documented. Chang is currently working on a public installation in Fairbanks, Alaska, in April and one in Turku, Finland, in June.

Google Lets Users Blacklist Sites From Search Results

Google is giving users the ability to block sites that annoy them from ever showing up again in their search results, via a new link next to search results.
The new links will be visible to English users of Google.com starting Thursday and Friday (IE8+, Chrome 9+, and Firefox 3.5+). The change builds on a recent extension the search giant made for users of its Chrome browsers, and signals that Google is listening to the complaints of users that web results are being polluted by low-value content farms.
The move comes just a week after Google introduced a big change to its core search algorithm that was intended to promote high quality sites. But many tech watchers were disappointed that the change seemed to benefit Demand Media, one of the net’s biggest content factories, while punishing many sites that say they create valuable original and user-generated content.
Google isn’t the first to come up with the idea of letting users blacklist sites. New search upstart Blekko has baked that capability in from the start, and has created a technology to let users limit their searches to select groups of sites. DuckDuckGo goes further and simply doesn’t include a number of content farms in its index.
Google says the new system might even eventually change search results for everyone, according to a company blog post.
“We’re adding this feature because we believe giving you control over the results you find will provide an even more personalized and enjoyable experience on Google,” said Amay Champaneria and Beverly Yang, two Google search quality engineers. “In addition, while we’re not currently using the domains people block as a signal in ranking, we’ll look at the data and see whether it would be useful as we continue to evaluate and improve our search results in the future.”
Users can undo their choices and will be notified every time they get a search page that would have had a result from a site that user blocked. The system does not, however, have a way for users to import a blacklist created by others — perhaps as a way to force users to give Google data on sites they care enough to block.
Non-English speaking users and people who use Google search sites other than Google.com will get the feature soon, the company said.

Nano Technology : The Future looks big, with small parts

After Investing billions in exploring Nanotechnology, thousands of Papers have been published on the subject every year, but what exactly Nanotechnology is, is yet to be defined. Most formal definitions of Nanotechnology revolve around the study and control of phenomena and materials at length scales below 100 nm, whereas informal definitions quite often make a comparison with a human hair, which is about 80,000 nm wide.
“Nanotechnology is Manufacturing With ATOMS”. However, Nanotechnology can mean different things to different people such as Researchers, Industrialists and Others. From Enthusiastic to Skeptical, the responses reflect a variety of perspectives. Infact the most common definition is “The design, characterization, production, and application of structures, devices, and systems by controlled manipulation of size and shape at the nanometer scale (atomic, molecular, and macromolecular scale) that produces structures, devices, and systems with at least one novel/superior characteristic or property “.
The impact of Nanotechnology is expected to exceed the impact that the Electronics Revolution has had on our lives. Most of the “Nanotechnology” products that are in the Market today are gradually improved products, where some form of nanotechnology enabled material or nanotechnology process is used in the manufacturing process. In their ongoing quest to improve existing products by creating smaller components and better performance materials, all at a lower cost, the number of companies that will manufacture “nanoproducts” (by this definition) will grow very fast and soon make up the majority of all companies across many Industries. Nanotechnology should therefore be viewed as a process that gradually will affect most Companies and Industries.
An omni-linked world populated with intelligent artifacts will bring sweeping changes to virtually every facet of modern life – from science and education to industry and commerce – leaving no segment of society unaffected by its advance. Few applications of Nanotechnology that will bring changes in future are summed up here:
Sunscreens and Cosmetics: Nano sized titanium dioxide and zinc oxide are currently used in some sunscreens as they absorb and reflect ultraviolet (UV) rays and yet are transparent to visible light and so are more appealing to the consumers. Nano sized iron oxide is present in some lipsticks as a pigment but currently it is not used by European Cosmetics Sector. The use of nanoparticles in cosmetics has raised a number of concerns about consumer safety.
Composites: An important use of nanoparticles and nanotubes is in composites, materials that combine one or more separate components and which are designed to exhibit overall the best properties of each component. This multi-functionality applies not only to mechanical properties, but extends to optical, electrical and magnetic ones. Currently, carbon fibres and bundles of multi-walled CNTs are used in polymers to control or enhance conductivity, with applications such as antistatic packaging. The use of individual CNTs in composites is a potential long-term application.
Clays: Clays containing naturally occurring nanoparticles have long been important as construction materials and are undergoing continuous improvement. Clay particle based composites – containing plastics and nano-sized flakes of clay – are also finding applications such as use in car bumpers.
Coatings and Surfaces :  Coatings with thickness controlled at the nano- or atomic scale have been in routine production for some time, for example in molecular beam epitaxy or metal oxide chemical vapor deposition for optoelectonic devices, or in catalytically active and chemically functionalized surfaces. Recently developed applications include the self-cleaning window.
Tougher and Harder Cutting Tools: Cutting tools made of nanocrystalline materials, such as tungsten carbide, tantalum carbide and titanium carbide, are more wear and erosion-resistant, and last longer than their conventional (large-grained) counterparts. They are finding applications in the drills used to bore holes in circuit boards.
Paints: Incorporating nanoparticles in paints could improve their performance, for example by making them lighter and giving them different properties.
Remediation: In one pilot study the large surface area and high surface reactivity of iron nanoparticles were exploited to transform chlorinated hydrocarbons (some of which are believed to be carcinogens) into less harmful end products in groundwater. The potential of nanoparticles to react with pollutants in soil and groundwater and transform them into harmless compounds is being researched.
Fuel Cells: Engineered surfaces are essential in fuel cells, where the external surface properties and the pore structure affect performance.
Displays : The huge market for large area, high brightness, flat-panel displays, as used in television screens and computer monitors, is driving the development of some nanomaterials. Nanocrystalline zinc selenide, zinc sulphide, cadmium sulphide and lead telluride synthesized by sol–gel techniques are candidates for the next generation of light-emitting phosphors.
Batteries : With the growth in portable electronic equipment (mobile phones, navigation devices, laptop computers, remote sensors), there is great demand for lightweight, high-energy density batteries. Nanocrystalline materials synthesized by sol–gel techniques are candidates for separator plates in batteries because of their foam-like (aerogel) structure, which can hold considerably more energy than conventional ones.
Fuel Additives: Research is underway into the addition of Nanoparticulate ceria (cerium oxide) to diesel fuel to improve fuel economy by reducing the degradation of fuel consumption over time.
Catalysts: In general, Nanoparticles have a high surface area, and hence provide higher Catalytic Activity.
Nanotechnology’s potential is vast and it’s real. The opportunity for Nanotechnology ranges from improving Olympic sports equipments to discovering better treatments for cancer and Alzheimer’s disease. But the capability to reap the long term benefits of Nanotechnology in areas like Energy production & Medicine will depend on how well Industry & Govt. manage the safety & performance of the 1st generation of Nanotechnology products.

Verizon iPhone’s Download Speeds Are Worse Than We Though

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The Verizon iPhone's network settings shows an option to enable a personal hotspot.

For downloading data, the Verizon iPhone is slower than the AT&T iPhone, and it’s also slower than most other Verizon smartphones, according to a study published Monday.
Metrico’s tests paint a conflicting picture. Some of their findings:

• The Verizon iPhone performed “below average” in data download speeds when compared to other Verizon phones including the HTC Incredible.
• For voice calls, the Verizon iPhone was one of the highest ranked in noise-canceling performance and was an average performer in voice quality.
• The AT&T iPhone was the top performer in data transfer rates, but it ranks lower in call performance and Bluetooth speech quality compared to some BlackBerry, HTC and Samsung phones.
• The AT&T iPhone completed 10 percent more download sessions than the Verizon iPhone when the handsets were moving — in a car, for instance.
• But the Verizon iPhone had a 10 percent better success rate when uploading data in a stationary environment, like sitting at your desk.
• In all, the company performed more than 10,000 web page downloads, 2,000 data download/upload tests, and 4,000 voice calls.

Competition Robotics - General Purpose high performance robot

So this time lets start with some robot building, like in previous article our target was a fast, small robot capable of solving problems like mazes , line following , soccer , picking and dragging things etc. When building we will go over the headings covered last time and pick items appropriately. The best commercial example of a robot which somewhat fulfills our requirement is the 3pi robot.Read on

Apple iPad 2 Hands On: Faster, Thinner Than the Original

After more speculation than most people could stomach, the iPad 2 has arrived and we got our hands all over Apple's next-gen tablet mere minutes after Steve Jobs left the stage at the Yerba Buena Center in San Francisco. Based on what we've seen so far, it seems like Apple has avoided any semblance of a sophomore slump. Even though detractors may grumble about the screen resolution, storage, and price remaining the same, there's a lot to like here. Key upgrades include a significantly thinner frame, which comes with a black or white bezel, dual cameras for video, stills, and FaceTime chats, and what's possibly most exciting—3G versions for both AT&T and Verizon.

As far as how the new iPad looks and feels: It's slick, and it's thin. Really thin, and lighter too; it's much easier to hold than the original iPad. And it's fast, thanks to a dual-core A5 processor. For up-close pics along with our first impressions of the iPad 2—including comparison shots with the original—hit the slideshow.

Send Your Name to Mars!

This is your chance to go to Mars!

Fill in your information below and your name will be included with others on a microchip on the Mars Science Laboratory rover heading to Mars in 2011!

Artist Concept of the Mars Science Laboratory Rover

First Name: Last Name: Select your Country: --- Select a Country --- AFGHANISTAN ALBANIA ALGERIA AMERICAN SAMOA ANDORRA ANGOLA ANGUILLA ANTARCTICA ANTIGUA AND BARBUDA ARGENTINA ARMENIA ARUBA AUSTRALIA AUSTRIA AZERBAIJAN BAHAMAS BAHRAIN BANGLADESH BARBADOS BELARUS BELGIUM BELIZE BENIN BERMUDA BHUTAN BOLIVIA BOSNIA AND HERZEGOVINA BOTSWANA BOUVET ISLAND BRAZIL BRITISH INDIAN OCEAN TERRITORY BRUNEI DARUSSALAM BULGARIA BURKINA FASO BURUNDI CAMBODIA CAMEROON CANADA CAPE VERDE CAYMAN ISLANDS CENTRAL AFRICAN REPUBLIC CHAD CHILE CHINA CHRISTMAS ISLAND COCOS (KEELING) ISLANDS COLOMBIA COMOROS CONGO CONGO, THE DEMOCRATIC REPUBLIC OF THE COOK ISLANDS COSTA RICA CÔTE D'IVOIRE CROATIA CUBA CYPRUS CZECH REPUBLIC DENMARK DJIBOUTI DOMINICA DOMINICAN REPUBLIC ECUADOR EGYPT EL SALVADOR EQUATORIAL GUINEA ERITREA ESTONIA ETHIOPIA FALKLAND ISLANDS (MALVINAS) FAROE ISLANDS FIJI FINLAND FRANCE FRENCH GUIANA FRENCH POLYNESIA FRENCH SOUTHERN TERRITORIES GABON GAMBIA GEORGIA GERMANY GHANA GIBRALTAR GREECE GREENLAND GRENADA GUADELOUPE GUAM GUATEMALA GUERNSEY GUINEA GUINEA-BISSAU GUYANA HAITI HEARD ISLAND AND MCDONALD ISLANDS HOLY SEE (VATICAN CITY STATE) HONDURAS HONG KONG HUNGARY ICELAND INDIA INDONESIA IRAN, ISLAMIC REPUBLIC OF IRAQ IRELAND ISLE OF MAN ISRAEL ITALY JAMAICA JAPAN JERSEY JORDAN KAZAKHSTAN KENYA KIRIBATI KOREA, DEMOCRATIC PEOPLE'S REPUBLIC OF KOREA, REPUBLIC OF KUWAIT KYRGYZSTAN LAO PEOPLE'S DEMOCRATIC REPUBLIC LATVIA LEBANON LESOTHO LIBERIA LIBYAN ARAB JAMAHIRIYA LIECHTENSTEIN LITHUANIA LUXEMBOURG MACAO MACEDONIA, THE FORMER YUGOSLAV REPUBLIC OF MADAGASCAR MALAWI MALAYSIA MALDIVES MALI MALTA MARSHALL ISLANDS MARTINIQUE MAURITANIA MAURITIUS MAYOTTE MEXICO MICRONESIA, FEDERATED STATES OF MOLDOVA, REPUBLIC OF MONACO MONGOLIA MONTENEGRO MONTSERRAT MOROCCO MOZAMBIQUE MYANMAR NAMIBIA NAURU NEPAL NETHERLANDS NETHERLANDS ANTILLES NEW CALEDONIA NEW ZEALAND NICARAGUA NIGER NIGERIA NIUE NORFOLK ISLAND NORTHERN MARIANA ISLANDS NORWAY OMAN PAKISTAN PALAU PALESTINIAN TERRITORY, OCCUPIED PANAMA PAPUA NEW GUINEA PARAGUAY PERU PHILIPPINES PITCAIRN POLAND PORTUGAL PUERTO RICO QATAR RÉUNION ROMANIA RUSSIAN FEDERATION RWANDA SAINT BARTHÉLEMY SAINT HELENA SAINT KITTS AND NEVIS SAINT LUCIA SAINT MARTIN SAINT PIERRE AND MIQUELON SAINT VINCENT AND THE GRENADINES SAMOA SAN MARINO SAO TOME AND PRINCIPE SAUDI ARABIA SENEGAL SERBIA SEYCHELLES SIERRA LEONE SINGAPORE SLOVAKIA SLOVENIA SOLOMON ISLANDS SOMALIA SOUTH AFRICA SOUTH GEORGIA AND THE SOUTH SANDWICH ISLANDS SPAIN SRI LANKA SUDAN SURINAME SVALBARD AND JAN MAYEN SWAZILAND SWEDEN SWITZERLAND SYRIAN ARAB REPUBLIC TAIWAN TAJIKISTAN TANZANIA, UNITED REPUBLIC OF THAILAND TIMOR-LESTE TOGO TOKELAU TONGA TRINIDAD AND TOBAGO TUNISIA TURKEY TURKMENISTAN TURKS AND CAICOS ISLANDS TUVALU UGANDA UKRAINE UNITED ARAB EMIRATES UNITED KINGDOM UNITED STATES UNITED STATES MINOR OUTLYING ISLANDS URUGUAY UZBEKISTAN VANUATU VENEZUELA VIET NAM VIRGIN ISLANDS, BRITISH VIRGIN ISLANDS, U.S. WALLIS AND FUTUNA WESTERN SAHARA YEMEN ZAMBIA ZIMBABWE ÅLAND ISLANDS Enter your Zipcode:

NASA Releases Images of Man-Made Crater on Comet

This pair of images shows the before-and-after comparison of the part of comet Tempel 1 that was hit by the impactor from NASA's Deep Impact spacecraft. Image credit: 
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PASADENA, Calif. -- NASA's Stardust spacecraft returned new images of a comet showing a scar resulting from the 2005 Deep Impact mission. The images also showed the comet has a fragile and weak nucleus.
The spacecraft made its closest approach to comet Tempel 1 on Monday, Feb. 14, at 8:40 p.m. PST (11:40 p.m. EST) at a distance of approximately 178 kilometers (111 miles). Stardust took 72 high-resolution images of the comet. It also accumulated 468 kilobytes of data about the dust in its coma, the cloud that is a comet's atmosphere. The craft is on its second mission of exploration called Stardust-NExT, having completed its prime mission collecting cometary particles and returning them to Earth in 2006.
The Stardust-NExT mission met its goals, which included observing surface features that changed in areas previously seen during the 2005 Deep Impact mission; imaging new terrain; and viewing the crater generated when the 2005 mission propelled an impactor at the comet.
"This mission is 100 percent successful," said Joe Veverka, Stardust-NExT principal investigator of Cornell University, Ithaca, N.Y. "We saw a lot of new things that we didn't expect, and we'll be working hard to figure out what Tempel 1 is trying to tell us."
Several of the images provide tantalizing clues to the result of the Deep Impact mission's collision with Tempel 1. "We see a crater with a small mound in the center, and it appears that some of the ejecta went up and came right back down," said Pete Schultz of Brown University, Providence, R.I. "This tells us this cometary nucleus is fragile and weak based on how subdued the crater is we see today."
Engineering telemetry downlinked after closest approach indicates the spacecraft flew through waves of disintegrating cometary particles, including a dozen impacts that penetrated more than one layer of its protective shielding.
"The data indicate Stardust went through something similar to a B-17 bomber flying through flak in World War II," said Don Brownlee, Stardust-NExT co-investigator from the University of Washington in Seattle. "Instead of having a little stream of uniform particles coming out, they apparently came out in chunks and crumbled."
While the Valentine's Day night encounter of Tempel 1 is complete, the spacecraft will continue to look at its latest cometary obsession from afar.
"This spacecraft has logged over 3.5 billion miles since launch, and while its last close encounter is complete, its mission of discovery is not," said Tim Larson, Stardust-NExT project manager at JPL. "We'll continue imaging the comet as long as the science team can gain useful information, and then Stardust will get its well-deserved rest."
Stardust-NExT is a low-cost mission that is expanding the investigation of comet Tempel 1 initiated by the Deep Impact spacecraft. The mission is managed by JPL for NASA's Science Mission Directorate in Washington. Lockheed Martin Space Systems in Denver built the spacecraft and manages day-to-day mission operations.
The latest Stardust-Next/Tempel 1 images are online at: http://www.nasa.gov/mission_pages/stardust/multimedia/gallery-index.html.

What is blogging, and how do I get a blog?

You’ve heard about this blogging thing and you’re not sure what you need or how to set one up. Here, we’ll give you the lowdown on ‘blogs’ and explain how you can publish your own one.

Guy Clapperton | 9th September 2010

Blogs have been around for about 10 years. The word stands for ’web log’ and they’re effectively online diaries. Anyone can set one up, that’s the easy part. Thinking of something interesting to say each time you blog is the tricky bit.
Assuming you don’t understand or want to learn about writing websites in code, you’re probably best off looking at one of the sites that offers free blogging. A couple of the more popular are Wordpress, LiveJournal and Blogger. Others are available.
Both of these will offer you a free blog site with its own address – so it becomes, for example, http://www.yourblog.blogsite.com. This is the address you give friends who might want to take a look.
Before we get to the mechanics, you need to think about why you want a blog in the first place and how often you’re going to put an entry up.
Is it for a small business? People won’t thank you if it’s just going to be one long sales pitch. Is it for a club or society? Great, but do the members want to contact you online? Or is it a personal thing? In any case, how often will you be blogging and can you be sure to have something to say each time you post an entry?

How do I set up a blog?

Let’s assume you’re through these stages. Blogging is easy. You enter your details where it says “create account”. If you already have a Google account you can use it to log on to ‘Blogger’, as Google’s the owner.
Once you’ve done this, you’ll be taken to the page where you’ll enter your data, upload your pictures and videos, whatever you want to do. You’ll get the option of allowing people to comment or not (whichever is your preference). Then, all you have to do is write your entry, hit “publish” and it’s live. It’s really as simple as that.
Remember it has to be well written and people’s expectations will be of a good website rather than a good book. Short sentences are better than long ones. Mention your subject as often as possible without labouring it in your first paragraph, as this will help your blog get listed prominently on the search engines.
There will be a section for ‘tags’ – words you’d want to associate with your blog, which also help it come up in searches. You’ll also find buttons to help you upload pictures, videos, anything you’ve got that you want to put online.