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tit for tat | Apple Loses Bid to Ban Samsung Galaxy Nexus
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How To Create a Website or Blog - Computer Tech Support Service
One of the most exciting and appealing aspects of the internet is its unique ability to give the average person a platform to express their ideas and personality to a virtually unlimited audience for next to no money needed at all. What once required a spot on either radio or television can easily be accomplished by using simple tools readily available in many places across the internet.
However, it may seem like a bit of a challenge when you are first starting out. Which company should I use to host my website or blog? What program should I use to generate the content? These questions, as well as a few others that you will undoubtedly think of, have simple answers and are ones that we would be happy to provide here.
What Kind Of Site Do I Want To Make?
Because many of the decisions you make hinge upon this one question, it is important to decide what kind of site you are looking to create. While this may seem like an obvious decision, knowing beforehand what kind of site you will be building will give you a clearer picture on which programs and hosting solutions to check into. This can save an enormous amount of time in having to look up additional information once you finally settle on what type of site you are interested in. In order to provide the most helpful information possible, we will detail the process for creating both a blog and a standard website in separate steps.
Creating Your Own Blog
The idea of being able to make your voice and opinions heard, without censure, is a liberating one. If this type of idea interests you, then a blog would probably be the perfect kind of site for you to build. Because blogs are so popular, a whole host of options and easy-to-use software programs are available, which make the process a simple one, even for a relative computing novice.
One of the easiest ways to create your own blog, as well as having the desirable aspect of being absolutely free, is by using Google. Google has an entire section dedicated to building an attractive blog, with an emphasis on providing an easy interface and quick publication.
To start out, visit www.blogger.com, Google?s dedicated site for bloggers and blogging. If you already have an account with Google, simply sign in to begin the process. If you need to sign up for a Google account, click on the red button at the top right of the page, which will take you through the easy and painless registering process.
Once you have signed in to your Google account, you will be taken to a page asking you to confirm your profile on Google. This can be an important step, as it provides information to potential readers on many different aspects of you and your personality. If you would like to make this information available to your readers, click on the ?View my complete profile? button, and then on the blue ?Edit profile? button towards the top of the page.
Once you have your profile completed, click on the orange ?Continue to Blogger? button towards the bottom of the page, which will take you directly to the homepage on Blogger.com. Here you will have the opportunity to create a new blog or add other people?s blogs to your Reading List for perusal at your convenience. Since we are interested in creating our own blog, click on the ?New Blog? button on the left side of the page.
Google not only provides you with the space to exhibit your thoughts and opinions, but also tools that can help make it more attractive and unique. The first step you will be presented with is the selection of the title you want the blog to have. Once that is completed, you will need to designate the address you want for your blog. Type in the address you are interested in and Google will quickly advise you if it is available. The final step is to select a template for your blog, which will automatically apply the design you have picked to your blog, making it much more appealing than just simple text.
Once you have accomplished these steps, you are all ready to get started! Potential readers can access your blog directly using the address you designated during the creation process. New posts can be added quickly and easily and will be published directly to your blog.
WordPress
Using Google is not the only easy way to create your own blog. Another popular and easy-to-use blogging platform is WordPress (www.wordpress.com). WordPress offers a platform that is similar to what you will find on Google, with added features available to premium subscribers.
Once you have completed the registration process, sign into your WordPress account where you can immediately begin customizing your blog?s appearance, post new blogs, manage the comments people have left on your blog and check out the stats to see how many visitors and readers you have.
Tumblr
Rounding out our list of some of the best and easiest ways to start your own blog is Tumblr. Tumblr (www.tumblr.com) is actually more than just a way to start and promote your own blog. There is also a social networking component built in to it that is not found with the other services listed here. This component makes it substantially easier to network with other people and build a following for your blog in a shorter amount of time.
Tumblr?s website is extremely easy to use and provides a dashboard-type interface that makes navigating and using the site a breeze. In order to create your Tumblr account, click on the blue ?Sign up? button located at the top right of the homepage. Following are a series of information requests, including your username, age and email address. Once this information has been submitted, you will be taken directly to your dashboard from which you can select interests, view different blogs to follow based on your interests and locate people to connect with by using the address book from your email account. Once all of this has been completed, you will arrive at the main dashboard page where you can start your blogging.
Creating Your Own Website
If you are interested in establishing a presence on the internet, but a blog is really not your style, it is possible to construct a whole website using basic tools and little money. Following is one of the easiest ways to go about doing this, which can have your site up and running no matter how much or little experience you have with technology.
Godaddy
As one of the top providers of domain names and content hosting, Godaddy has built a dedicated following of tech users, both personal and business entities alike. One of the most attractive features for casual customers is their simple, yet comprehensive, website builder that comes with any purchase that is made. This builder comes equipped with hundreds of different templates to choose from, thousands of design images and even scores of different pre-made websites. Hosting plans are also extremely affordable and start out at only $1 per month. If you want to have your own unique web address, domain names can be acquired for under a dollar.
Signing up to use their service includes the usual process that requests several pieces of personal information, as well as a source for payment. Once this has been completed, you will be sent an email that includes all of the information pertinent to your account and directs you to resources that can have your site up and running in no time at all. As far as ease and affordability go, Godaddy reigns supreme.
Whether your tastes lean towards expressing yourself with the written word via a blog, or just creating your own website on the internet by which you can display your life and interests, there are many solid options open to you, no matter what level of computer expertise you may possess.
Source: http://www.techtous.com/blog/how-to-create-a-website-or-blog/
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TW Hydrae: There's more to astronomers' favorite planetary nursery than previously thought
Jan. 30, 2013 ? Using ESA's Herschel Space Telescope, astronomers including Thomas Henning from the Max Planck Institute for Astronomy in Heidelberg have used a new method to determine the mass of the planetary nursery around the star TW Hydrae. At a distance of merely 176 light-years from Earth, this is the closest star that is currently forming new planets -- hence one of the most important objects for astronomers studying planet formation. The precise new measurement shows a much larger mass for TW Hydrae's disk than in previous studies, indicating that the system could be forming planets similar to those of our own Solar System.
The study is published in the January 31 issue of the journal Nature.
Where Egyptologists have their Rosetta Stone and geneticists their Drosophila fruit flies, astronomers studying planet formation have TW Hydrae: A readily accessible sample object with the potential to provide foundations for an entire area of study. TW Hydrae is a young star with about the same mass as the Sun. It is surrounded by a protoplanetary disk: a disk of dense gas and dust in which small grains of ice and dust clump to form larger objects and, eventually, into planets. This is how our Solar System came into being more than 4 billion years ago.
What is special about the TW Hydrae disk is its proximity to Earth: at a distance of 176 light-years from Earth, this disk is two-and-a-half times closer to us than the next nearest specimens, giving astronomers an unparalleled view of this highly interesting specimen -- if only figuratively, because the disk is to small to show up on an image; its presence and properties can only be deduced by comparing light received from the system at different wavelengths (that is, the object's spectrum) with the prediction of models.
In consequence, TW Hydrae has one of the most frequently observed protoplanetary disks of all, and its observations are a key to testing current models of planet formation. That's why it was especially vexing that one of the fundamental parameters of the disk remained fairly uncertain: The total mass of the molecular hydrogen gas contained within the disk. This mass value is crucial in determining how many and what kinds of planets can be expected to form.
Previous mass determinations were heavily dependent on model assumptions; the results had significant error bars, spanning a mass range between 0.5 and 63 Jupiter masses. The new measurements exploit the fact that not all hydrogen molecules are created equal: Some very few of them contain a deuterium atom -- where the atomic nucleus of hydrogen consists of a single proton, deuterium has an additional neutron. This slight change means that these "hydrogen deuteride" molecules consisting of one deuterium and one ordinary hydrogen atom emit significant infrared radiation related to the molecule's rotation.
The Herschel Space Telescope provides the unique combination of sensitivity at the required wavelengths and spectrum-taking ability ("spectral resolution") required for detecting the unusual molecules. The observation sets a lower limit for the disk mass at 52 Jupiter masses, with an uncertainty ten times smaller than previous result. While TW Hydrae is estimated to be relatively old for a stellar system with disk (between 3 and 10 million years), this shows that there is still ample of matter in the disk to form a planetary system larger than our own (which arose from a much lighter disk).
On this basis, additional observations, notably with the millimeter/submillimeter array ALMA in Chile, promise much more detailed future disk models for TW Hydrae -- and, consequently, much more rigorous tests of theories of planet formation.
The observations also throw an interesting light on how science is done -- and how it shouldn't be done. Thomas Henning explains: "This project started in casual conversation between Ted Bergin, Ewine van Dishoek and me. We realized that Herschel was our only chance to observe hydrogen deuteride in this disk -- way too good an opportunity to pass up. But we also realized we would be taking a risk. At least one model predicted that we shouldn't have seen anything! Instead, the results were much better than we had dared to hope."
TW Hydrae holds a clear lesson for the committees that allocate funding for scientific projects or, in the case of astronomy, observing time on major telescopes -- and which sometimes take a rather conservative stance, practically requiring the applicant to guarantee their project will work. In Henning's words: "If there's no chance your project can fail, you're probably not doing very interesting science. TW Hydrae is a good example of how a calculated scientific gamble can pay off."
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The above story is reprinted from materials provided by Max Planck Institute for Astronomy/Max-Planck-Institut f?r Astronomie.
Note: Materials may be edited for content and length. For further information, please contact the source cited above.
Journal Reference:
- Edwin A. Bergin, L. Ilsedore Cleeves, Uma Gorti, Ke Zhang, Geoffrey A. Blake, Joel D. Green, Sean M. Andrews, Neal J. Evans II, Thomas Henning, Karin ?berg, Klaus Pontoppidan, Chunhua Qi, Colette Salyk, Ewine F. van Dishoeck. An old disk still capable of forming a planetary system. Nature, 2013; 493 (7434): 644 DOI: 10.1038/nature11805
Note: If no author is given, the source is cited instead.
Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.
Source: http://www.sciencedaily.com/releases/2013/01/130130132322.htm
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Mystery surrounding the harnessing of fusion energy unlocked
Jan. 30, 2013 ? The research of a multi-institutional team from the U.S., Japan, and France, led by Predrag S. Krstic of the Joint Institute for Computational Sciences and Jean Paul Allain of Purdue University has answered the question of how the behavior of plasma -- the extremely hot gases of nuclear fusion -- can be controlled with ultra-thin lithium films on graphite walls lining thermonuclear magnetic fusion devices.
"It is remarkable that seemingly insignificant lithium depositions can profoundly influence the behavior of something as powerful as fusion plasmas," Krstic said.
Krstic and his team explain their research in a paper titled "Deuterium Uptake in Magnetic Fusion Devices with Lithium Conditioned Carbon Walls," recently accepted for publication in Physical Review Letters.
"How lithium coatings on graphite surfaces control plasma behavior has largely remained a mystery until our team was able to combine predictions from quantum-mechanical supercomputer simulations on the Kraken and Jaguar systems at Oak Ridge National Laboratory and in situ experimental results from the Purdue group to explain the causes of the delicate tunability of plasma behavior by a complex lithiated graphitic system," Krstic said. "Surprisingly, we find that the presence of oxygen in the surface plays the key role in the bonding of deuterium, while lithium's main role is to bring the oxygen to the surface. Deuterium atoms preferentially bind with oxygen and carbon-oxygen when there is a comparable amount of oxygen to lithium at the surface. That finding well matches a number of controversial experimental results obtained within the last decade."
The performance demands on plasma-facing components and the other materials that would surround future fusion power reactors is one of the reasons the U.S. National Academy of Engineering has ranked the quest for fusion as one of the top grand challenges for engineering in the 21st Century. Harnessing energy from thermonuclear magnetic fusion has been challenged in part by the extreme environment of hot and dense plasma interacting with the boundary fusion reactor walls. The strong coupling between the plasma edge and the wall surface, which causes erosion of the wall material, retention of radioactive tritium, and pollution of the plasma, has been hampered by a lack of fundamental understanding of what takes place at the interface where the plasma and solid material meet.
Recent research in which lithium coatings have been deposited on a variety of metallic and graphitic surfaces has provided evidence that plasma strongly responds on the deposited films. In fact, the use of ultra-thin coatings of lithium on graphite has resulted in an unprecedented influence on plasma behavior, including control of hydrogen recycling -- one of the most important issues in the construction of future magnetic fusion-energy devices -- and extraordinary improvements in energy confinement.
The study of the lithium coatings also impacts many areas beyond magnetic fusion, including nanoelectronics, lithium batteries, computational materials science, bioengineering and biophysics, plasma physics, and theoretical physics and chemistry.
"This work can lead to improvement of the hydrogen-recycling properties of the fusion materials facing plasma, as well as advancements in other areas," Krstic said. "We hope that our finding will inspire future theoretical and experimental work in diverse applications not only with lithium coatings on various materials but also with combinations of other types of materials that are potentially good 'oxygen-getters' -- for example elements of the first two groups of the periodic system."
Authors of the paper are P.S. Krstic, J.P. Allain, C.N. Taylor, J. Dadras, S. Maeda, K. Morokuma, J. Jakowski, A. Allouche, and C.H. Skinner. Support for the project was provided by the U.S. Department of Energy (DOE); the National Science Foundation (NSF), including its Extreme Science and Engineering Discovery Environment; and the Japan Science and Technology Agency.
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The above story is reprinted from materials provided by National Institute for Computational Sciences.
Note: Materials may be edited for content and length. For further information, please contact the source cited above.
Note: If no author is given, the source is cited instead.
Disclaimer: Views expressed in this article do not necessarily reflect those of ScienceDaily or its staff.
Source: http://feeds.sciencedaily.com/~r/sciencedaily/matter_energy/physics/~3/6yKu_qDJaHA/130131095316.htm
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4th Annual Hops & Grapes, Toasts & Tastes - Woodbury-Middlebury ...
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WILTON, CT ? On Friday, April 12th, The Leukemia & Lymphoma Society?s (LLS) Connecticut Chapter will host Hops & Grapes, Toasts & Tastes for the fourth year at the Stamford Innovation Center, Stamford, CT.
Local restaurants, bakeries, vineyards, and distributors will come together to showcase a selection of foods, wines, and beers to over 250 people throughout the Fairfield County area. LLS hopes to raise over $54,500 during this fun filled evening. A silent auction and raffle will also take place. Raffle prizes donated by Brewer?s Hardware and The Rugg Family. Don?t miss the fun!
Event is from 7:30pm to 10:30pm, event tickets $75 each, two for $125. VIP tickets are also available at $100 each or $175 for two and include a LLS Relentless wristband, raffle ticket, and deluxe gift bag. Call 203-665-1400 for information or reservations or visit www.lls.org/ct/toastsandtastes
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About The Leukemia & Lymphoma Society
The Leukemia & Lymphoma Society
?, headquartered in White Plains, NY, with 58 chapters in the United States and Canada, is the world?s largest voluntary health organization dedicated to funding blood cancer research and providing education and patient services. LLS? mission: Cure leukemia, lymphoma, Hodgkin?s disease and myeloma, and improve the quality of life of patients and their families. Leukemia is a major killer of children between the ages of 2 and 14, and it claims the lives of 11 times as many adults as children. While more patients than ever before are surviving their cancers, someone dies of leukemia, lymphoma, or myeloma every 10 minutes in the United States.For more information about blood cancer, visit www.LLS.org or call LLS? Information Resource Center (IRC), a call center staffed by master's level social workers, nurses and health educators who provide information, support and resources to patients and their families and caregivers. IRC information specialists are available at (800) 955-4572, Monday through Friday, 9 a.m. to 6 p.m. ET.
Source: http://woodbury-middlebury.patch.com/announcements/4th-annual-hops-grapes-toasts-tastes-a5a65c2e
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Port Orchard, WA 2013 Ford Focus New Hatchback Bremerton, WA Gig Harbor, WA Bruce Titus Port Orchard Ford for $22,485
- $22,485
- $2,500
- $19,985
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Convenience
- Compass
- Tachometer
- Power mirrors
- Trip computer
- Rear defogger
- Cruise control
- Power steering
- Air conditioning
- Remote power door locks
- Interior air filtration
- Clock - In-radio display
- wireless phone connectivity
- External temperature display
- Power windows with 1 one-touch
- Video Monitor Location - Front
- Audio controls on steering wheel
- Tilt and telescopic steering wheel
- Multi-function remote - Trunk/hatch/door
- Center Console - Full with covered storage
Safety
- Passenger Airbag
- Stability control
- 4-wheel ABS brakes
- Knee airbags - Driver
- Dusk sensing headlights
- Traction control - ABS and driveline
- Head airbags - Curtain 1st and 2nd row
Technical
- 4 Doors
- Front-wheel drive
- Tire pressure monitoring system
- 2 liter inline 4 cylinder DOHC engine
Interior
- Rear bench seats
- Front seat type - Bucket
Exterior
- Rear wiper
- Privacy/tinted glass
- Intermittent window wipers
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Payment $354.81 |
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*The advertised price does not include sales tax, vehicle registration fees, finance charges, documentation charges, and any other fees required by law. We attempt to update this inventory on a regular basis. However, there can be lag time between the sale of a vehicle and the update of the inventory.
EPA mileage estimates are for newly manufactured vehicles only. Your actual mileage will vary depending on how you drive and maintain your vehicle.
Before purchasing this vehicle, it is your responsibility to address any and all differences between information on this website and the actual vehicle specifications and/or any warranties offered prior to the sale of this vehicle. Vehicle data on this website is compiled from publicly available sources believed by the publisher to be reliable. Vehicle data is subject to change without notice. The publisher assumes no responsibility for errors and/or omissions in this data the compilation of this data and makes no representations express or implied to any actual or prospective purchaser of the vehicle as to the condition of the vehicle, vehicle specifications, ownership, vehicle history, equipment/accessories, price or warranties. 2013 Ford Port Orchard, WA 2013 Ford Bremerton, WA 2013 Ford Gig Harbor, WA
Source: http://www.portorchardford.com/2013-Ford-Focus-Port-Orchard-WA/vd/13327524
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