Bloggers, magazines, content creators, and freelancers are usually having a hard time finding themes to showcase their thoughts, news, articles and products. And even though there are lots of options with WordPress to do this, many of them are poorly designed and do not have the features a content creator needs. Many of the themes featured in the following article include plugins, frameworks, engines, fonts, icons, e-commerce capabilities, multilanguage, retina support and many more additions that improve the experience of the user while using it, and allows the content creator to take advantage of the combined power of these tools.
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November 2014: 22 Free WordPress Themes for (almost) All Needs
Watch two hours of deleted scenes from the original Star Wars Trilogy
If you’re looking for two hours of deleted scenes and alternate footage from the original Star Wars Trilogy and hoping that they’d be masterfully edited together documentary-style, well, here you go. Garrett Gilchrist put together all this Star Wars footage you probably never seen before in Star Wars: Deleted Magic.
There’s a lot of great stuff—alternate, deleted, and making of footage—in the documentary that gives you a better idea of what it was like to make Star Wars behind the scenes. Gilchrist first made this documentary (using footage released by LucasFilm) in 2005 and edited it in 2009 but has only recently posted it to Vimeo for all of us to enjoy. So enjoy.
"Deleted Magic" is a feature-length documentary about the deleted scenes of the Star Wars trilogy, and about how the movies we know and love were made and edited together. It is taken from information, sources and home videos officially released by Lucasfilm. This project is not an official Lucasfilm project – it is an unofficial, not-for-profit research project, done in the spirit of fun by a Star Wars fan to be both informative and entertaining.
The idea is to combine all sorts of alternate, deleted and making-of footage into a full-length film that gives a better view of how the film we know as Star Wars was edited together. In addition to deleted scenes like the Biggs Darklighter material, you’ll get a sense of the "Lost Cuts" of the films … the longer edits that didn’t have finished voices or effects.
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via Gizmodo
Watch two hours of deleted scenes from the original Star Wars Trilogy
The Start-to-Finish Guide to Buying a Home
Purchasing a home is a major milestone that tops many people’s lifetime to-do lists—and maybe their list of financial fears too. But it certainly doesn’t have to be a scary or stressful experience. With time, care, and research, you can take control of the home-buying process.
This post originally appeared on LearnVest.
Because while house hunting for the first time can be exciting, tales of regretful home-buying mistakes and the not-so-distant housing market meltdown have also given it a bad rap for being a stressful and confusing process. It doesn’t have to be—that’s why we created this handy nine-step checklist, which helps explain how to prepare to buy a house—and help safeguard your finances in the process.
1. Determine What You Can Truly Afford
Well, there are no surprises here: Your first step in the home-buying process is to determine your budget, just as you’d likely do for any other major financial decision.
But where should you start?
"As a general rule of thumb, you should be looking at home prices that are two to three times your annual income," says Tom Gilmour, a CFP® at LearnVest Planning Services. "This helps ensure that you’re not taking on a larger mortgage commitment than you can afford."
Speaking of mortgages, Gilmour recommends that payments generally not exceed 28% of your monthly gross income—but if you have other high costs, such as private school tuition, it can be wise to pare down this percentage even more. If you’re not sure what’s realistic, consider seeking help from a financial professional, who can help walk you through an appropriate breakdown, based on your individual situation.
Once you’ve defined your budget, it’s time to look at your cash reserves. Gilmour suggests saving up a minimum of 20% for your down payment in order to avoid having to buy private mortgage insurance, plus another 3% for closing costs. (More on that later.)
You’ll also want to make sure you have enough savings left over to help pay for any home improvements, decorations or miscellaneous moving and maintenance costs that may pop up—in full. Translation: You should not be using your emergency fund to cover these costs.
"Being a homeowner often comes with surprises, like a burst pipe in the middle of the night that needs to be fixed right away," Gilmour says. "So you need to be financially ready for these surprises, which means you shouldn’t deplete your emergency fund for expenses like furniture or remodeling."
2. Figure out Which Mortgage is Right for You—and Get Pre-Approved
Now that you’ve nailed down your numbers, it’s time to start shopping for a mortgage lender with a reputation for good customer service and timely closings. You’ll likely have a lot of questions—like how long the process will take and what the qualifying guidelines are—so choose a lender that answers them all satisfactorily.
Next, decide which mortgage makes the most sense for you. There are plenty of different options to consider. Although Gilmour advises choosing one of the most common two: a fixed-rate mortgage, in which your interest rate remains steady for the duration of the loan, or an adjustable rate mortgage (ARM), in which your rate fluctuates to reflect market changes.
"[ARMs] can be a good option—but usually only if you plan to live in your home no longer than the original fixed period," Gilmour says. "Otherwise, if the interest rate rises, you could find yourself with a mortgage payment that’s higher than you planned and, depending on your budget, may not be sustainable."
As for the length of your loan, Gilmour favors a 30-year term over 15—even if you think you can pay off your home faster.
"Building equity in a home can be a good way to grow your wealth, but it’s important that you do so in a way that doesn’t stretch your finances too thin," he cautions. "Things can get really ugly when the housing market declines, so it may be a good idea to take out a 30-year mortgage but accelerate your monthly payments as if you had a 15-year mortgage. If you ever need to lower your payment in the future, you’ll still have that option."
Next up on your to-do list: Apply for a pre-approval, the process in which a lender reviews your financial information—like your credit report, W2s and bank statements—and commits to giving you a mortgage for a specified interest rate. It’s a good idea to consider doing this now because it can prove to a seller that you’re a qualified buyer, and once an offer is made, the bank will just have to appraise the home—not the property and your finances.
But a word to the wise: A bank may approve you for a larger loan than you’ve determined you can afford. So don’t be seduced by their findings—and stick with the number you landed on in step one.
3. Consider a Financial Trial Run
If the idea of not being able to afford your mortgage keeps you up at night, this step is all about assuaging those fears by simulating the experience of being a homeowner—before you buy.
Start by totaling up all of the monthly costs associated with a home purchase, including your projected mortgage payment, tax and insurance estimates, HOA fees and home maintenance costs. And don’t worry if you don’t have concrete numbers—the point is to see if you can afford a ballpark amount.
If the sum of the expenses equals more than what you’re paying for housing now, then subtract your rent from the total. The difference is what you should consider transferring to your savings account for a few months to simulate what you’d be paying out to cover your monthly new-home costs.
If you can comfortably pull this off, then rest assured that you can probably handle the typical expenses of being a homeowner. But if you can’t—or you’re making unpleasant trade-offs—consider readjusting your home price until all of these costs are feasible on your current income.
4. Decide Which Features Are Must-Haves and Nice-to-Haves
It’s the rare lucky person who finds the perfect home within their budget, so before you go house hunting, brainstorm a list of what you absolutely must find in a home—and which features are simply nice extras.
Examples of must-haves might include the number of bedrooms and bathrooms, proximity to work and other places you frequent, and access to your preferred school districts. You might also have a strong preference on the amount of outdoor space a house offers, and whether it’s move-in ready.
Things that shouldn’t be on your must-have list? The way a house is decorated, well-manicured landscaping, a pool—or anything else you can easily fix or install yourself.
Refer to this list if you need help down the line making an objective decision between two or more houses—as well as to remind you of what’s really important, versus what could be luring you to pay more than necessary.
5. Start House-Hunting, and Decide If You Need a Real-Estate Agent
Now for the fun part: house hunting! Browsing online resources like Trulia for available homes in your neighborhood is a good place to start, and can help confirm whether your budget and house must-haves are reasonable in light of what’s for sale.
This is also a prime time to decide whether you’ll hire a real estate agent, if you haven’t already. While you’re under no obligation to do so, there are several potential benefits to working with one. First of all, an agent can provide access to more home options than you’ll likely find yourself, as well as set up viewing appointments. Since home-buying can be an emotional process, an agent can also act as a mediator between you and the seller.
To find someone, interview several buyers’ agents—this means they exclusively represent you, and not the seller, as well—until you identify someone who understands your needs and makes you feel comfortable. As a final step, check your state’s real estate licensing board’s website to ensure they’re registered, and don’t have any complaints or suspensions logged against them.
But whether or not you decide to hire an agent, you should hit the ground running now on viewing as many houses as possible.
6. Research Homeowner’s Insurance
Your lender will likely require the name of the agency providing you with home insurance, which is why you should shop around for a quote while you’re still house hunting.
Basic insurance typically covers fire, theft, storm damage and liability should someone get injured on your property and sue you. But you can also add on riders for things like expensive jewelry, furniture and home office equipment, as well as choose to get additional flood insurance if your home is in a flood-prone region.
To find a provider, you can shop around online, from agency to agency, or use an independent agent, who can provide several quotes to review at once. It varies based on your area and, of course, the value of your home, but you can estimate your costs here.
7. Put in an Offer
So you’ve fallen in love with a property that meets all of your needs and some of your wants—and it’s within your price range. Let’s make an offer!
But here’s where it can get tricky: You don’t want to low-ball your offer, and risk losing the home to another buyer or insult the seller—but you also don’t want to pay more than is necessary. So how do you land on the ideal number?
While there are no hard-and-fast rules, a few factors can help inform your decision.
First, look at other home sales in the area. Is the house you want priced reasonably in comparison? Did other homes sell for less or more than the asking price? If they sold for an amount that’s comparable to your seller’s list price, that’s a good indication you should be offering a number close to asking.
Next, consider how long the home has been on the market, and how incentivized the homeowner is to sell. For example, if the seller is living in a transition home while waiting to sell, you may have a better chance of getting the seller to accept a discounted offer. But if he’s casually putting the home on the market to see how much he can net, the seller may be more apt to wait for the perfect price.
Lastly, what’s the market like in the neighborhood? Is it like New York City, where condos get snatched up with all-cash offers, or are you in a Las Vegas-esque location, where empty homes are a common site? In the former situation, it may be a good idea to start with a strong offer to beat out an army of other suitors, whereas you may have more leeway in a market like Vegas.
8. Review the Contract and Submit Your Mortgage Application
The seller accepted your offer—congrats! But before you sign on the dotted line, you should make sure to review the contract thoroughly and understand every single clause.
Pay special attention to contingencies in the contract, which spell out situations when you can back out of the sale to help protect yourself in case something goes wrong. For instance, such scenarios can include if you discover that the home has serious physical defects or if your bank rescinds financing.
Speaking of defects, now is also the time when you’ll get the home inspected, which typically costs between $200 and $500. If there are issues, such as a non-functioning fireplace or an old boiler, you may be able to ask for a price reduction to help cover the cost of repairs. And if you find any deal breakers, such as an unstable foundation or serious mold, you have the option of backing out now.
Once your inspector confirms that there are no big defects that could affect the home’s value, you’ll submit a mortgage application. Review all closing costs—the ones you’ve hopefully saved up 3% to pay for, which might include an attorney’s fee, title insurance and partial property taxes—before you sign the contract.
9. Sign the Papers
Before the big day, you’re entitled to a walk-through to confirm that nothing has changed since the inspection. After that, make sure you have all the money required for the closing wired into the correct account.
Ask the settlement agent for copies of all the paperwork you’ll sign before closing, so you can carefully review them at your leisure. You’ll be putting your John Hancock on several items, including the HUD-1 settlement statement, which details all of the costs related to the home sale; the Final Truth-in-Lending Act statement, which outlines the cost of the loan and the interest rate; and your final mortgage paperwork.
On closing day, bring your photo I.D., as well as any paperwork you received throughout the home-buying process, including insurance and home inspection certificates.
Once you’ve signed the paperwork, you’ll be handed the keys… and you’ll officially become a homeowner!
Checklist: I’m Ready for a Home! 9 Steps to Stress-Free Home-Buying | LearnVest
LearnVest Planning Services is a registered investment adviser and subsidiary of LearnVest, Inc., that provides financial plans for its clients. Information shown is for illustrative purposes only and is not intended as investment, legal or tax planning advice. LearnVest Planning Services and any third parties listed, linked to or otherwise appearing in this message are separate and unaffiliated and are not responsible for each other’s products, services or policies.
Image by Dooder (Shutterstock). Additional photos by Sarah Reid, Marion Doss, Kristen Wheatley, David Brown, and Tim Pierce (Flickr).
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Successful Hagglers’ Most-Used Tactic: Threaten to Check Rival Prices
If you’re willing to haggle, you can find some great bargains. But some haggling tactics are more effective than others. Consumer Reports surveyed consumers about their in-store negotiating tactics to find out which ones worked best.
They polled 2,000 American shoppers who reported using a handful of different tactics, from flattery to sob stories. Consumer Reports then looked for the most frequently used tactics among the most successful hagglers.
Threatening to check competitors’ prices was the most-used tactic, at 55 percent. Forty-three percent of successful negotiators said they tried to make a personal connection with the salesperson.
If you’re a novice haggler, it might be helpful to know how the pros do it. For more tactics and detailed tips, check out their full post.
How to haggle your way to holiday savings | Consumer Reports
Photo by Brian Teutsch.
Two Cents is a new blog from Lifehacker all about personal finance. Follow us on Twitter here.
via Lifehacker
Successful Hagglers’ Most-Used Tactic: Threaten to Check Rival Prices
The Ship Breakers
8 Uncommon Rifle Shooting Tips For Beginners – The Firearm Blog
Seal Your Home for the Winter Against Outdoor Critters
When it starts getting cold outside, creepy critters want to stay warm. Mice and bugs realize your house is warmer than it is outside. Now’s the time to stop them at the gates before they join you for the winter.
Wise Bread interviewed an expert on why pests start invading our homes’ right about now:
"Rodents, spiders, cockroaches, and other pests also seek shelter from the winter elements — and unfortunately our warm homes make the perfect haven," says Amanda Polyak, a representative for the National Pest Management Association. "It’s important to take preventative measures now to keep these pests out because they are known to spread diseases, bring other dangerous pests such as ticks and fleas in to the home, and trigger asthma and allergies."
Check out the link for tips on how to seal everything up. You’ll keep the creepy-crawlies outside and keep the heat inside.
9 Things You Need to Do Now to Prepare for Winter | Wise Bread
Photo by Martin Cathrae.
via Lifehacker
Seal Your Home for the Winter Against Outdoor Critters
It’s Not Developers Slowing Things Down, It’s the Process
An anonymous reader writes: Software engineers understand the pace of writing code, but frequently managers don’t. One line of code might take 1 minute, and another line of code might take 1 day. But generally, everything averages out, and hitting your goals is more a function of properly setting your goals than of coding quickly or slowly. Sprint.ly, a company than analyzes productivity, has published some data to back this up. The amount of time actually developing a feature was a small and relatively consistent portion of its lifetime as a work ticket. The massively variable part of the process is when "stakeholders are figuring out specs and prioritizing work." The top disrupting influences (as experienced devs will recognize) are unclear and changing requirements. Another big cause of slowdowns is interrupting development work on one task to work on a second one. The article encourages managers to let devs contribute to the process and say "No" if the specs are too vague. Is there anything you’d add to this list?
Read more of this story at Slashdot.
via Slashdot
It’s Not Developers Slowing Things Down, It’s the Process
How Iron Man’s Arc Reactor (Probably) Works
Since the Iron Man arc reactor is a fictitious device, and it has no official scientific explanation in the Iron Man canon that I’m aware of, we might as well something up. Now, I’m mixing real science and fake science here. So physics nerds and comic-book nerds: Deal with it.
The Stark Arc Reactor is most likely a Multi-Isotope Radio-Decay Cell.
Let’s look at what we know about the arc reactor from movies 1 and 2.
The full-sized arc reactor looks a lot like a toroidal "Tokomak" plasma containment system for standard "hot fusion":
Tony Stark (L) and Obadiah Stane (R) in front of Stark Industries’ arc reactor.
The real world equivalent of which is the ITER fusion reactor:
This type of fusion reactor exists today at research pilot scale. The reactor pictured, ITER, is under construction and is planned to be the first fusion reactor large enough to produce a net gain of energy. Basically it mashes two isotopes of hydrogen, deuterium and tritium, together at such high energies that they combine into one atom. When they fuse, the reaction produces helium and a free neutron. Critically, helium+neutron has less mass than deuterium+tritium, and the missing mass is converted to energy. That energy can be captured as heat to run a traditional steam-driven turbine (like any other power plant).
So what does the arc reactor’s torus (donut) shape tell us? It means there are charged particles moving in a circle, contained by a magnetic field. High-energy particles usually have high energy because they’re moving very fast, and magnetic fields can curve the motion of charged particles. Curving the particles’ motion into a circle keeps them in one place long enough to get them to collide.
You may notice that current fusion reactor designs have a lot of magnet coils on the outside of the torus, whereas the Stark Industries arc reactor has a viewing window. Plasma containment is the single biggest challenge for hot fusion, but the arc reactor makes it look effortless. From this we can conclude that a key technology in the full-scale arc reactor is a way to contain the reaction in a self-sustaining ring. This line of reasoning is definitely backed up by the toroidal field lines drawn in the Stark Industries arc reactor blueprints:
There is also a remarkable lack of cooling loops, turbines, or anything that a traditional thermal reactor would require. Which means the arc reactor produces electricity directly, rather than by first generating heat.This observation jives with the fact that the megawatt-scale reactor in Tony’s chest does not roast him alive. So it cannot be a hot-fusion reactor, or a traditional thermal-fission reactor. Back to the drawing board!
What else do we know about the miniature arc reactor?
- Contains a palladium core
- The palladium is damaged by neutrons, so the specific isotope is important
- Has electromagnetic coils in a torus
- Emits blue-white light
- Can be built in a cave with tools of moderate complexity
- Requires no exotic materials outside what you could scavenge from dismantled conventional weapons systems
- Runs low on power at inconvenient times, meaning it must have some sort of fuel or consumed charge
Palladium has been proposed as a substrate for "cold" fusion that does not require hot plasmas and containment toroids, but this concept is pretty widely discredited in the real world. Palladium does, however, have some interesting capture and decay properties. Wikipedia: Isotopes of palladium
Palladium isotope Pd-103 produces Rh-103 (rhodium) via electron capture. This means an inner electron is absorbed by the nucleus, merging with a proton to produce a neutron and an energetic photon — a gamma ray.
Another isotope, Pd-107, produces Ag-107 (silver) via beta decay, releasing an electron when a neutron turns into a proton. (This is kind of the opposite reaction as the above.) Now, in real-world physics, the electrons balance the resulting atomic nuclei — silver and rhodium have different numbers of protons from palladium, and the produced/consumed electrons just balance out the proton count so there is no net flow of electricity.
I propose that Howard Stark found a way (using comic-book physics) to utilize the beta decay of Pd-107 ions as an electronsource for the electron capture of Pd-103, thereby producing an electric circuit between two different radioactive isotopes.
Pd-103 is very radioactive (17 day half-life) compared to Pd-107 (6.5 million year half-life) so there would need to be dramatically more of the heavier isotope to compensate for the disparity in decay rates.
The palladium core of the device would most likely be Pd-107, which emits high-energy electrons as it decays into silver. This is a pretty stable isotope that we would expect to be present in the normal (non-separated) palladium that Tony might salvage from a conventional weapon.
Since we know the device uses charged particles travelling within a ring of electromagnets, I surmise that a tiny amount of Pd-103 is ionized by an electric arc (thus the reactor’s name, and start-up power requirement), which then allows Pd-103+ to be circulated at high velocity within the outer ring of the device. The ionization acts to delay the electron capture step until the atom encounters a free electron, and the high kinetic energy due to velocity increases the chances of electron capture occurring once an electron is encountered. In effect, the radioactive decay of Pd-103 can be started, stopped, and throttled by the device simply by controlling the ionization and circulation of the Pd-103.
The device’s geometry and electromagnetic fields route the high-energy electrons from the Pd-107 core towards the outer ring. There the electrons are captured by high-energy Pd-103 ions. This electron capture process emits gamma rays, which are deflected inward to catalyze the beta decay of the Pd-107 core. We have some good evidence for this gamma ray emission, because the suit’s chestpiece unibeam weapon is clearly an emission of a large number of high-energy photons directly from the arc reactor. Normally, the gamma rays are directed inward to catalyze the device’s operation, but they can be directed outward in a concentrated energy beam weapon:
So to summarize: Electrons project outward from the inner core, and gamma rays project inward from the outer ring. Because this electron/photon counterflow creates a deficit of electrons (relative to protons) in the core, a massive electrostatic potential is developed and the palladium core attracts lower-energy electrons from the suit’s wiring. The ejection of electrons from the core towards the rim of the device produces an electrical cell capable of generating enormous voltage and current.
Here’s the full proposed reactor start-up process:
- Using external power, Pd-103 is ionized by an electric arc, and accelerated to high velocity in the outer ring. There may also be some externally-powered gamma ray production to jump-start the inner core.
- Pd-107 in the inner core starts to emit high-energy electrons as it decays to Ag-107. The electrons escape the core and are directed by magnetic fields into the outer ring. Lack of electrons creates a net positive charge in the core, which slows further emission (preventing run-away decay) until the electrons can be externally replenished.
- In the outer ring, the high-energy free electrons collide with high-energy Pd-103+ ions. This causes instantaneous electron capture and gamma ray emission. The gamma rays are deflected inward towards the core, thus catalyzing further electron emission and producing a self-sustaining reaction. Note that the reaction is self-sustaining, but very slow while the reactor is idle.
- The electron flow from the inner core to the outer core creates an electric potential difference. When a circuit is created through the suit’s electrical loads, the outer ring has an excess of electrons and the inner core has a shortage of electrons. This creates current.
- The electrical current through an external load relieves the electrostatic charge accumulations that initially slowed the reactions. So the less power the suit draws, the slower the reactor produces radioactive decay, and the more power the suit draws, the faster the reactions are catalyzed. That way, the power output automatically throttles according to demand.
- The palladium slowly converts to Rh-103 and Ag-107, and the reactor runs out of power when the palladium is fully consumed.
Miniature Arc Reactor Concept
Top view of my concept vs the Stark Industries blueprint, with cut-away side view below.
I can’t speak for the next-gen "new element" arc reactor, but presumably it replaces the palladium isotopes with a hypothetical element that also undergoes gamma-ray-mediated beta decay, but in a less-toxic and higher-output fashion.
Several other lines of evidence also support this type of nuclear decay / electron flux reaction being the mechanism for the arc reactor. First, the reactor’s glow:
It could be caused by the ionization arc, but I think Cherenkov radiation is a much better explanation. This is a special type of light emission that occurs when an energetic particle (such as electron) enters a medium (like water or air) at a speed faster than the speed of light in that medium. The high-energy electron flux within the arc reactor would be a natural fit to generate this effect. This is a picture of an actual nuclear reactor producing Cherenkov radiation:
Notice the similarities? Unlike electrical arcs, the light from Cherenkov radiation is quiet, cool-blue, and fricken’ awesome. This is a no-brainer — the arc reactor’s glow is definitely being produced by high-energy electron flux.
Another aspect of the original model palladium arc reactor was poisoning due to "palladium toxicity". It’s very possible that palladium is simply being ejected from the device into Tony’s blood by all the high-energy collisions going on, but this doesn’t explain the freaky circuit-looking lines on his chest, and it doesn’t explain why doctors can’t help him.
I have a theory that fits the symptoms better. Remember, the proposed palladium decay reactions produce rhodium and silver. Excess internal silver is known to stain skin blue:
Rhodium compounds also stain skin, and are highly toxic. (Chemical properties, Health and Environmental effects) In fact, because most people have essentially zero exposure to rhodium, the toxicity of rhodium is very poorly-understood. This perfectly explains why Tony didn’t seek help from the medical establishment for his accumulated heavy metal toxicity — because he knew the doctors wouldn’t know how to deal with rhodium poisoning. Tony Stark didn’t have simple palladium poisoning, he had "palladium decay-product" poisoning!
So you see, everything fits together perfectly. The evidence all points towards the arc reactor relying on a Pd-103/Pd-107 radio-isotopic decay cell to produce electrical current. I will start working on my own arc reactor prototype and will post updates when I produce a working replica.
What is the theory/concept behind the "Miniature Arc Reactor" built by Tony Stark? originally appeared on Quora. You can follow Quora onTwitter, Facebook, and Google+.
This answer has been lightly edited for grammar and clarity.
Angry Ram vs. Punching Bag
YouTuber Buddahnz calls his pet sheep Angry Ram, and it’s easy to see why. Watch as Angry Ram shows off his headbutting skills against a poor punching bag. We love how he stares at the camera, as if saying, “That’s how it’s done.”
via The Awesomer
Angry Ram vs. Punching Bag