Become an Internet Ninja ……. swoosh

Whether we’re working or just browsing, we spend a lot of time on the Internet every day. Be it searching for something on Google, walling people on Facebook or maybe even farming on Farmville, we have been sort of addicted to the internet. Well you want to graduate from being just a web user to an internet ninja. So, well the first step is to definitely get rid of your age old, Internet Explorer. Its not that I hate IE, but yes I hate IE. I would highly recommend Firefox or Google Chrome as your best friend when it comes to browsers. My current favorite being Google Chrome.

OK, so you’ve already ditched Internet Explorer and switched to Firefox or Google Chrome. But are you using your browser’s best features? Power Web surfers or Internet Ninjas know the settings and shortcuts that make getting what you need online fast and efficiently. Here are five browser tricks that can streamline your surfing session, whether you’re on Facebook or the company intranet.

1. You can have multiple tabs as your Startup Page

The days of a single default home page are over. If you always get on the Web to check the same Web sites like Gmail, Facebook, Google Reader and this blog ;) save yourself the time of visiting them by hand, and set all of them to load automatically in tabs when you start your browser. To set this up using Firefox, open only the tabs you want to load when you start, and from the Tools menu, choose Options. Under Startup, in the Home page setting, click the “Use Current Pages” button to set those tabs as your home tabs. In Chrome’s Options you can do the same.

2. Restore the last tabs and windows you had open automatically

Instead of loading a static set of tabs that don’t change when you start your browser, automatically load what you were looking at when you quit your browser last time. In Firefox’s Options dialog (get to it from the Tools menu), next to “When Firefox starts,” choose “Show my windows and tabs from last time” to restore your previous browsing session. In Chrome’s options, on the Basics tab, select “Reopen the pages that were open last.”

3. Undo your accidentally closed tab.

You accidentally closed a tab that you didn’t mean to? No problem. Just like the Ctrl+T keyboard shortcut opens a new tab, the Ctrl+Shift+T shortcut reopens the last tab that you closed. So when you think you just killed that fantastic article you had open meaning to read it all day, press Ctrl+Shif+T to get it back. Repeat that same shortcut to continue re-opening tabs you closed down your history list. (This shortcut works in both Firefox and Chrome)

4. Open a link in a background tab by clicking your mouse wheel.

When you’re browsing this or other blogs, news, Twitter, or Facebook you come across links you want to check out, but you don’t want to stop reading your current page. If your mouse has a wheel on it, click links of interest with the mouse wheel to open links in background tabs as you read down a page, so you can switch to them later without interrupting your flow now. An extra tip for mousewheelers: Close background tabs in one click of the mousewheel without switching to them first, too.

5. Sync your bookmarks across browsers and computers.

When you save a bookmark at work you want it in your list at home and vice versa, and bookmark synchronization is available in both Firefox (with an extension) and Chrome. If you’re a dedicated Chrome user, bookmark syncing comes built in, from Chrome’s Tools menu, choose “Synchronize my bookmarks.” Sign into your Google account, and Chrome will save your bookmarks into a Chrome folder in your Google Docs account. You can then access all your bookmarks from anywhere.

Now over to GMail

All these tricks should enable you to slowly be an Internet Ninja, now its time to look at GMail. If you don’t have a Google Account or are living under a rock, GMail is Google’s Mail program and the Google ID is your key to unlock all of Google’s Products. Anyway, Google has launched power tips for the Ninja in you to be able to master all the tricks in GMail.

Starting from a White belt to being a Gmail Master, the Gmail tips site gives you all you need to check out for being awesome at using the Program. Check out these tricks and let me know how far with have you come.

Beam me up Scotty ! … Coming Soon … Maybe

If you have been reading my blog regularly, you will know that I usually like to blog about technology from movies coming into real life technology. And the holy grail of technology for most nerds or would be nerds, like me would be the Star Wars and Star Trek movies. Although I am not such a big fan of these movies, (although Star Trek was good) I believe that someday in the future some technologies from the franchise might just come true. Like the Teleportation device that the movies display.

Yes, you read it right, Teleportation. Sending objects from one place to another without really having to travel in the traditional sense; only electronically like sending an email. Once called “spooky action at a distance” by Einstein, quantum entanglement is a fascinating property of quantum mechanics that may one day lead to unlocking the secrets of teleportation. Quantum entanglement describes what happens when two or more particles become inextricably “entangled” so that when something affects one, it affects the others – regardless of the physical distance between them. Scientists have been able to link particles for a few years, but recently a group of researchers from the Australian National University devised a method to make it easier to do so using far less equipment than before.

Recent developments in quantum physics have made the possibility of teleporting matter a theoretical possibility while warp drive still remains a fantasy concept. However, the amount of energy required to move a person and all the other problems that go with it (engineering and ethical) leave quantum teleportation a bit to be desired for practical use. So far, according to team leader Jiri Janousek, the team has been able to use their new method to measure changes to a beam of light from another, entangled, beam of light. They are currently hoping to advance the field of quantum computing with their method, but Janousek says that, by extension, it could be used for teleportation as well. But don’t expect to go home for the holidays via teleportation this year; Janousek says that it will probably be another 50 years or so before we see this type of technology used outside of laboratories.

Michio Kaku, admired futurist and theoretical physicist, sat down to talk with Popular Science about the science of Star Trek and what may or may not become science fact some day. Most interesting was his take on warp-speed travel. To some extent, scientists have already worked out how it might happen. Mexican relativist Miguel Alcubierre examined the question and came up with the solution of bringing the stars to the traveler rather than taking the traveler to the stars: essentially folding space to make the distance traveled much shorter. It’s not a perfect theory, but the fact that it’s being seriously considered by the scientific community is a step toward someday testing that theory.

The idea of Teleportation is not new, it exists from the time of the Bible, yes you read it right; in the gospel of John 6:16-24 which says:

“When evening came, his disciples went down to the lake, where they got into a boat and set off across the lake of Capernaum. By now it was dark, and Jesus had not yet joined them. A strong wind was blowing and the waters grew rough. When they had rowed three or three and a half miles, they saw Jesus approaching the boat, walking on the water; and they were terrified. But he said to them, “It is I; don’t be afraid.” Then they were willing to take him into the boat, and immediately the boat reached the shore where they were heading.”

“The next day the crowd that had stayed on the opposite shore of the lake realized that only one boat had been there, and that Jesus had not entered it with his disciples, but that they had gone away alone. Then some boats from Tiberias landed near the place where the people had eaten the bread after the Lord had given thanks. Once the crowd realized that neither Jesus nor his disciples were there, they got into the boats and went to Capernaum in search of Jesus.”

The lake mentioned here is the Sea of Galilee which averages about 6 miles across. So according to the text above the disciples rowed about 3 1/2 miles across (which means they were somewhere in the middle) and then Jesus appears, walking on water (another miracle) and once they took Him into the boat they immediately appeared at the shore. So Jesus instantly teleported the boat, the twelve disciples another 2 1/2 miles to the shore. Well, so there you go, if all these guys in various labs are working really hard, then very soon we might all be realizing a dream that we as humans have had for over 2000 years.

Mistakes on Facebook that you would regret

I am sure everyone these days posts stuff on Facebook, and certainly a lot of people are not completely cautious of their posts. I did write a few days back about how Facebook is kinda making us very .. er truthful. Well there are amazing examples of people making Facebook blunders, here are some below, with some Failbooking Lessons :

Lesson #1 : Dont trash talk your boss

Lesson #2 : Be thankful for what you have

Lesson #3 : Family comes first

Lesson #4 : Love letters are not for Facebook

Lesson #5 : Geography is important … really !!

Lesson #6 : Blondes have friends too !

Lesson #7 : Don’t Just assume anything based on Facebook Updates

Lesson #8 : Spelling Matters

Lesson #9 : Surprises not to be discussed on FB

Lesson #10 : Parents are using FB these days :)

Lesson #11  : Parents really follow your updates on Facebook

Lesson #12 : Not Everything is to be shared on facebook

Lesson #13 : Boys will be Boys

Lesson #14 : Not everyone is your friend

It is now so great that there is a complete website dedicated to “FAIL’booking as it is called. Check out the website at http://www.failbooking.com or you can check them out on Facebook itself on their Facebook Fan page here.

One ring to rule them all … Wireless Electricity

The future of devices and the future of technology is something that you would see a lot of on this blog. So I am certain that you would ask what is that one technology that might change the future for the good. I have written about it before and had highlighted Power Generation as that one technology.

Today well I will add to it, and say Power Generation and Power Transmission. Why transmission, Well Wireless Electricity is here. What I saw today is a revolutionary innovation in technology front. I must say it will change the course of future for human race. Its called WiTricity. As the name suggest, its Wireless Electricity. WiTricity Power is about ransferring electric energy or power over distance without wires. The new system exploits simple physics principles and can be used to charge a range of electronic devices over several meters. One of the first devices to implement this technology is the Palm Pre and its touchstone charger. It still implements charging with touch. But in the future as the technology spills into mainstream devices we will see more interesting implementation.  Here is their presentation at TED.

It has been more than 100 years since this technology was initially discovered. Researchers attribute the delay to develop the technology to limitations of well-known physical laws and a simple lack of need. Only recently have modern consumers obtained a high number of portable electronic devices which currently require batteries and plug-in chargers. Pioneered by the principles of one of the greatest Modern Minds in Physics Nicola Tesla. Can you imagine where we would use these things ??

Consumer Electronics

  • Automatic wireless charging of mobile electronics (phones, laptops, game controllers, etc.) in home, car, office, Wi-Fi hotspots … while devices are in use and mobile.
  • Direct wireless powering of stationary devices (flat screen TV’s, digital picture frames, home theater accessories, wireless loud speakers, etc.) … eliminating expensive custom wiring, unsightly cables and “wall-wart” power supplies.
  • Direct wireless powering of desktop PC peripherals: wireless mouse, keyboard, printer, speakers, display, etc… eliminating disposable batteries and awkward cabling.

Industrial

  • Wireless power and communication interconnections across rotating and moving “joints” (robots, packaging machinery, assembly machinery, machine tools) … eliminating costly and failure-prone wiring.
  • Wireless power and communication interconnections at points of use in harsh environments (drilling, mining, underwater, etc.) … where it is impractical or impossible to run wires.
  • Wireless power for wireless sensors and actuators, eliminating the need for expensive power wiring or battery replacement and disposal.
  • Automatic wireless charging for mobile robots, automatic guided vehicles, cordless tools and instruments…eliminating complex docking mechanisms, and labor intensive manual recharging and battery replacement.

Transportation

  • Wireless charging for existing electric vehicle classes: golf carts, industrial vehicles.
  • Wireless charging for future hybrid and all-electric passenger and commercial vehicles, at home, in parking garages, at fleet depots, and at remote kiosks.
  • Wireless power interconnections to replace costly vehicle wiring harnesses and slip rings.

Some Other Applications

  • Wireless power interconnections and automatic wireless charging for implantable medical devices (ventricular assist devices, pacemaker, defibrilator, etc.).
  • Wireless charging and for high tech military systems (battery powered mobile devices, covert sensors, unmanned mobile robots and aircraft, etc.).
  • Wireless powering and automatic wireless charging of smart cards.
  • Wireless powering and automatic wireless charging of consumer appliances, mobile robots, etc.

Coupled with another technology

Scientists at the Imperial College London’s Department of Aeronautics say they have created a plastic that can store and release electricity, revolutionising the way we use phones and drive cars. It means the cases of mobiles and iPods could soon double up as their power source — leading to gadgets as thin as credit cards. The technology could also lead to flexible computer screens that can be folded up and carried around. The material is not really a battery, but a super capacitor — similar to those found in typical electrical circuits. Even the car of the future could be drawing power from its roof or the door, thanks to the new material.

Now that is a place I want to live in, Really looking forward to the plastic storing electricity and wirelessly charging itself . Beam me up Scotty ;)