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Largest collection of Google Logos on the web Set 10
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Do you remember Teletext

Ceefax (in the UK) succumbed to the digital switchover nearly two years ago, but the worlds first teletext service is still remembered fondly by the slightly older TV generation. For 38 years it provided vital information to passionate current affairs readers and sports fans alike.
TVNZs teletext service closed at midday on April 2nd 2013.
from The Universal Machine http://universal-machine.blogspot.com/
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Add a Hibernate button to shutdown screen
For all those who hibernate their pc, this trick comes handy. Traditionally, to hibernate our PC, hold down the shift key on the shut down screen, the Stand by button changes to Hibernate then we click on it. This trick adds a Hibernate button to the Shut down screen. Now you have all four buttons on one shot, no need to press Shift key.
The below pictures will explain more clearly.
Before:-

After:-

Steps:-
We have to make some changes to the registry.
As a word of caution, take a back-up of your registry.
Now, To add the button, download show_hibernate.zip and execute the registry file inside it.
To add the button, download hide_hibernate.zip and execute the registry file inside it.
Click to download the documents:
![Reblog this post [with Zemanta]](https://lh3.googleusercontent.com/blogger_img_proxy/AEn0k_u85MQ8Z5wUNahszpzxuG_K6jx1veFNgQK7HuUPCkutAyaLngHOt4xQLw3ksBsQcpR6_lg5tFOUOZ3rytj_OJ45WckVvVGVyEgzITYH0is9eXiCGJSmXPwzAYodPsQ0DXfs2_O6lf4EFC5G7bsHje5G=s0-d)
Read More..
The below pictures will explain more clearly.
Before:-
After:-
Steps:-
We have to make some changes to the registry.
As a word of caution, take a back-up of your registry.
Now, To add the button, download show_hibernate.zip and execute the registry file inside it.
To add the button, download hide_hibernate.zip and execute the registry file inside it.
Click to download the documents:
Open in new window option on right click

- Go to Start >> Run.
- Type regedit to open Registry Editor.
- Before doing the following trick, take a back-up of your registry for safety.
- Now navigate to HKEY_CLASSES_ROOT >> Directory >> shell
- Create a new key i.e. Right-click on shell Select New >> Key and name it as "Open in new Window" without double quotes

- Now, Right-click on the key which you have created now and create a sub key with the name "command"
- Now, On the right pane, double click Default and enter value explorer %1.
- Now you can see new window option on right-click on any folder.
- To make this option available for your drives, perform the same procedure on HKEY_CLASSES_ROOT >> Drive >> shell.
- To undo this trick, simply remove the keys which you have created.
Academics and the Little Box Challenge
Posted by Maggie Johnson, Director of Education and University Relations

Think shrink! Min it to win it! Smaller is baller! Thats what the Little Box Challenge is all about: developing a high power density inverter. Its a competition presented by Google and the Institute of Electrical and Electronics Engineers Power Electronics Society (IEEE PELS) -- not only a grand engineering challenge, but your chance to make a big impact on the future of renewables and electricity.
With the rise of solar photovoltaic panels, electric vehicles (EV) and large format batteries, weve seen a resurgence in the over-a-century-long feud between Thomas Edisons direct current (DC) and Nikola Teslas alternating current (AC). The electric grid and most higher power household and commercial devices use AC; batteries, photovoltaics, and electric vehicles work in DC. So the power electronics that convert between the two -- rectifiers (AC->DC), and inverters (DC->AC) -- are also gaining increased prominence, as well as the DC/DC and AC/AC converters that switch between different voltages or frequencies.
While different flavors of these devices have been around for well over a century, some of them are starting to show their age and limitations versus newer technologies. For example, conventional string inverters have power densities around 0.5-3 Watts/Inch3, and microinverters around 5 Watts/Inch3 -- but lithium ion batteries can now get 4-10 Watt Hours/Inch3. So for a 1-2 hour battery pack, your inverter could end up being bigger than your battery -- a lot to carry around.
Some recent advances may change whats possible in power electronics. For example, Wide-bandgap (WBG) semiconductors -- such as gallium-nitride (GaN) and silicon-carbide (SiC) -- not only enable higher power densities than conventional silicon-based devices do, but can also convert between DC and AC at higher temperatures, using higher switching frequencies, and with greater efficiency.
But even WBG materials and other new technologies for power electronics run into limits on the power density of inverters. Photovoltaic power and batteries suffer when they see oscillations on their power output and thus require some form of energy storage -- electrolytic capacitors store that energy and bridge the power differential between the DC input and the AC output, but that makes the devices much larger. Household and consumer devices also need to add filters to prevent electromagnetic interference, so thats even more bulk.
When it comes to shrinking these devices, inverters may have the most potential. And because inverters are so common in household applications, we hope The Little Box Challenge may lead to improvements not only in power density, but also in reliability, efficiency, safety, and cost. Furthermore, it is our hope that some of these advances can also improve the other types of power electronics listed above. If these devices can be made very small, reliable and inexpensive, we could see all kinds of useful applications to the electric grid, consumer devices and beyond, maybe including some we have yet to imagine.
To recognize the role academics have played in pushing the forefront of new technologies, Google has taken a couple of special steps to help them participate:
We hope youll consider entering, and please tell your colleagues, professors, students and dreamers -- you can print and post these posters on your campus to spread the word.
Read More..

Think shrink! Min it to win it! Smaller is baller! Thats what the Little Box Challenge is all about: developing a high power density inverter. Its a competition presented by Google and the Institute of Electrical and Electronics Engineers Power Electronics Society (IEEE PELS) -- not only a grand engineering challenge, but your chance to make a big impact on the future of renewables and electricity.
With the rise of solar photovoltaic panels, electric vehicles (EV) and large format batteries, weve seen a resurgence in the over-a-century-long feud between Thomas Edisons direct current (DC) and Nikola Teslas alternating current (AC). The electric grid and most higher power household and commercial devices use AC; batteries, photovoltaics, and electric vehicles work in DC. So the power electronics that convert between the two -- rectifiers (AC->DC), and inverters (DC->AC) -- are also gaining increased prominence, as well as the DC/DC and AC/AC converters that switch between different voltages or frequencies.
While different flavors of these devices have been around for well over a century, some of them are starting to show their age and limitations versus newer technologies. For example, conventional string inverters have power densities around 0.5-3 Watts/Inch3, and microinverters around 5 Watts/Inch3 -- but lithium ion batteries can now get 4-10 Watt Hours/Inch3. So for a 1-2 hour battery pack, your inverter could end up being bigger than your battery -- a lot to carry around.
Some recent advances may change whats possible in power electronics. For example, Wide-bandgap (WBG) semiconductors -- such as gallium-nitride (GaN) and silicon-carbide (SiC) -- not only enable higher power densities than conventional silicon-based devices do, but can also convert between DC and AC at higher temperatures, using higher switching frequencies, and with greater efficiency.
But even WBG materials and other new technologies for power electronics run into limits on the power density of inverters. Photovoltaic power and batteries suffer when they see oscillations on their power output and thus require some form of energy storage -- electrolytic capacitors store that energy and bridge the power differential between the DC input and the AC output, but that makes the devices much larger. Household and consumer devices also need to add filters to prevent electromagnetic interference, so thats even more bulk.
When it comes to shrinking these devices, inverters may have the most potential. And because inverters are so common in household applications, we hope The Little Box Challenge may lead to improvements not only in power density, but also in reliability, efficiency, safety, and cost. Furthermore, it is our hope that some of these advances can also improve the other types of power electronics listed above. If these devices can be made very small, reliable and inexpensive, we could see all kinds of useful applications to the electric grid, consumer devices and beyond, maybe including some we have yet to imagine.
To recognize the role academics have played in pushing the forefront of new technologies, Google has taken a couple of special steps to help them participate:
- Research at Google will provide unrestricted gifts to to academics pursuing the prize. This funding can be used for research equipment and to support students. Visit the Little Box Challenge awards for academics page for more info -- proposals are due September 30, 2014.
- Academics often have trouble getting the latest technology from device manufacturers to tinker on. So Google has reached out to a number of WBG manufacturers whove put up dedicated pages detailing their devices. Check out the Little Box Challenge site to get started.
We hope youll consider entering, and please tell your colleagues, professors, students and dreamers -- you can print and post these posters on your campus to spread the word.
The Imitation Game
The official trailer for the movie about Alan Turing called "The Imitation Game", starring Benedict Cumberbatch as Alan Turing and Keira Knightley as close friend and fellow code-breaker Joan Clarke. is now available on YouTube. This movie seems to be sticking much closer to the facts, unlike the previous movie Enigma, which totally wrote Turing out of the WWII story, replacing him with a traditional heterosexual male lead alongside Kate Winslet. The imitation Game is scheduled for release November 14.
from The Universal Machine http://universal-machine.blogspot.com/
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