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Oh, snap. BlackBerry and Facebook have apparently been in a bit of a tussle over the years in regards to a patent Facebook is supposedly infringing on. That tussle seemingly evolved into a full-blown fight today.
BlackBerry has sued Facebook over a messaging-related patent the company is accused of infringing. Details are scant right now, but it’s likely a patent BlackBerry has been holding onto since the days of BBM. BlackBerry offers a rough overview:
“Defendants created mobile messaging applications that co-opt BlackBerry’s innovations, using a number of the innovative security, user interface, and functionality enhancing features.”
The lawsuit seemingly includes not just Facebook Messenger, but also WhatsApp and Instagram.
We’re not sure what exactly Facebook would be infringing on, but from Facebook’s initial response to the lawsuit, it sounds like BlackBerry is grasping for some pretty frivolous straws.
Here’s how Facebook put it:
“BlackBerry’s suit sadly reflects the current state of its messaging business. Having abandoned its efforts to innovate, BlackBerry is now looking to tax the innovation of others. We intend to fight.”
Yikes. The funny thing is that Facebook isn’t wrong, and at the same time they aren’t totally right. We know BlackBerry could innovate if they really wanted, but they just don’t. And maybe that’s not a bad thing.
It’s not profitable for them to compete in the smartphone hardware market like they used to, and the company seems to be headed back in the right direction with their new software services approach. And even if we’re talking about the innovations of BBM in a contemporary sense, there’s no denying BBM started the messaging revolution that originally vaunted BlackBerry into popularity.
A qualifying statement, that was not. No matter what BlackBerry’s history is, they have seen competitors whisk by them with great advancements in the messaging world, and if they’re using a crucial patent to go after what we can consider commonplace technology in 2018 then Facebook is totally justified in their aggressive posture. We’ll reserve judgment either way until more facts surface.
via Reuters
Read More: http://ift.tt/2G11jt7
Scientists at IBM have figured out a way to encode data on individual atoms, which would be the most compact information storage ever achieved. The common thinking amongst hardware designers is that as digital storage continues to get smaller, the basic unit of information storage is also shrinking as well. Eventually the amount of atoms required to store data will become so small that storing a single bit will someday require only a single atom. This is what IBM researchers have brought to life. Using holmium atoms embedded on a magnesium oxide base and a scanning tunnelling microscope, they have managed to encode data on an atom and managed to read the same data right after. Since the atom has a special characteristic called magnetic bistability, it has two different magnetic spins. Using the microscope, the researchers applied about 150 millivolts at 10 microamps to the atom. This electricity acted as a sort of lightning strike that caused the atom to switch its magnetic spin state (one state represents 1, the other 0 in binary code). "To demonstrate independent reading and writing, we built an atomic-scale structure with two Ho bits, to which we write the four possible states and which we read out both magnetoresistively and remotely by electron spin resonance. The high magnetic stability combined with electrical reading and writing shows that single-atom magnetic memory is indeed possible,“ the abstract read.
Read more about this fascinating story at: https://techcrunch.com/2017/03/08/storing-data-in-a-single-atom-proved-possible-by-ibm-researchers/
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Yo, my guys. With the recent Ransomware scare, there is more need than ever to back up your computer data in the event of infection. Recently, it’s forced me to create a back up point for my computer, and it took a bit of digging. So hey, why not outline the relatively simple process here.
The reality is, Ransomware is extremely hard to deal with once you have it. And by extremely hard, I mean basically impossible. Your best bet is to just backup your stuff, and restore it all if you get infected.
Note: Make sure you read this through at least once before doing anything.
Quick background:
Ransomware is malware that will lock you out of your computer by encrypting all of your data. It will prompt you to pay them in exchange for the decryption key, however 9 times outta 10, the won’t actually decrypt your data. So never actually pay them.
This process will create, on an external hard drive, a copy of all your OS settings from your current computer. You can then use this to reformat your computer to it’s current point
Because of the way this malware spreads, it’s vital that you keep your backup disconnected. This means you shouldn’t use a second hard drive on your computer, or a network drive. Doesn’t matter where, just not on, until you need it, or the malware has passed on.
The process goes like this, for windows 10.
Make sure you have an external hard drive, or USB plugged into your computer. Make sure the storage device you want to back up to has more free data than your normal hard drive has used data.
Go to Control Panel
Change the ‘View by’ field to 'large’ or 'small icons’
Click 'File History’
on the bottom left there should be a little shield with “System Image Backup” next to it. Click that
On the left again, there should be a shield with “Create a System Image” next to it. Click that.
A window will pop up asking you where you would like to save your back up. On the drop down menu labelled 'On a Hard Disk" find your external drive. Click it, then click next.
The next page will ask you to select which drive you want to backup. By default the two you need to back up for this are selected. Just click next.
Finally you’ll come to one last screen asking if you want to confirm your back up. Make sure that the two that show are the ones you’ve selected in the previous page. If so, click 'start backup’.
Now this should take a little while to complete. This will depends on whether you have an SSD, or a HDD and also how much data you’re backing up will influence it. if you’re worried it’s taking too long, give it an hour and come back. Failing that, you can always stop the back up.
Once completed you’ll be prompted to create a system repair disk. If you don’t have a USB or DVD with Windows 10 on it, this is something you should create. Otherwise, it’s not necessary.
Now, that you have a spare hard drive with your backed up data on it, make sure that you keep it in a safe place that it won’t get knocked around in. Hard Drives are quite fragile, and too hard a knock could kill it. Additionally, despite all this stuff on it, the drive is still a functional drive. It will now just have a folder in it with all the data. It’s not advised you use it, as it’s still susceptible to infection, but the option is there if you need it.
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A thin, flexible supercapacitor boasts high energy and power densities. Credit: University of Central Florida
Everyone and anyone with a smartphone know it is not long before your phone holds a charge for less and less time as the battery begins to degrade. But new research by scientists at the NanoScience Technology Center at the University of Central Florida (UCF), USA, could change that. The team have developed a new method for producing flexible supercapacitors that can store greater amounts of energy and can be recharged over 30,000 times without degradation. This new method could transform technology such as electric vehicles and mobile phones in the future.
‘If you were to replace the batteries with these supercapacitors, you could charge your mobile phone in a few seconds and you wouldn’t need to charge it again for over a week,’ said University of Central Florida researcher Nitin Choudhary.
The UCF team has attempted to apply newly discovered 2D materials that measure just a few atoms thick to supercapacitors. Other scientists have also tried formulations with other 2D materials including graphene, but had only limited success. The new supercapacitors are composed of millions of nanometre-thick wires coated with shells of 2D materials. The core facilitates the super-fast charging and discharging that makes supercapacitors powerful, and the 2D coating delivers the energy storage ability.
‘We developed a simple chemical synthesis approach so we can very nicely integrate the existing materials with the two-dimensional materials,’ said Yeonwoong Eric Jung, assistant professor of the study. Jung is working with UCF’s Office of Technology Transfer to patent the new process. ‘It’s not ready for commercialisation,’ Jung said. ‘But this is a proof-of-concept demonstration, and our studies show there are very high impacts for many technologies.’
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