Microsoft’s Gearing Up Coding For The Quantum Leap

Technology is fast evolving and it seems that it can’t be stopped by any of us. After all, we live and breathe technology these days. That’s just how dependent modern life has become to tech advancements. You think you’ve seen it all but no, there is so much more to explore and develop when it comes to technology. We are just at the brink of its further evolution and experts aren’t even sure humanity is ready for what is awaiting us in the years to come.

There is one thing for sure though, we don’t have to wait for long to see for ourselves how these new technologies unfold and become a part of our daily lives. And we can count on Microsoft to ensure we don’t have a hard time coping with these new changes because they’ve already prepared a coding program for quantum computing as early as now. The average Joe probably finds it impossible to grasp how quantum computers work, which makes Microsoft’s initiative more instrumental in helping people understand the inner workings of quantum computing so we won’t have that much of a hard time adjusting once it becomes accessible to the public.

Microsoft is effectively building a language

Are Macs Susceptible To Virus Too?

About 20-30% of computer users own a Mac. For starters, Macs are more expensive than your regular Windows PC. Apple sells high-quality technologies that do not come cheap. So, it is safe to assume that almost all Mac users are fairly rich themselves to afford such a fancy and high-tech product. Over the years, we have been used to hearing about viruses and malware (and now the more modern ransomware attacks) that damage Windows PCs.

Macs aren’t actually immune to these viruses or other cyber attacks although they are often more secure than Windows PCs despite the absence of security software. Still, the debate between which platform is better continues. The Mac is susceptible to the “Trojan” virus that is just as sneaky at stealing data as its Windows counterparts if you don’t update your device to the latest software update.

The question of whether Macs need antivirus is not a new one, but the answer is changing. While Macs are generally more secure than Windows PCs, they are far from immune.

Head over to the forums on the Apple’s website and you’ll find the same answer time and again – ‘you don’t need security software because I haven’t got security software and it’s

Hard Drives Of The Future

Computing technology keeps on advancing and there is no stopping that. If you look back on the technology available to us ten to twenty years ago, they definitely pale in comparison to what we have now. Not only do computers look cool and sleek (industry groups like IEEE have helped with this) they can do various functions too, all at once and the storage is the icing on the cake. Most files have gone digital and we need a sturdy and big enough hard drive to store all our important files.

While computers and other computer-related accessories are still somewhat expensive, their efficiency has more than doubled over the years. Almost everything that you need requires the hard drive to work and we need them for storage of non-volatile memory that we happen to need the most. Most modern laptops and computers still rely on mechanical hard drives to do the job for them but DNA-based ones will probably rule the future considering that experts are grooming artificial intelligence to dominate the future.

It isn’t only the junk processor that makes a really cheap computer slow. Or the memory or the video card (or lack of video card). The primary reason your cheap

The Evolution Of Computing

Technology keeps on progressing as the years go by. Back then we were still watching black and white films through Betamax and VHS tapes but now we can live stream our own videos using just our phone in all colors of the color spectrum – a smartphone that can do all sorts of things you don’t need individual gadgets to do the job anymore. And no other better example of seeing these advancements in action than seeing how computers have evolved through the years.

Computers of yesteryears were bulky and used floppy disk drives you’ll never see used anymore in modern computers. Computer hardware is essentially the backbone of any computing device. What use is sophisticated software if there’s no sturdy and functional hard drive to house and protect it. Hard drives can have issues, however. But overall, they still somehow look the same and contain the same parts, albeit just smaller. Experts nowadays wish for more innovation in computer hardware because not much has changed over the decades.

Dumping Moore’s Law is perhaps the best thing that could happen to computers, as it’ll hasten the move away from an aging computer architecture holding back hardware innovation.

That’s the view of prominent

Understanding Computer Programming

While we are all surrounded by technology, it does not mean that we have mastered them all. Some people have – they are experts and authority figures in the computing field. The rest of us are mere users who know just enough to navigate sophisticated technology without really fully understanding the technology and logic behind them.

We may think of computers as advanced pieces of technology that can do almost everything we ask them, the truth is, not. Computers can look up websites when you are browsing or store files we save on them because they have been programmed to do that. But if you ask them to, say, clean the house for you or cook food, then nothing will definitely happen because they weren’t programmed to do that at all. So see, they aren’t the supreme machines we used to think of. And what better way to understand the wonders of computer programming than to start them young.

 After a successful Hour of Code day last year, students from School 16 were able to participate in the global movement for a second time on Tuesday.

Throughout the day Tuesday, students from different classes at the elementary school learned the basics of computer programming