Many thanks to all those who entered the Mendeley Brainstorm related to Quantum Computing; picking a winner was not easy, however in the end, we selected Rui Santos’s post:
Revolution, as a concept itself, implies a shift in the until now set paradigm of thinking and doing. As offered now, computing runs the output scenario in either ones or zeros. Computation power per second has been increased by augmenting transistor abundance in a chip and by decreasing their size – up to 10nm in some mobile device’s chips nowadays! That’s pretty impressive! But these are still increments – evolution within the same thinking. Ironically, transistors are getting so small, that to regulate them, we actually have to take in account quantum mechanics! Differently, quantum processors function by creating a third state, in which a qubit can be either a zero or a one simultaneously. While a discrete system can only be one thing at the time, a quantum system is all things all the time. If that’s not a revolution what is? The evolution is getting them working at room temperature.
We asked Rui where the inspiration for this post sprang from:
I love technology and although it is not my working area, i like to keep in check the new gadgets that are announce, like a new smartphone. I like to know the geeky details about their processors and technologies the equipments use that are so fantastic and still, very little of us thing about the huge amount of computing power that nowdays we have at the tip of our fingers. We keep forgetting that our current smartphone is thousand times or maybe millions times more powerful than the chips on board of the Apollo rocket missions!
I always enjoy debating about what may come next, and i truly believe quantum computing will revolutionate the way we see and program machines but also their output. I believe it can be a better future if so we desire.
I also want to take the time to thank you and the Mendeley team about the software you provide. I use Mendeley as my daily reference manager. As a PhD student i really need to keep track of publications but also to make my references in reports, papers or monographies. I have synced through multiple devices including my phone and tablet. I simply love Mendeley and always suggest it to whoever asks me about a reference manager. Once again, thank you.
Recently, PhD students at the Swiss Federal Institute of Technology made a breakthrough in the field of Quantum Computing. They successfully simulated a 45-qubit quantum circuit; this brings closer the day when current computers will be obsolete. Is quantum computing an evolution or revolution? What will be its effects? We are looking for the most well thought out answer to this question in up to 150 words: use the comment feature below the blog and please feel free to promote your research! The winner will receive an Amazon gift certificate worth £50 and a bag full of Mendeley items; competition closes September 13, 2017.
Quantum computing has been on the lips of computer scientists and computing enthusiasts for years. By utilising quantum states, it promises to liberate computing from the traditional bounds of binary processing. This means that quantum computers, theoretically, will be massively more powerful than existing machines.
The Future is Near
It still remains challenging to build a quantum computer, however; the breakthrough by the Swiss students is a momentous occasion. They’ve approached a milestone referred to as “quantum supremacy”, at which a Quantum Computer’s performance surpasses that of any current computer.
The arrival of vastly more powerful machines could have a substantial impact on the field of artificial intelligence, certainly it will help in data processing. How will this new technology affect us? What is your view? Tell us!
About Mendeley Brainstorms
Our Brainstorms are challenges so we can engage with you, our users, on the hottest topics in the world of research. We look for the most in-depth and well thought through responses; the best response as judged by the Mendeley team will earn a prize.