Week 13: Future Tech
The focus of week 13, my final blog post, will be on quantum computing.
Explain the tech: what is it, how does it work, what hardware, software, and network does it need?
Quantum computing utilizes quantum mechanics to process data in ways that have not been done before. It works by harnessing the unique states of qubits, which are a single computational quantum particle, to model how the world works. All of this works best when the quantum computer is connected to a regular supercomputer, which leverages the strengths of both variations. Specialized software and networking must be used in order to maximize the capabilities fully.
www.ibm.com/think/topics/quantum-computing
Is it currently available to the public?
Quantum computers are available in limited variations. Some educational devices are available to schools and colleges, although these aren’t powerful enough for any real uses. You can also rent quantum computing through cloud services like IBM.
www.spinquanta.com/news-detail/
Who (or what) invented or pioneered the technology?
The father of quantum computing is David Deutsch. He set the foundation of modern quantum computing. He may not have been the first to propose it, but he was the one who laid it all out and cemented it as a technology that would define the future.
www.spinquanta.com/news-detail/the-first-quantum-computer
What “problem” does it solve for its users?
Quantum computing solves the problem of the high computational cost that comes with running simulations of the world. Such as simulating molecular behavior and weather formations. It can also be theoretically used to crack codes and encryption, which brings me to my next point.
www.eetimes.eu/insurmountable-problems
Are there any potential drawbacks or dangers of using the tech?
With quantum computing’s specialty in mathematical computing, there are some really dangerous potential uses of this in the world of hacking. But the drawback of cost, seeing that these are not mass-produced and are still in early development, allows for temporary peace of mind. Quantum computers are also not great for general computing.
www.paloaltonetworks.com/cyberpedia/what-is-quantum-computing
Offer one example of how widespread adoption of this technology might impact society.
Widespread use of quantum computing will allow for better and faster molecular modeling. This is a positive impact that will further our understanding of medicine and drugs. Providing better and more personalized treatment of otherwise poorly medicated illnesses.
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