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In the race to create ever smaller and faster computers, quantum computing has become the ultimate goal among scientists, promising speeds and capacities far above present technologies using a tiny fraction of the power and space that conventional machines need.
The advent of faster computers and the development of computational methods and tools have opened new frontiers for the application of mathematics.
"I think Varmus does not understand the full scope of the danger, which comes from the confluence of incredibly powerful computational tools (i.e., 1,000,000-fold faster computers within the next 30 years), and the Internet.
Through advances in computing whose rate of acceleration Moore's Law describes, faster computers are being used to design faster computers.
As the price per sequenced base is decreasing faster than computers are increasing in computational power [ 6], it is not possible to simply wait for faster computers to resolve the situation.
With faster computers in the 1970s, the use and acceptance of X-ray crystallography accelerated.
(The slow speed of electrical signals means that smaller components make for faster computers).
Sure, much faster computers are available today, but most people simply don't need the speed.
Similar(3)
Ever-faster computers help as well.
Ever-faster computers are just in the nature of things.
New imaging technology and ever-faster computers will come together to allow a closer look at biological molecules and their interactions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com