The search for the perfect alliance between science and technology has married quantum computing to the future of IT – the cloud. Researchers have used quantum mechanics to encrypt heavy-duty number-crunching computing, thereby removing a major obstacle in the adoption of the cloud for many enterprises – how safe is my data when it’s hosted…
For years, the limiting factor of increasing computational power has been how much electronic circuitry manufacturers can cram onto a single chip. Moore’s Law describes a trend that’s held true since 1971 in which CPUs have essentially doubled in capacity every 18 months, and data storage such as hard disks have generally kept up the…
To help prevent overtesting and overtreatment of older patients — or undertreatment for those who remain robust at advanced ages — medical guidelines increasingly call for doctors to consider life expectancy as a factor in their decision-making. But clinicians, research has shown, are notoriously poor at predicting how many years their patients have left. Now,…
Brian P. Schmidt, 2011 Nobel Physics Prize winner, discusses his SkyMapper project, which is currently scanning the southern sky in unprecedented detail and has a peak data rate of one terabyte per day. The Australian Square Kilometer Array Pathfinder, an array of 36 radio telescope dishes being built in Australia, will generate two terabytes per…
Our ability to find and share information today is potentially limitless. But how did we get here? From cave paintings to the iPad—how does human innovation bring us here?
Jason Silva deconstructs inspiration.
An ontology and epistemology that looks only to materialism and reductionism for its explanations of phenomena will have a hard time explaining information itself.
If the role of testimony in knowledge is so vast, why is its role in the history of epistemology so slight?