Learn how to write quantum machine code and build a NAND gate - a conventional computing logic block - using quantum techniques. Also learn how to write a physics application that allows you to simulate the properties of quantum objects such as spin chains.
Learn how to program a quantum version of a binary classifier, a well known technique in machine learning to assign one of two labels to a piece of data.
QUFL algorithm: Use quantum hardware to develop a machine learning technique that discovers the essential features from a set of images.
How does join.me work? Take a tour and discover join.me.
This video is is the perfect introduction on how to collaborate with colleagues or students using http://join.me This site allows you to talk, chat and screen-share for free. This is a must for anyone wanting virtual office hours or needing to remotely display their computer screen. As long as you use it lightly, it is a free service.
For all of its awesome applications, GPS has two fundamental flaws: It doesn't work indoors, and it can't really detect altitude. An Indoor Positioning System would fix that -- and introduce some seriously awesome applications.
Geolocation was listed as one of the important growth industries for the future (it also is a way to reassure students that the their are jobs for geography majors). The IPS isn't quite here, but it's hard to imagine that is too far away.
It’s a challenge that’s long been one of the holy grails of quantum computing: how to create the key building blocks known as quantum bits, or qubits, that exist in a solid-state system at room temperature. Most current systems, by comparison, rely on complex and expensive equipment designed to trap a single atom or electron in a vacuum and then cool the entire system to close to absolute zero.
A group of Harvard scientists, led by Professor of Physics Mikhail Lukin and including graduate students Georg Kucsko and Peter Maurer and postdoctoral researcher Christian Latta, say they’ve cracked the problem, and they did it by turning to one of the purest materials on Earth: diamonds.
Using a pair of impurities in ultra-pure, laboratory-grown diamonds, the researchers were able to create quantum bits and store information in them for nearly two seconds, an increase of nearly six orders of magnitude over the life span of earlier systems. The work, described in the June 8 issue of Science, is a critical first step in the eventual construction of a functional quantum computer, and has a host of other potential applications.
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