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New Super-Conducting Technology Takes Data Beyond Zeroes and Ones

Remember flip-phones? Our smartphones may one day look just as obsolete thanks to spintronics, an incipient field of research promising to revolutionize ....

Ron Naaman , Qirong Zhu , Xpeng Zhang , George Bullard , Francesco Tassinari , Michaelj Therien , Michael Therien , Davidn Beratan , David Beratan , Minerva Foundation , Fitzpatrick Institute Of Photonics At Duke University , John Simon Guggenheim Memorial Foundation , Proceedings Of The National Academy Sciences , Program Nanoscience Fellowship , Weizmann Institute , Duke University , National Academy , Synthesizing Quantum Coherence , Graduate Program Nanoscience Fellowship , Scholars Award , Fitzpatrick Institute , John Simon Guggenheim Memorial , Molecular Wires Polarize Spin Currents , Room Temperature ,

New Super-Conducting Technology Takes Data Beyond Zeroes and Ones

A colorful spinning top represents the concept of spin. (Colin via Wikimedia Commons) DURHAM, N.C. – Remember flip-phones? Our smartphones may one day ....

Wikimedia Commons , Ron Naaman , Qirong Zhu , Xpeng Zhang , George Bullard , Francesco Tassinari , Michaelj Therien , Michael Therien , Davidn Beratan , David Beratan , Minerva Foundation , Fitzpatrick Institute Of Photonics At Duke University , John Simon Guggenheim Memorial Foundation , Proceedings Of The National Academy Sciences , Program Nanoscience Fellowship , Weizmann Institute , Duke University , National Academy , Synthesizing Quantum Coherence , Graduate Program Nanoscience Fellowship , Scholars Award , Fitzpatrick Institute , John Simon Guggenheim Memorial , Molecular Wires Polarize Spin Currents , Room Temperature ,

New Super-Conducting Technology Takes Data Beyond Zeroes and Ones

DURHAM, N.C. – Remember flip-phones? Our smartphones may one day look just as obsolete thanks to spintronics, an incipient field of research promising to revolutionize the way our electronic devices send and receive signals. In most current technologies, data is encoded as a zero or a one, depending on the number of electrons that reach a capacitor. With spintronics, data is also transferred according to the direction in which these electrons spin. ....

Ron Naaman , Qirong Zhu , Xpeng Zhang , George Bullard , Francesco Tassinari , Michaelj Therien , Michael Therien , Davidn Beratan , David Beratan , Minerva Foundation , Fitzpatrick Institute Of Photonics At Duke University , John Simon Guggenheim Memorial Foundation , Proceedings Of The National Academy Sciences , Program Nanoscience Fellowship , Weizmann Institute , Duke University , National Academy , Synthesizing Quantum Coherence , Graduate Program Nanoscience Fellowship , Scholars Award , Fitzpatrick Institute , John Simon Guggenheim Memorial , Molecular Wires Polarize Spin Currents , Room Temperature ,