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A7 : Quantum information
Category:
Lectures for this program:
| Lecture Time | Speaker | Lecture subject |
|---|---|---|
| 14:12-14:24 | Assaf Shaham |
Realizing a controllable noise in photonic quantum information channels Noise is a central property that characterizes quantum information channels. |
| 14:48-15:00 | Oren Suchoi [1] |
Intermode Dephasing in a Superconducting Stripline Resonator We study superconducting stripline resonator (SSR) made of Niobium, which is integrated with a superconducting interfere... |
| 14:24-14:36 | Ido Almog |
Suppression of Decoherence Induced by Collisions in an Ultra-Cold Ensemble of Atoms An ensemble of two level quantum systems coupled to a fluctuating external environment is a common paradigm in many fiel... |
| 15:00-15:12 | Avi Pe'er |
An ultrafast detector for squeezing Squeezed states of light are a key resource for quantum information, and the detection of squeezing is vital in experime... |
| 14:00-14:12 | Anna Keselman |
Narrow linewidth diode laser for ion qubit manipulations We use trapped 88Sr+ ions as a physical implementation of qubits. |
| 14:36-14:48 | Yoni Shalibo [1] |
Coupling of microscopic two-level defects to a superconducting Josephson phase-circuit Superconducting circuits can coherently couple to single microscopic objects. |
| 15:12-15:24 | Asaf Eilam |
Spatial quantum memory based on Coherent Population Oscillation We present a new model for creating a controlled spatial quantum memory which defined on space. |
| 15:24-15:36 | Noam Erez |
Heating & cooling by measurement: Zeno meets Lindblad Time-energy uncertainty generically manifests itself in the short time behavior of a system weakly coupled to a bath, in... |