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2020 IPS Conference
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Quantum Information: theory and experiments
Category:
Lectures for this program:
| Lecture Time | Speaker | Lecture subject |
|---|---|---|
| 16:15-16:35 | Gershon Kurizki |
Frequent quantum measurements challenge ``Maxwell's-demon'' bounds |
| 16:35-16:55 | Lawrence Horwitz |
Spin, angular momentum and spin-statistics for a relativistic quantum many body system The adaptation of Wigner's induced representation for a relativistic quantum theory making possible the construction of... |
| 16:55-17:07 | Oded Zilberberg [1] |
Null Weak Values and Quantum State Discrimination We present a measurement protocol for discriminating between two di fferent quantum states of a qubit with high fidelit... |
| 17:07-17:20 | Anindya Das |
High-efficiency Cooper pair splitting demonstrated by two-particle conductance resonance and positive noise cross-correlation Entanglement is at the heart of the Einstein-Podolsky-Rosen paradox, where the non-locality is a necessary ingredient. |
| 17:20-17:32 | Ran Ber |
Process Tomography for Systems in a Thermal State We propose a new method for implementing process tomography which is based on the information extracted from temporal co... |
| 17:32-17:45 | Nir Navon [1] |
Single-Spin Addressing Using a Spatially-Varying Dressing Field Individual-particle addressing is a necessary capability in quantum information experiments. We propose a simple m... |
| 17:45-17:57 | Eli Megidish [1] |
Entangling between photons that have never coexisted The role of the timing and order of quantum measurements is not just a fundamental question of quantum mechanics, but al... |
| 17:57-18:10 | Shimon Machluf |
High momentum splitting of matter-waves by an atom chip field gradient beam-splitter The splitting of matter-waves into a superposition of spatially separated states is a fundamental tool for studying the... |