The Israel Physical Society
Home
About/Contact
Newsletters
Events/Seminars
2020 IPS Conference
Study Materials
Corporate Members
Quantum Information: theory and experiments
Lectures for this program:
| Lecture Time | Speaker | Lecture subject |
|---|---|---|
| R. Fischer [1] |
Optical Polarization of Nuclear Ensembles in Diamond Nuclear spins are a natural choice for applications requiring long relaxation times due to their immunity to unwanted pe... |
|
| David Gelbwaser-Klimovsky [1] |
Autonomous quantized refrigerator: performance beyond the classical bound We investigate the principles of fully autonomous and quantum refrigerators that are powered by a quantum device. |
|
| Daniel Rohrlich |
PR-box correlations have no classical limit Quantum mechanics obeys the principle of relativistic causality (no superluminal signalling), but it is nonlocal in at l... |
|
| Gilad Arrad |
Increasing sensing resolution with error correction The signal to noise ratio of quantum sensing protocols scales with the square root of the coherence time. Thus, increasi... |
|
| Itsik Cohen |
Quantum Simualtion of the Haldane Phase with trapped ions Quantum Simulation of the Haldane Pha |
|
| Assaf Shaham |
Violation of the KCBS inequality using polarized biphoton qutrits The KCBS pentagram inequality is a Bell-type inequality which tests whether given outcomes of measurements performed on... |
|
| David Edward Bruschi |
Spacetime effects on satellite-based quantum communications We investigate the effects of space-time curvature on space-based quantum communication protocols. |