16
May
2023
14:00
Abstract:
Events
Events
09
May
2023
14:30
20
Apr
2023
14:30
Prof. Ferdinand Schmidt-Kaler : "Quantum computing and quantum thermodynamics with trapped ions"
Weekly seminar
20 Apr 2023
14:30
to
15:30
Quantum technologies allow for fully novel schemes of hybrid computing. We employ modern segmented ion traps.
17
Apr
2023
12:30
Prof. Steven Cundiff: "Optical Multidimensional Coherent Spectroscopy"
Weekly seminar
17 Apr 2023
12:30
to
13:30
Abstract:
04
Apr
2023
14:30
Prof. Robert Alicki: "Thermodynamics of lasing and related phenomena"
Weekly seminar
04 Apr 2023
14:30
to
13:30
A laser or maser shows amplification of incident electromagnetic field due to stimulated emission, which can be treated as positive feedback.
There exist numerous phenomena in macroscopic physics which are similar in nature and need quantum explanation.
Thermodynamics of these phenomena is also si
28
Mar
2023
14:30
Prineha Narang: "Ab initio approaches to nonequilibrium dynamics in quantum matter"
Weekly seminar
28 Mar 2023
14:30
to
15:30
Abstract In this talk, I will present theoretical and computational physics approaches to describe excited-states in quantum matter, and predicting emergent states created by external drives.
05
Feb
2023
18:00
Prof. Maria Chekhova: "SPONTANEOUS PARAMETRIC DOWN-CONVERSION AT THE NANOSCALE"
Weekly seminar
05 Feb 2023
18:00
to
19:00
In ‘flat optics’ approach, bulky optical elements are replaced by subwavelength layers or metasurfaces. ‘Flat’ elements are broadband, ultrafast, multifunctional, and can use practically any materials, including highly absorptive or nonlinear.
10
Jan
2023
14:30
Abstract:
Quantum circuits are the backbone programs in quantum computing.
06
Dec
2022
14:30
Prof. Rahul Jain: "A direct product theorem for quantum communication complexity with applications to device-independent QKD"
Weekly seminar
06 Dec 2022
14:30
Abstract:
We give a direct product theorem for the entanglement-assisted interactive quantum communication complexity in terms of the quantum partition bound for product distributions.
The quantum partition or efficiency bound is a lower bound on communication complexity, a non-distributional vers
08
Nov
2022
14:30
Dr. Yehuda Naveh: "Creativity and automation in quantum algorithms"
Weekly seminar
08 Nov 2022
14:30
to
15:30
The separation between creative work and automation in designing new quantum algorithms is far from being established.
I will address this point by introducing the concept and technicalities of automaticsyn thesis of circuits from their functional models.
I will show the strength of this approach