Speaker: Dr. Samuel Crew (Imperial College London, UK)
Title: The quantum path signature
Date and time: 16^th July Tuesday at 10:00
Location: L4F01
Language: English
 

Talk by Nicky Kai Hong Li, Technical University of Vienna (Austria)

Seminar Summary: Certifying entanglement is an important step in the development of many quantum technologies, especially for higher-dimensional systems, where entanglement promises increased capabilities for quantum communication and computation. A key feature distinguishing entanglement from classical correlations is the occurrence of correlations for complementary measurement bases.

Speaker: Dr. Emanuele Gallorini, Post Doctoral Researcher, Department of Aerospace Science and Technology, Politecnico di Milano

[Speaker] Dr. Katia Del Rio-Tsonis, Professor, Dept. Biology, Miami University (MU)

[Title] Understanding the regenerative powers of ocular pigment epithelium

QG group meeting.
Speaker: Mirian Tsulaia.
Title: "Non-Supersymmetric Heterotic Strings".

Speaker: Dr. Rui Wang (Third Institute of Oceanography, Ministry of Natural Resources, China)

Title: Antarctic krill resources under climate change

Speaker 1: Mr. Rahul Steiger (ETH Zurich)

Title: In-Context Predictions on ICU Time-Series

Speaker 2: Mr. Thibault De Surrel (Université Paris-Dauphine)

Title: How Riemannian geometry can help us build better Brain Computer Interfaces

Speaker: Dr. Haruna Fujioka, Assistant Professor of Okayama University

岡山大学 藤岡春菜 助教授 (個人HP) 

社会性昆虫、  昆虫生態学、動物行動学、時間生物学

Vespa hornet larvae produce a rhythmic 'rasping' sound by rubbing their mandibles against the cell wall of the nest. The call is thought to be a larval provisioning cue. However, detailed observation of larval calls has been limited to a few species, and it is not known whether the call can be influenced by the external environment or internal larval states such as hunger. We conducted laboratory observations of larval calls to investigate the effect of 1) larval stage, 2) daily variation, and 3) larval hunger level. Vespa mandarinia larvae produced sounds independent of light conditions, time of day, worker absence, and hunger level. A key finding of this research is the novel discovery that larvae produce sounds at night, a previously undocumented behavior.

Dr. Robin Troiville-Cazilhac, Sorbonne Université

Language: English