4th Annual Niels Bohr Institute MSc. Student Symposium

Session

Presentations

Not scheduled

Auditorium 3 & Hall (H.C. Ørsted Institute)

16. Construction of Fault Tolerant Interfaces for Topological Quantum Error Correcting Codes

Presentation

In this work we consider novel constructions for fault tolerant encoding and decoding interfaces in the context of channel codes that serve to protect quantum information being sent between a sender and receiver under the presence of general quantum noise. These encoding and decoding interfaces serve as the transitions between the physical quantum input output information of the system and the...

11. Diatoms - A novel sea-ice proxy

Presentation

The Climate Crisis is one of the major challenges facing humanity today. To understand and predict how the Earth’s climate will respond to ongoing anthropogenic forcing, it is essential to first examine the dynamics of the climate system and its past variability. Ice sheets covering Greenland and Antarctica serve as crucial archives of past climate conditions, preserving proxies for...

23. Modelling bursty star formation in high redshift galaxies

Presentation

The James Webb Space Telescope (JWST) has uncovered an unexpectedly high abundance of ultraviolet-bright galaxies early in the Universe, at redshifts beyond 10. Various explanations have been proposed, including bursty star formation, a top-heavy initial mass function (IMF) or a higher star formation efficiency. However, to date we lack physical models or simulations that has explored the...

5. Neutron Star properties through Collider experiments

Presentation

With the advent of multimessenger astronomy, neutron stars are studied through multiple observational methods. These observations, combined with data from collider experiments such as those at the LHC at CERN, help constrain the Equation of State (EoS) of neutron matter. The symmetry energy parameter (Lsym) in the EoS is of great interest due to its connection with the neutron skin thickness...