This research was supported by the Science Fund of the Republic of Serbia, 10925, Dynamics of CDW transition in strained quasi-1D systems - DYNAMIQS
DYNAMiQS
news
DYNAMIQS Workshop: Quantum Phases and Ordering
Part of the “Advances in Solid State Physics and New Materials 2025” Conference
Conference Dates: May 19–23, 2025
Workshop Dates: May 20 and 22, 2025
Location: Serbian Academy of Sciences and Arts, Belgrade
The workshop Quantum Phases and Ordering explores the rich and diverse landscape of strongly correlated materials, focusing on emergent quantum phases and ordering phenomena. As part of the DYNAMIQS project (Dynamics of CDW Transition in Strained Quasi-1D Systems), funded by the Science Fund of the Republic of Serbia, these sessions bring together researchers investigating charge density waves, unconventional superconductivity, and topological or metastable quantum states.
DYNAMiQS
news
DYNAMIQS Open Door Day – April 22, 2025
Center for Solid State Physics and New Materials
Institute of Physics Belgrade, Serbia
We are pleased to invite you to the Open Door Day of the project DYNAMIQS-Dynamics of CDW Transition in Quasi-1D Systems, which will take place on Tuesday, April 22, 2025, at the Center for Solid State Physics and New Materials, Institute of Physics Belgrade.
DYNAMiQS
Objectives
Enhancing our understanding of the fundamental physics and Fermi surface instabilities within transition metal trichalcogenides by introducing symmetry-breaking strain fields. Lattice dynamics and phase transitions will be explored through spectroscopic analysis, with a focus on examining their response to external factors (temperature and strain fields) as well as internal parameters (doping and intercalation).
DYNAMiQS
Ambition
Our ambition is to investigate phase transitions, particularly the charge density wave (CDW) state, in ZrTe₃₋ₓSeₓ single crystals. Our focus lies specifically around the quantum critical point, where x is approximately 0.03. Additionally, we aim to explore this phenomenon in intercalated samples of Ni and Cu. This entails subjecting the ZrTe₃₋ₓSeₓ crystals to both tensile and compressive homogeneous uniaxial strain fields.
About
Institute of Physics Belgrade
The Institute of Physics Belgrade (IPB), as the first National institute of the Republic of Serbia is dedicated to the study of physics and related disciplines. With over 200 researchers, it is a hub for scientific inquiry, contributing significantly to Serbia's scientific, educational, cultural, and socioeconomic development. Within the IPB, the Centre for Solid State Physics and New Materials is one of four Centres of Excellence, with over 40 researchers. The Centre provides a collaborative environment for researchers and students alike to engage in cutting-edge research activities and thus is recognized as the European Centre of Excellence for optical spectroscopy application in physics, material science and environmental protection.