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Strong Correlations
Views from Condensed Matter – by Jorge Quintanilla
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Quantitative Theory of Triplet Pairing in the Unconventional Superconductor LaNiGa2

By Jorge Quintanilla | 14 April 2020

Superconductivity is a topic of enduring fundamental as well as practical interest which has recently attracted even more attention with the advent of superconducting quantum … Read more

The Small-world Effect

By Jorge Quintanilla | 28 June 2018

Last month I gave an impromptu whiteboard tutorial on the Small-world effect as part of the Kent Theory Discussion Group. Here are the two main … Read more

Engineering Quench Resilience via Topological Transitions: a Proposal

By Jorge Quintanilla | 19 September 2017

I am presenting a poster at the European Conference on Applied Superconductivity on Thursday – my group’s first foray into the applied superconductivity research. It presents … Read more

Experimental implications of the entanglement transition in clustered quantum materials

By Jorge Quintanilla | 15 May 2017

For about 15 years, there has been an explosion of interest in the application of concepts derived from quantum information theory to condensed matter systems. … Read more

Two-gap superconductivity in LaNiGa2 with non-unitary triplet pairing and even parity gap symmetry

By Jorge Quintanilla | 16 June 2016

Our recent joint experiment-theory paper on LaNiGa2 has just been accepted for publication in Physical Review Letters (see abstract and link to full text below). … Read more

LaNiC2: triplet pairing via reversed quantum criticality

By Jorge Quintanilla | 07 January 2015

Just as 2014 was drawing to a close, two experimental papers from different groups in Japan appeared that significantly advance our understanding of LaNiC2. The … Read more

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