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Defining Substrate Specificities for Lipase and Phospholipase Candidates

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Published on: November 23, 2016

Octacyanometallate qubit candidates.

Tyler J Pearson¹, Daniel W Laorenza, Matthew D Krzyaniak

¹Department of Chemistry, Northwestern University, Technological Institute, 2145 N. Sheridan Rd., Evanston, Illinois 60208-3113, USA. danna.freedman@northwestern.edu.

Dalton Transactions (Cambridge, England : 2003)

|July 12, 2018

Summary

Octacyanometallate complexes exhibit long spin-lattice relaxation times at low temperatures. Spin-orbit coupling influences these dynamics, offering a way to tune relaxation rates in molybdenum and tungsten compounds.

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Area of Science:

Inorganic Chemistry
Solid State Physics
Quantum Chemistry

Background:

Octacyanometallates are coordination complexes with interesting magnetic properties.
Spin dynamics are crucial for understanding magnetic materials and quantum computing applications.
Spin-lattice relaxation describes the rate at which a spin system returns to thermal equilibrium.

Purpose of the Study:

To investigate the temperature dependence of spin dynamics in octacyanometallates.
To determine the spin-lattice relaxation times for [Mo(CN)8]3- and [W(CN)8]3- complexes.
To explore the role of spin-orbit coupling in modulating spin relaxation processes.

Main Methods:

Temperature-dependent measurements of spin dynamics.
Analysis of spin-lattice relaxation times at low temperatures (5 K).
Theoretical probing of factors influencing spin relaxation, including spin-orbit coupling.

Main Results:

Observed remarkably long spin-lattice relaxation times at 5 K: 1.05 s for [Mo(CN)8]3- and 0.63 s for [W(CN)8]3-.
Identified key factors contributing to spin relaxation in these systems.
Demonstrated that spin-orbit coupling can be utilized to tune vibrationally mediated spin-lattice relaxation.

Conclusions:

Octacyanometallates possess long spin coherence times, making them promising for magnetic applications.
Spin-orbit coupling is a significant parameter for controlling spin relaxation in these complexes.
Vibrationally mediated relaxation pathways can be effectively tuned via spin-orbit coupling.