Mohamed Sabba
@ma_sabba
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Postdoc @LevittGroup studying long-lived spin order methodology in NMR. Fan of all things quantum dynamics and millitesla. Programs everyone's pulse sequences.
Southampton, England
Joined August 2019
Pinning this as a thread: "old but gold", a curated weekly series of classic NMR papers. Format is inspired by the excellent tweets of @gabrielpeyre.
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RT @Riazi_Cafe_en: Andrew Wiles on doing mathematics: "Perhaps I could best describe my experience of doing mathematics in terms of enteri…
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RT @chris_juravich: Here’s a master class in useful integration properties. Worth the effort to learn them and incorporate them into your s…
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@BryceNation A common (Google Scholar returns 230 hits) typo that is certainly more charming than the unfortunate, but just as popular, "chemical shit"...
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RT @chris_juravich: This is a machine for calculating ζ(even), η(even), and β(odd) values without using Bernoulli numbers or Euler numbers.…
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RT @fermatslibrary: The French mathematician André Weil was imprisoned for failing to report for army duty in 1940. While in jail, he prove…
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RT @bryan_lucier: The work below is now accepted in @PCCP ! This open-access study about how 91Zr NMR can be applied to investigate local s…
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RT @Bucherlab: Finally published: A fluorescence microscope that performs microscale MRI using NV centers in diamond.
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RT @RosenLab: Very exciting that the world's first bedside portable MRI scanner developed by @Hyperfine (which I founded 11 years ago with…
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"There's another type of exponential when things become non-commutative." is a beautiful way to summarize (for example) the wider umbrella of effective Hamiltonian theory.
There's another type of exponential when things become non-commutative. Here's a fairly general example used in #quantum field theory. This exponential also has geometrical significance in parallel transporting objects in principal G-bundles. #math #physics #calculus #geometry
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RT @TeXgallery: Today, I saw this beautiful spherical-shaped Aizawa (Langford) attractor based on differential equations visualized by @jcp…
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