Ken BrewerProkenbrewer.com·May 27, 2024Personal highlights from Nextflow Summit: Boston 2024I had the pleasure of attending the Nextflow Summit: Boston 2024 last week. It was a fantastic experience catching up with friends in the Boston bioinformatics community and finally meeting up in person with some of my collaborators from the nf-core ...Discuss·74 readsmicroscopy
Steven WhitakerforGreat Lakes Consulting's Blogblog.glcs.io·Feb 19, 2024Efficient Julia Optimization through an MRI Case StudyWelcome to our first Julia for Devs blog post! This will be a continuously running series of posts where our team will discuss how we have used Julia to solve real-life problems. So, let's get started! In this Julia for Devs post, we will discuss us...Discuss·3 likes·354 readsJulia for DevsJulia
Steven WhitakerforGreat Lakes Consulting's Blogblog.glcs.io·Sep 4, 2023MRI Scan Simulation Made Easy with BlochSim.jlMRI scans manipulate magnetization vectors to produce an observable signal. Often it can be useful to simulate what signal an MRI scan will generate. Example scenarios include simulating MRI signals for educational purposes, for developing a new MRI ...Discuss·244 readsMRI in JuliaJulia
Steven WhitakerforGreat Lakes Consulting's Blogblog.glcs.io·Aug 28, 2023Mastering MRI Bloch Simulations with BlochSim.jl in JuliaJulia is a relatively new programming language that excels especially in scientific computing. In addition to the functionality provided by the language itself, Julia boasts a large and growing collection of packages that can be seamlessly installed ...Discuss·225 readsMRI in JuliaJulia
Steven WhitakerforGreat Lakes Consulting's Blogblog.glcs.io·Aug 21, 2023Simulating MRI Physics with the Bloch EquationsMRI is an important imaging modality with impressive diagnostic capabilities. The equations that specify the physics of how MRI works are called the Bloch equations. People who study MRI use the Bloch equations to simulate MRI scans. These simulation...Discuss·411 readsMRI in JuliaJulia
