The Jupyter notebooks have been my browser-based portal to science and web technology for the past two years. Beyond the technology, a large community of developers and scientists have rallied around the Jupyter notebooks. Consequently, a wealth of reproducible and reusable code lives in the hundreds of thousands of Jupyter notebooks available online. This short talk will highlight my favorite features of the Jupyter project and discuss how the Jupyter community has accelerated my ability to science.
I am the Community Scientist at Continuum Analytics, makers of the Anaconda platform, and co-founder of the PyData Atlanta meetup group. I am interested in using the modern web to build open science communities, and share reproducible work. Prior to working in open source software, I taught Materials Science and Mechanical Engineering at Georgia Tech, University of California Santa Barbara, and Drexel University.
Me
Tony Fast, Ph.D.
Abstract
The Jupyter notebooks have been my browser-based portal to science and web technology for the past two years. Beyond the technology, a large community of developers and scientists have rallied around the Jupyter notebooks. Consequently, a wealth of reproducible and reusable code lives in the hundreds of thousands of Jupyter notebooks available online. This short talk will highlight my favorite features of the Jupyter project and discuss how the Jupyter community has accelerated my ability to science.
Affiliation
Continuum Analytics
About Me
I am the Community Scientist at Continuum Analytics, makers of the Anaconda platform, and co-founder of the PyData Atlanta meetup group. I am interested in using the modern web to build open science communities, and share reproducible work. Prior to working in open source software, I taught Materials Science and Mechanical Engineering at Georgia Tech, University of California Santa Barbara, and Drexel University.