“I am no poet, but if you think for yourselves, as I proceed, the facts will form a poem in your minds”
- Michael Faraday, Lecture notes of 1858

Software

All the software projects that I currently actively maintain or develop can be found on my github profile. Most of my contributions to other open source projects can be discovered in this way as well. I highlight a few projects in the list below.

• OrderStatistics.jl - a Julia module for working with order statistics.
• IndependentRandomSequences.jl - a Julia module for creating indepedent random sequences.
• an assorted list of Jupyter computational notebooks on different topics.

Those with a sense of adventure may also use google to find my wild and unmaintained software using their search engine of choice.

Writings

Peer reviewed scientific publications

• Gabriel J Mitchell, Kurt Wiesenfeld, Daniel C Nelson, Joshua S Weitz. (2013) Critical cell wall hole size for lysis in Gram-positive bacteria. Journal of The Royal Society Interface 10 (80), 20120892 Link.
• I King Jordan, Andrew B Conley, Ivan V Antonov, Robert A Arthur, Erin D Cook, Guy P Cooper, Bernard L Jones, Kristen M Knipe, Kevin J Lee, Xing Liu, Gabriel J Mitchell, Pushkar R Pande, Robert A Petit, Shaopu Qin, Vani N Rajan, Shruti Sarda, Aswathy Sebastian, Shiyuyun Tang, Racchit Thapliyal, Neha J Varghese, Tianjun Ye, Lee S Katz, Xin Wang, Lori Rowe, Michael Frace, Leonard W Mayer. (2011) Genome sequences for five strains of the emerging pathogen Haemophilus haemolyticus. Journal of bacteriology 193 (20), 5879 Link.
• GJ Mitchell, DC Nelson, JS Weitz. (2010) Quantifying enzymatic lysis: estimating the combined effects of chemistry, physiology and physics. Physical Biology 7 (4), 046002 Link.

Manuscripts

• Gabriel J Mitchell. (2013) Quantifying enzymatic lysis in Gram-positive bacteria. PhD thesis at the Georgia Institute of Technology