About

about02

Peter Mander, the author and editor of CarnotCycle blog. Physical chemist by training, with a particular interest in thermodynamics.

He is the originator of a novel formula for computing absolute humidity, defined as water vapor density in g/m^3, from temperature and relative humidity. Published applications of the formula range from mapping urban climate patterns across the US to microcontroller software for humidity monitoring and management.

Comments
  1. flowcoef says:

    W00t. Unfortunately my skills in thermo and history are not at the level that lets me intelligently comment on individual posts. Still, I love your work here.

  2. Hi Peter,

    Thank you so much for visiting my blog and liking so many of my posts! I love physical chemistry, and I really like your blog! I aspire to use machine learning to study physical chemistry in novel ways, and The Chemical Statistician allows me to lay the foundation of my thoughts to build that dream.

    I look forward to reading more of your posts and learning more from you!

    Thanks,

    Eric

  3. Stacey says:

    Your formula relative humidity to absolute humidity and the following explanation were helpful to me. Thanks!

  4. elkement says:

    Your blog is extremely interesting for me – I am physicist and engineer (working with heat pumps), and history of science is a hobby of mine. I will follow your blog.

  5. Thank you for “liking” my article, “The Thermodynamics of an Intelligent Living Universe”. I appreciated your description of “assisted entropy”, as civilization’s conversion of rare (and not-so-rare) elements into irretrievable waste has become the bane of terrestrial life, and this form of entropy is often ignored in discussions about sustainability through “advances” in technology. Jeremy Rifkin dealt with this in his seminal 1980 book Entropy, in which he described civilization as “creating islands of order amidst seas of disorder”.

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