Zhigang Suo @zhigangsuo Jun 11 A beginning thermodynamics course is preoccupied with a fluid, modeled as a system of two independent variables. The number “two” is a choice of convenience, not a matter of principle. Here is a system of one independent variable. https://pic.x.com/0jobgnimo5 Replying to @zhigangsuo Kilo, Mega, Giga, Tera, Peta, milli, micro, nano, pico, femto,
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https://www.facebook.com/reel/982103566933564 Facebook – Memory storage devices. Other possibilities, and the future I used every one of those in many places. But before those were vacuum tube memories, relay memories, magnetic cores, bubble memories, washing machine sized disk drives, paper tape, magnetic wires, and many others. My first computer I made out of straight pins and
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https://www.facebook.com/reel/509200281842798 Temple Grandin worked out many of these sorts of things for herds and groups of domesticated animals. But most any mall or architecture, any business these kinds of considerations do have relevance. On the Internet, it matters how you present things and what the experience is before you get there and as you leave
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Vladimir Bulatov @bulatov_org time periodic dynamics of Gray-Scott reaction-diffusion on the hyperbolic orbifold 3222 https://pic.x.com/uyvdlx9ds4 Replying to @bulatov_org My Comment: Propose: Surface magnet flux tubes can sense and control emerging and stable vortex structures and turbulence Suggest you take a look at (“turbulence” OR “convection”) with about 125 Million entries. ( “wall bounded”) (“turbulence” OR
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Yi Ma @YiMaTweets The truth about intelligence can only be fully explained through the language of mathematics, not necessary very deep. Replying to @YiMaTweets True Intelligence from open verifiable accessible mathematical systems might help all humans, not just enrich a few There are many languages in the world and some humans do not have a
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Facebook about braided loops and woven structures.  Steve Mould “How Elastic Knots Really Work” Everything you are doing with closed wire loops also works for closed magnetic circuits. What flows is not stress (wires and solids), but electrons (conductors) and Webers (units of magnetic flux). The intensities are (Newtons/Meter^2*second) (Coulombs/Meter^2*Second) (Webers/Meter^2*Second) A Weber/Meter^2 is a
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