[Info-vax] Where is EISNER:: and who funds it?

alanfe...@gmail.com alanfeldman48 at gmail.com
Tue Dec 28 22:47:38 EST 2021


On Tuesday, December 28, 2021 at 7:42:05 PM UTC-5, Jan-Erik Söderholm wrote:
> Den 2021-12-29 kl. 01:33, skrev Dave Froble: 
> > On 12/28/2021 7:21 PM, Jan-Erik Söderholm wrote: 
> >> Den 2021-12-28 kl. 22:38, skrev alanfe... at gmail.com: 
> >>> On Tuesday, December 28, 2021 at 3:41:41 PM UTC-5, Phillip Helbig 
> >>> (undress to 
> >>> reply) wrote: 
> >>>> In article <j2tqdp... at mid.individual.net>, Roy Omond <r... at omond.net> 
> >>>> writes: 
> >>>> 
> >>>>> On 26/12/2021 18:36, alanfe... at gmail.com wrote: 
> >>>>> 
> >>>>>> ... 20 F is 68 C. 30 F is 86. Then just add or subtract 18 per 10 for 
> >>>>> anything else. Good enough. 
> >>>>> 
> >>>>> See, you even got that wrong: "20 F is 68 C. 30 F is 86." 
> >>>> 
> >>>> Correct is "20 C is 68 F. 30 C is 86 F". 
> >>> 
> >>> Yes. Sometimes a get dyslexic, and the hour was late. 
> >>> 
> >>> Maybe easier to add or 
> >>>> subtract 9 for 5. For me, a difference of 5 C is easily noticeable. 
> >>>> 
> >>>> At that temperature is C the same as F? -40. 
> >>> 
> >>> -40 deg. F is the same as -40 kelvin. (or kelvins? I still don't have that 
> >>> straight.) 
> >> 
> >> To points. 
> >> 
> >> If the temperature that is commonly known as the "absolute zero" is defined 
> >> to be 0 K, please explain how you will get to -40 K. 
> > 
> > Negative heat ? 
> > 
> > :-)
> Right, there is "antimatter", so why not? :-)

BTW, there is such a think as negative temperature. And it has nothing to do with antimatter. It has to do with systems of spins. When the energy is bounded, you can get negative temperatures.






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