Big T and small t

[AntonioLao]

Big T is an intensive property of a thermodynamics system (e.g. the entire universe) called the absolute temperature measured in units of kelvin while small t is the indefinite continued uniform progression of existence of every singular or group of space-time events comprising the totality of the space-time continuum measured in seconds of time. The product of the uncertainty of big T and the uncertainty of small t is greater than or equal to Planck’s constant of action divided by the Boltzmann’s constant: ∆T∆t≥h/k. This is approximately 45 picoseconds kelvin. It means that for every uncertainty in Big T of one kelvin the corresponding uncertainty in the time interval is at the least 45 picoseconds, could be more but never less. As the uncertainty in small t becomes certainty of value zero then the corresponding uncertainty in big T becomes infinity. Conversely, as the uncertainty in big T becomes certainty of value zero the corresponding uncertainty in small t becomes infinity.
These ideas seem to indicate a physical limit for the construction of a quantum computer. As the computer clock gets faster and faster (this is equivalent to the speed of the CPU), the solid states temperature increase in direct proportion such that for a very fast computer the thermal properties of the nanotechnological devices become very important.

[mkirkpatrick]

T minus one as NASA might say,personally I like my T without milk and sugar,Turkish style!




regards michael.

[MJA]

Big T, that's what I call my son.
And now he's a linebacker playing college ball.

Ya, I'm proud of him!

=
MJA

[AntonioLao]

I like my T without milk and sugar

The important question is whether you have it hot, tepid, or cold?

[AntonioLao]

Big T, that's what I call my son.

The important question is whether he has a hot temper, cool temper, or cold temper?