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Etymologie

Was (wer) ist terminate fluctuation - definition

THEOREM

Fluctuation Dissipation Theorem; Fluctuation–dissipation theorem; Fluctuation dissipation theorem; Fluctuation-Dissipation theorem; Fluctuation-dissipation relation; Fluctuation–dissipation relation

Quantum fluctuation

RANDOM CHANGE IN THE ENERGY INSIDE A (TYPICALLY SUB-MICROSCOPIC) VOLUME

Vacuum fluctuations; Vacuum fluctuation; Quantum flux; Vacuum Fluctuations; Quantum Fluctuation; Quantum fluctuations; Quantum vacuum fluctuation; Quantum vacuum fluctuations; Quantum jitters; Quantum Fluctuations

In quantum physics, a quantum fluctuation (also known as a vacuum state fluctuation or vacuum fluctuation) is the temporary random change in the amount of energy in a point in space, as prescribed by Werner Heisenberg's uncertainty principle. They are minute random fluctuations in the values of the fields which represent elementary particles, such as electric and magnetic fields which represent the electromagnetic force carried by photons, W and Z fields which carry the weak force, and gluon fields which carry the strong force.

https://en.wikipedia.org/wiki/Quantum_fluctuation

Terminate-and-stay-resident program

COMPUTER PROGRAM THAT USES A SYSTEM CALL TO RETURN CONTROL TO THE OS, AS THOUGH THE PROGRAM HAS QUIT, BUT STAYS RESIDENT IN MEMORY SO IT CAN BE REACTIVATED BY A HARDWARE OR SOFTWARE INTERRUPT, IN ORDER TO WORK AROUND THE OS’S LACK OF MULTITASKING

TSR (computing); Terminate and stay resident; Terminate-and-Stay-Resident program; Terminate-and-Stay Resident Program; RAM resident; Memory resident; TSR program; Terminate-and-stay resident; Terminate-and-Stay-Resident; Terminate & Stay Resident; TSR file viruses; Terminate-and-Stay-Resident Program; Alternate Multiplex Interrupt Specification; Terminate and Stay Resident; Terminate and stay resident program; Terminate-and-stay-resident; Alternate multiplex interrupt specification; IBM Interrupt Sharing Protocol; IBM interrupt sharing protocol; Interrupt Sharing Protocol; Interrupt sharing protocol; Memory-resident program

A terminate-and-stay-resident program (commonly TSR) is a computer program running under DOS that uses a system call to return control to DOS as though it has finished, but remains in computer memory so it can be reactivated later. This technique partially overcame DOS's limitation of executing only one program, or task, at a time.

https://en.wikipedia.org/wiki/Terminate-and-stay-resident_program

Terminate and Stay Resident

COMPUTER PROGRAM THAT USES A SYSTEM CALL TO RETURN CONTROL TO THE OS, AS THOUGH THE PROGRAM HAS QUIT, BUT STAYS RESIDENT IN MEMORY SO IT CAN BE REACTIVATED BY A HARDWARE OR SOFTWARE INTERRUPT, IN ORDER TO WORK AROUND THE OS’S LACK OF MULTITASKING

TSR (computing); Terminate and stay resident; Terminate-and-Stay-Resident program; Terminate-and-Stay Resident Program; RAM resident; Memory resident; TSR program; Terminate-and-stay resident; Terminate-and-Stay-Resident; Terminate & Stay Resident; TSR file viruses; Terminate-and-Stay-Resident Program; Alternate Multiplex Interrupt Specification; Terminate and Stay Resident; Terminate and stay resident program; Terminate-and-stay-resident; Alternate multiplex interrupt specification; IBM Interrupt Sharing Protocol; IBM interrupt sharing protocol; Interrupt Sharing Protocol; Interrupt sharing protocol; Memory-resident program

(TSR) A type of DOS utility which, once loaded, stays in memory and can be reactivated by pressing a certain combination of keys.

Wikipedia

Fluctuation-dissipation theorem

The fluctuation–dissipation theorem (FDT) or fluctuation–dissipation relation (FDR) is a powerful tool in statistical physics for predicting the behavior of systems that obey detailed balance. Given that a system obeys detailed balance, the theorem is a proof that thermodynamic fluctuations in a physical variable predict the response quantified by the admittance or impedance (to be intended in their general sense, not only in electromagnetic terms) of the same physical variable (like voltage, temperature difference, etc.), and vice versa. The fluctuation–dissipation theorem applies both to classical and quantum mechanical systems.

The fluctuation–dissipation theorem was proven by Herbert Callen and Theodore Welton in 1951 and expanded by Ryogo Kubo. There are antecedents to the general theorem, including Einstein's explanation of Brownian motion during his annus mirabilis and Harry Nyquist's explanation in 1928 of Johnson noise in electrical resistors.

https://en.wikipedia.org/wiki/Fluctuation-dissipation theorem