FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3179931302> ?p ?o ?g. }

• W3179931302 abstract "A secure key distribution (exchange) scheme is unconditionally secure if it is unbreakable against arbitrary technological improvements of computing power and/or any development of new algorithms. There are only two families of experimentally realized and tested unconditionally secure key distribution technologies: Quantum Key Distribution (QKD), the base of quantum cryptography, which utilizes quantum physical photonic features; and the Kirchhoff-Law-Johnson-Noise (KLJN) system that is based on classical statistical physics (fluctuation-dissipation theorem). The focus topic of this paper is the thermodynamical situation of the KLJN system. In all the original works, the proposed KLJN schemes required thermal equilibrium between the devices of the communicating parties to achieve perfect security. However, Vadai, et al, in (Nature) Science Reports 5 (2015) 13653 shows a modified scheme, where there is a non-zero thermal noise energy flow between the parties, yet the system seems to resist all the known attack types. We introduce a new attack type against their system. The new attack utilizes coincidence events between the line current and voltages. We show that there is non-zero information leak toward the Eavesdropper, even under idealized conditions. As soon as the thermal equilibrium is restored, the system becomes perfectly secure again. In conclusion, perfect unconditional security requires thermal equilibrium." @default.
• W3179931302 created "2021-07-19" @default.
• W3179931302 creator A5073866549 @default.
• W3179931302 creator A5079743697 @default.
• W3179931302 date "2021-07-05" @default.
• W3179931302 modified "2023-09-26" @default.
• W3179931302 title "Perspective—On the thermodynamics of perfect unconditional security" @default.
• W3179931302 cites W1504941456 @default.
• W3179931302 cites W1551219321 @default.
• W3179931302 cites W1619736070 @default.
• W3179931302 cites W1649010013 @default.
• W3179931302 cites W1907236072 @default.
• W3179931302 cites W1907661546 @default.
• W3179931302 cites W1995696809 @default.
• W3179931302 cites W1995962298 @default.
• W3179931302 cites W1995993258 @default.
• W3179931302 cites W2000428695 @default.
• W3179931302 cites W2011456647 @default.
• W3179931302 cites W2013622559 @default.
• W3179931302 cites W2015179126 @default.
• W3179931302 cites W2016905396 @default.
• W3179931302 cites W2019387971 @default.
• W3179931302 cites W2025844168 @default.
• W3179931302 cites W2033299655 @default.
• W3179931302 cites W2036792402 @default.
• W3179931302 cites W2037337825 @default.
• W3179931302 cites W2042872307 @default.
• W3179931302 cites W2046095519 @default.
• W3179931302 cites W2047897334 @default.
• W3179931302 cites W2062993023 @default.
• W3179931302 cites W2068663533 @default.
• W3179931302 cites W2070417372 @default.
• W3179931302 cites W2104747902 @default.
• W3179931302 cites W2109394932 @default.
• W3179931302 cites W2110524940 @default.
• W3179931302 cites W2111789393 @default.
• W3179931302 cites W2118554357 @default.
• W3179931302 cites W2129371739 @default.
• W3179931302 cites W2132279162 @default.
• W3179931302 cites W2135877091 @default.
• W3179931302 cites W2139802716 @default.
• W3179931302 cites W2140192101 @default.
• W3179931302 cites W2143255200 @default.
• W3179931302 cites W2147954541 @default.
• W3179931302 cites W2149098583 @default.
• W3179931302 cites W2154549916 @default.
• W3179931302 cites W2154791945 @default.
• W3179931302 cites W2163188372 @default.
• W3179931302 cites W2171777301 @default.
• W3179931302 cites W2183270100 @default.
• W3179931302 cites W2293665602 @default.
• W3179931302 cites W2322996135 @default.
• W3179931302 cites W2335252736 @default.
• W3179931302 cites W2415155093 @default.
• W3179931302 cites W2479771244 @default.
• W3179931302 cites W2607615670 @default.
• W3179931302 cites W2715306607 @default.
• W3179931302 cites W2766210587 @default.
• W3179931302 cites W2801305339 @default.
• W3179931302 cites W2890463001 @default.
• W3179931302 cites W2917007538 @default.
• W3179931302 cites W2950246383 @default.
• W3179931302 cites W2962703978 @default.
• W3179931302 cites W2963006110 @default.
• W3179931302 cites W2963846009 @default.
• W3179931302 cites W2969246823 @default.
• W3179931302 cites W2972275724 @default.
• W3179931302 cites W2979004024 @default.
• W3179931302 cites W2982133079 @default.
• W3179931302 cites W3091949304 @default.
• W3179931302 cites W3099233749 @default.
• W3179931302 cites W3099565715 @default.
• W3179931302 cites W3099697235 @default.
• W3179931302 cites W3099778935 @default.
• W3179931302 cites W3100030757 @default.
• W3179931302 cites W3100834545 @default.
• W3179931302 cites W3101491930 @default.
• W3179931302 cites W3101827277 @default.
• W3179931302 cites W3102052653 @default.
• W3179931302 cites W3102053974 @default.
• W3179931302 cites W3102424851 @default.
• W3179931302 cites W3102725792 @default.
• W3179931302 cites W3103103248 @default.
• W3179931302 cites W3103225357 @default.
• W3179931302 cites W3104976600 @default.
• W3179931302 cites W3105148378 @default.
• W3179931302 cites W3105337294 @default.
• W3179931302 cites W3105425341 @default.
• W3179931302 cites W3105837159 @default.
• W3179931302 cites W3106112204 @default.
• W3179931302 cites W3106136072 @default.
• W3179931302 cites W3106148715 @default.
• W3179931302 cites W3106248957 @default.
• W3179931302 cites W3139098636 @default.
• W3179931302 cites W4293702014 @default.
• W3179931302 cites W567498330 @default.
• W3179931302 doi "https://doi.org/10.1063/5.0057764" @default.
• W3179931302 hasPublicationYear "2021" @default.
• W3179931302 type Work @default.
• W3179931302 sameAs 3179931302 @default.

• next