## Physics and applications of the Josephson effectComprehensive coverage of the Josephson effect, from a survey of underlying physical theory to actual and proposed engineering applications. Considers many macroscopic quantum effects with potential for technical development. Theoretical material is followed by relevant discussions of device applications. Includes 100 original figures and photographs. |

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amplitude applied flux assume behavior biased bridge capacitance Chapter computed condition constant Cooper pairs corresponding coupling critical current cryotron current bias current density d.c. Josephson current d.c. SQUID Dayem derived device different values discussed dissipation double junction electron energy equation experimental data Figure finite voltage fluctuations flux quantum fluxoid fluxon frequency geometry given hysteresis hysteretic inductance integral investigated Josephson effect Josephson element Josephson junction junction loop Langenberg layer Likharev magnetic field magnetic field dependence magnetometer maximum Josephson current measurements metal microwave modulation niobium noise normal obtained order parameter oscillator oxide pair phase photoresist Phys point contact proximity effect quasiparticle r.f. current r.f. SQUID R.S.J. model radiation region reported in Fig resistance resonant sample Scalapino Section semiconductor shown in Fig signal solution SQUID step structures superconducting loop supercurrent tank circuit technique term theory thermal thickness thin film tunnel junctions V-I characteristic V-I curve weak link zero voltage Zimmerman