|  Technology | 
Engineering and Technology in General > s.a. sound.
  * History: Has contributed
    to physics in thermodynamics (Carnot)
    and information theory (Shannon).
  * Status: Three of the
    fastest-growing technology of our day – biotechnology, nanotechnology,
    and information technology – are converging to give scientists
    unprecedented control of matter on the molecular scale.
  @ Simple: Brennan 90 [literacy]; Vincents 90;
    Petrosky 92;
    Burke SA(96)jul [essays];
    Collins & Pinch 02;
    Constable & Somerville 03 [achievements, r PT(04)dec];
    Auyang 04;
    McClellan & Dorn 06 [history];
    Itzkoff NYT(08)apr [M Kaku and impossibilities].
  @ Energy-related technology: news pw(10)jun,
    sn(10)jul [solar cells];
    > s.a. nuclear technology.
  @ Nanotechnology: issue SA(01)sep;
    Jones pw(04)aug;
    Tahan phy/06-ch;
    Whitehouse CP(08) [nanometrology];
    Milburn & Wooley CP(08);
    Rodgers ed-09;
    Hoffmann 12
      [molecular machines, order out of chaos, and the second law];
    > s.a. carbon [graphene]; condensed matter [clusters
      and nanoparticles]; electronic technology; quantum information.
  @ Related topics: Billah & Scanlan AJP(91)feb [Tacoma Narrows];
    Ross CP(97) [automobiles and fuel efficiency];
    Tennekes 09 [flight].
Information and Communication Technology
  > s.a. Cryptology; quantum technology [quantum cryptography].
  @ Communications in general: Truxal 90;
    Bray 95;
    Solymar 99;
    Boyd et al PRX(18) [thermodynamic cost of modularity].
  @ Data security: Javidi PT(97)mar [optical technology].
  @ The Internet: Krol 94;
    Thomas 95 [for scientists];
    PW(95)feb, 43-45;
    White PT(98)nov [hep origins];
    Barabási pw(01)jul [as network, and statistical mechanics].
  @ Related topics:
    Prevedel et al PRL(11)
    + Wilde Phy(11)
      [use of quantum entanglement in classical communication];
    Gisin PRA(13)-a1304
      [communication without any particles carrying the information];
    Exirifard et al a2009 [in a curved spacetime geometry].
Other Technology
  > s.a. electronic [including MEMS & superconducting], nuclear,
  optical [including optomechanical] and quantum technology;
  vacuum.
  @ History: Cardwell 95,
    01;
    Denny 07 [ancient];
    Ede 19 [and society].
  @ Photography, development process: Rech(90)jan, p48.
  @ Control theory: Meirovitch 90;
    Nijmeijer & van der Schaft 90.
  @ Acoustics: news sa(14)mar [one-way sound transmission device].
  @ Related topics: Mort PT(94)apr [xerography];
    Bohren AJP(97)jan [microwave ovens];
    news sn(10)aug,
    Linden et al PRL(10) [microscopic "refrigerators"].
  > Specific items:
    see tests of general relativity [GPS].
Ordinary Objects
  > s.a. clocks; sound [instruments].
  @ Everyday life objects: Goodwin 92;
    Weber 92;
    Petrosky 94.
  @ Inventions: Flatow 92.
  @ Bicycle: Franke et al EJP(90);
    Maddox Nat(90)aug.
  @ Frisbee: NS(90)jul28, p37-40.
  @ Parachute: Peterson PT(93)aug.
  @ Roulette: in Bass 85;
    (in Gleick 87).
  @ Other objects: Press AJP(78)oct [waterbed];
    Case & Swanson AJP(90)may [swing];
    Petrosky 90 [pencil];
    Stewart SA(96)jul [shoelaces].
Games > s.a. game theory.
  @ References: Dewdney SA(85)may,
    SA(87)feb.
"For a successful technology, reality must take precedence over public relations, for nature cannot be fooled." – R. Feynman.
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send feedback and suggestions to bombelli at olemiss.edu – modified 12 sep 2020