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One hundred patents that shaped the modern world / David Segal.

LIBRA T201 .S44 2019
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Format:
Book
Author/Creator:
Segal, David, author.
Contributor:
Edward Potts Cheyney Memorial Fund.
Language:
English
Subjects (All):
Patents--History.
Patents.
Inventions--History.
Inventions.
History.
Patents--Social aspects.
Social aspects.
Physical Description:
xiv, 226 pages : illustrations (black and white) ; 24 cm
Edition:
First edition.
Place of Publication:
Oxford, United Kingdom : Oxford University Press, [2019]
Contents:
1 Facts, Alternative Facts and Patent Literature p. 1
Patents p. 2
Patents and intellectual property p. 5
Patents as a source of technical information p. 5
Communications p. 6
Computing p. 7
Life sciences p. 8
Unexpected consequences of technological changes p. 9
Summary for the introduction p. 9
Further reading for the introduction p. 10
2 Inventions that Shaped the Modern World p. 13
1 Electric telegraph (1840) p. 14
2 Vulcanisation of rubber (1844) p. 16
3 Mauveine (1857) p. 18
4 Dynamite (1868) p. 21
5 Celluloid (1869) p. 22
6 Barbed wire (1874) p. 24
7 Gelignite (1876) p. 26
8 The telephone (1876) p. 28
9 Electric lamp (1880) p. 30
10 Diesel compressor engine (1886) p. 32
11 Alternating current motors (1888) p. 34
12 Acetylsalicylic acid (1900) p. 36
13 Wireless telegraphy (1901) p. 38
14 Tarmac (1904) p. 40
15 The diode (1905) p. 41
16 The triode (1907) p. 43
17 Haber-Bosch process (1910) p. 45
18 Cellophane (1918) p. 47
19 Insulin (1923) p. 49
20 Television (1924) p. 51
21 Frozen food (1930) p. 53
22 Monopoly (1935) p. 55
23 Polythene (1937) p. 57
24 Nylon (1938) p. 59
25 Xerography (1940) p. 61
26 Polytetrafluoroethylene (1941) p. 63
27 Frequency hopping (1942) p. 65
28 Synthetic polymers: Terylene (1946) p. 67
29 Radar (1947) p. 70
30 Point-contact transistor (1950) p. 72
31 Semiconductor amplifier (1950) p. 74
32 Programmable stored-memory computer (1951) p. 76
33 Barcode (1952) p. 79
34 Cavity magnetron (1953) p. 81
35 Building construction (1954) p. 84
36 Cortisone (1956) p. 86
37 Contraceptive pill (1956) p. 88
38 Solar cells (1957) p. 90
39 The maser (1959) p. 92
40 Silicon chip I: R. N. Noyce (1961) p. 94
41 Velcro (1961) p. 96
42 Lycra (1962) p. 98
43 Bouncing bomb (1963) p. 100
44 Silicon chip II: J. S. Kilby (1964) p. 102
45 Silicon chip III: R. N. Noyce (1964) p. 103
46 Shape memory alloys (1965) p. 105
47 Light-emitting diodes (1966) p. 106
48 The ruby laser (1967) p. 108
49 Superalloys (1967) p. 110
50 Ring-pull (1967) p. 112
51 Silicon chip IV: J. S. Kilby (1969) p. 114
52 Computer mouse (1970) p. 116
53 Kevlar (1972) p. 118
54 Post-it notes (1972) p. 120
55 Computerised tomography (1973) p. 121
56 Cephalosporins (1973) p. 123
57 Quorn (1974) p. 125
58 Charge-coupled device (1974) p. 127
59 Miniature electronic calculator (1974) p. 130
60 Antidepressants: fluoxetine (1977) p. 131
61 Artificial heart (1980) p. 133
62 Lithium-ion batteries (1981) p. 135
63 Monoclonal antibodies (1982) p. 137
64 RSA encryption (1983) p. 139
65 Recombinant DNA technology (1984) p. 141
66 Stereolithography (1986) p. 143
67 Polymerase chain reaction (PCR) (1987) p. 145
68 Ceramic oxide superconductors (1988) p. 147
69 Digital compression (1988) p. 149
70 Cyanobiphenyl liquid crystals (1990) p. 151
71 Vancomycin (1992) p. 152
72 Magnetic resonance imaging (MRI) (1992) p. 154
73 Personalised medicine (1992) p. 156
74 Organic light-emitting diodes (OLED) (1993) p. 158
75 Fuel cells (1995) p. 160
76 Blue light-emitting diodes (LEDs) (1995) p. 162
77 Herceptin (txastuzumab) (1998) p. 164
78 Tencel (1998) p. 166
79 Three-dimensional printing (1998) p. 167
80 Automated DNA sequencing (1998) p. 169
81 Patenting genes (1998) p. 171
82 PageRank (2001) p. 173
83 Robotic surgery (2002) p. 175
84 Quantum computing (2003) p. 177
85 Flash memory (2004) p. 180
86 Hydrogels (2004) p. 181
87 Lithography (2008) p. 182
88 iPod (2008) p. 184
89 Hyaluronic acid (2008) p. 187
90 Wireless mesh networks (2008) p. 188
91 Polylactic acid (2009) p. 191
92 Electric vehicles (2009) p. 193
93 Biodiesel (2009) p. 195
94 Stem cells (2011) p. 197
95 Optical fibre (2013) p. 200
96 Drones (2014) p. 202
97 Graphene (2014) p. 203
98 Metamaterials (2017) p. 205
99 Gene editing (CRISPR) (2017) p. 207
100 Video streaming (2017) p. 209.
Notes:
Includes bibliographical references and index.
Local Notes:
Acquired for the Penn Libraries with assistance from the Edward Potts Cheyney Memorial Fund.
Other Format:
Electronic version: Segal, David. One hundred patents that shaped the modern world.
ISBN:
0198834314
9780198834311
OCLC:
1061814652
Publisher Number:
99980819842

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