Authors: Marc Kaufman
Ivuna,
118
micrometeorites,
72
Murchison,
69
â74,
110
,
112
,
115
,
117
â18,
124
Tagish Lake,
115
and “thermal shock” hypothesis,
108
meteoriticists,
73
methane:
on Mars,
4
,
6
,
8
â9,
13
,
79
â83,
88
â95,
96
,
102
,
123
,
144
and serpentinization,
82
as sign of life,
143
methanogens,
81
â82
METI (messaging to extraterrestrial intelligence),
174
â76
Microgravity Science Glovebox,
76
Miller, Stanley,
77
material from original experiments of,
61
â62
and origin of life,
54
,
59
;
see also
Miller-Urey experiment
and volcanic studies,
62
â63,
66
â68
Miller-Urey experiment,
59
â65,
67
,
74
basic logic of,
77
and related research,
74
â78
in space,
76
â78
Mono Lake, California,
156
,
158
â60
Morris, Dick,
106
Mountain, Matt,
145
â46
Mount Redoubt, Alaska,
63
â67
Mount St. Augustine, Alaska,
64
,
65
multiverse theory,
151
â53,
154
,
155
Mumma, Michael:
and Martian water,
95
and methane on Mars,
79
â83,
94
,
102
Murchison meteorite,
69
â74,
110
,
112
,
115
,
117
â18,
124
Nagy, Bartholomew,
118
Narusawa, Shin-ya,
161
â66,
177
NASA:
and Allan Hills meteorite,
93
â94
and astrobiology,
4
,
12
â14,
130
,
158
,
160
,
181
,
184
and definition of life,
35
â39,
46
and desert varnish,
47
Goddard Space Flight Center,
68
,
80
,
99
,
144
Jet Propulsion Laboratory,
99
Marshall Space Flight Center,
114
â15
and Mars Science Laboratory,
13
,
42
â43,
96
â100
and Murchison meteorite,
73
and origin of life,
75
and politics,
169
and shadow biosphere,
156
,
159
â60
Spirit and Opportunity,
103
Terrestrial Planet Finder,
142
â43,
144
â45,
148
and Viking missions,
39
â45,
97
,
105
,
122
â24
National Academy of Sciences,
12
,
52
,
148
National Science Foundation,
47
,
148
natural selection, cosmic,
152
â54
Navarro-González, Rafael,
42
,
124
neutron,
150
Newton, Isaac,
154
Nickles, Tom,
49
â51
Nishi-Harima telescope,
162
â63,
165
â66
nitric acid,
37
nitrites,
60
â61
nitrogen, and volcanoes,
66
Northam Platinum mine,
17
â24
Northrup Grumman,
145
nucleotides,
53
Oliver, Bernard “Barney,”
171
olivine,
82
one-world view,
183
Onstott, Tullis,
5
,
15
â17,
22
,
23
â24,
48
Orgueil meteorite,
69
,
115
,
118
â19
Ozma project,
166
Paine, Thomas,
183
paleogenomics,
53
panspermia,
78
Paranal, Chile, Atacama Desert,
11
,
83
â85,
87
â89,
93
particle physics,
151
Pasteur, Louis,
69
peridot,
82
petroglyphs,
46
Phoenix mission,
43
phosphorus,
158
â59
and cosmic natural selection,
152
â54
and gravity,
153
Pikuta, Elena,
119
Pizzarello, Sandra,
71
Planetary Society,
162
planets:
gravitational force of,
131
,
134
â35
in other solar systems (exoplanets),
3
,
5
â6,
10
,
143
terra-forming,
185
plurality of worlds,
183
â84
Polkinghorne, John,
154
polycyclic aromatic hydrocarbons (PAHs),
76
,
77
â78
Pontifical Academy of Sciences,
179
â80
Popa, Radu,
36
precision Doppler velocity,
135
proof of principle,
55
proteins, and amino acids,
35
,
56
,
60
,
67
,
70
,
72
proton,
150
quantum theory,
155
Quran,
180
Race, Margaret,
185
Raman, C. V.,
98
Raman spectrometer,
98
â100
“Rare Earthers,”
187
Rees, Lord Martin,
150
religion, and first contact,
179
â85
Renno, Nilton,
36
respiration,
45
cellular,
28
ribose,
54
right-handed formation,
8
Rio Tinto, Spain,
24
RNA, preformed,
56
RNA enzyme,
55
â56
robot, submersible,
31
â32
Rozanov, Alexi,
119
Russell, Mark,
75
Russia, Lake Vostok,
30
â31,
33
and Allan Hills 84001 paper,
124
â25
and Miller-Urey,
60
and Viking,
122
Sample Analysis at Mars (SAM),
97
,
102
Schrödinger, Erwin,
36
sea ice,
26
Second Law of Thermodynamics,
36
serpentinization,
82
SETI (search for extraterrestrial intelligence):
Allen Telescope Array,
167
,
169
,
170
assumptions about the “other,”
175
â77
and astrobiology,
173
Cosmic Water Hole,
171
and Dyson spheres,
174
at Hat Creek,
166
â71
in Japan,
161
â66
and METI,
174
â76
project Ozma,
166
SETI Institute,
168
,
171
â72,
175
shadow biosphere,
156
â60
Shostak, Seth,
170
silicon,
52
single-cell organisms,
188
61 Virginis,
128
â29
Smolin, Lee,
152
â54
sodium, discovery,
141
solar systems:
origin of life in,
78
Soummer, Remi,
146
â48
space, organic compounds in,
76
â78
spectroscopy:
adaptive optics of,
92
â93
and deuterium,
94
development of,
86
â87
GCMS,
41
and Hubble telescope,
87
and infrared band,
81
Raman,
98
â100
and SAM,
102
SPIE,
115
Spielberg, Steven,
162
Squyres, Steve,
103
star, central,
174
star creation,
153
stargazing,
88
Steele, Andrew “Steelie,”
110
â14,
120
,
124
Stone, Bill,
31
Strecker, Adolph,
63
stromatolite,
121
strong anthropic principle,
152
sugars, right-handedness of,
8
,
71
sulfur dioxide,
82
sulfur oxide,
66
Svalbard, Norway,
100
â102,
112
,
120
Syrtis Major volcano,
90
tagatose,
43
Tagish Lake meteorite,
115
Talmud,
180
tartaric acid,
69
Taylor Glacier, Antarctica,
27
â30
terra-forming,
185
“thermal shock” hypothesis,
108
Thomas, Ronald,
63
â66
Thomas-Keprta, Kathie,
108
Trent, Jonathan,
121
universe:
bubble universe theory,
152
and cosmic natural selection,
152
â54
evolution of,
153
â54
multiverse theory,
151
â53,
155
strong anthropic principle,
152
Vakoch, Doug,
175
Vatican Observatory,
181
â82
Ventura, Laura,
84
Vesuvius, Mount,
64
Viking missions,
39
â45,
97
,
105
,
122
â24
Villanueva, Geronimo,
85
,
94
â95
viruses,
53
Vogt, Steven,
139
â40
volcanoes:
in Alaska,
63
â67
amino acids at mouths of,
62
â63,
65
,
67
and Miller-Urey,
62
â63,
66
â68
Vostok, Lake (Russia),
30
â31,
33
Voytek, Mary A.,
119
â21
Ward, Peter,
186
water:
definitions of,
37
hydrothermal activity,
103
on Mars,
43
,
81
,
88
â90,
93
â95,
97
,
102
â3,
109
,
123
necessary for life,
172
Watson, James,
59
â60