The Interstellar Age

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by Jim Bell


  Mariner 4, 50

  Mariner 5, 50

  Mariner 6, 50

  Mariner 7, 50

  Mariner 9, 50

  Mariner 10, 42, 47, 50

  Mariner 11, 61

  Mariner 12, 61

  Mariner Jupiter Saturn ’77 (MJS-77), 48, 49–61

  Marley, Bob, 95

  Mars

  atmosphere, 285

  Curiosity rover mission, 10, 26, 84

  life on, 131

  Mariner flyby, 47

  Opportunity rover mission, 10, 19, 26, 84, 230, 238–239

  Spirit rover mission, 10, 19, 26, 84, 230, 238–239

  Viking program, 9–10, 12, 62, 157, 183

  Mars Global Surveyor mission, 39

  Mars Observer spacecraft, 39

  Mars Orbiter Camera (MOC), 39

  Mars Pathfinder spacecraft, 10

  Martin Marietta Corporation, 62

  Mathematicians, 192–193

  Mauna Kea Observatories, 58–59, 186, 188, 195, 205

  Maxwell, James Clerk, 135

  McComas, David, 266

  Medici, Cosimo de’, II, 166

  Mercury

  Galileo flyby, 237

  Mariner flyby, 42, 47, 50

  MESSENGER flyby, 237

  orbiters, 26

  planet designation, 243

  transits in front of sun, 283

  visibility from earth, 239

  Voyager photographs, 235–236

  Messages sent into space, 71–99

  “Cosmic Call,” 81

  introduction, 71–73

  New Horizons, 97–99

  Pioneer plaques, 73–77

  Voyager Golden Record, 77–97

  MESSENGER, 237

  Methane, 139, 140, 141, 146, 177, 203, 215

  Metis, 128

  Milky Way galaxy, 224, 251, 290–291

  Miller, Stanley, 139

  Mimas, 142, 150, 166, 180

  Miranda, 37, 39, 172, 177, 181–183

  Mission Planning Office, 14

  MJS-77 (Mariner Jupiter Saturn ’77), 48, 49–61

  MOC (Mars Orbiter Camera), 39

  Model rockets, 41–42

  Moon (Earth), 226–227, 230, 243

  Moon landing, 8–9

  Moons

  definition of, 104–105

  Jupiter, 103, 104, 107, 108, 109, 111, 114–128, 130–132, 166–167, 241, 243

  Neptune, 201–203, 212–218

  new discoveries from Voyager data, 211–212

  Pluto, 218

  Saturn, 131, 135, 142, 143, 145–148, 150, 151, 158–159, 166, 241, 243

  Uranus, 180–183, 187–188

  Morabito, Linda, 114–115, 116, 117–118, 119

  Morrison, David, 154, 156, 157

  Mt. Palomar, 59

  Murmurs on Earth (Sagan), 83

  Murray, Bruce, 24, 118

  Music, Golden Record contents, 84–85, 90–91, 93–97

  NASA. See also Deep Space Network (DSN); Jet Propulsion Laboratory (JPL); specific missions

  Ames Research Center, 135, 283, 286

  Challenger disaster impact, 195

  federal funding cuts, 22, 25, 252–253, 278

  future mission priorities, 131–132

  Golden Record content approval, 90

  “Grand Tour” mission support, 48–49, 147

  imaging technology, 10

  JPL’s affiliation with, 49–50

  private space program funding, 294

  public outreach efforts, 234–235

  public support for, 24–25

  recognition of Flandro’s contribution to Voyager program, 47

  secret missions, 157

  Uranus Data Analysis Program, 186–187

  Navigation, 113–114

  N-body problem, 192

  Near Earth Asteroid Rendezvous mission, 36

  Neptune

  atmosphere, 200, 205–207

  Bell’s childhood telescope viewings, 13

  discovery of, 191–194

  Flandro’s gravity assist research, 43–46

  Hammel’s wind studies, 60

  internal structure, 207–209

  magnetic field, 200, 209–210

  moons, 201–203, 212–218

  naming of, 193–194

  rings, 185, 210–211

  storms, 204

  Voyager mission, 47, 49, 198–219

  Neptunium, 274–275

  Nereid, 213

  New Frontiers, 142

  New Horizons, 97–99, 130, 148, 218, 249, 282

  NewSpace, 294–295

  Newton, Isaac, 199

  Nitrogen, 139, 140, 146, 147, 215, 216, 218

  Nixon administration, 48

  NOVA, 11

  Nye, Bill, 25, 27, 84, 90–91

  Oberon, 166, 168, 181

  Occulation, 138, 184–185

  Oceans, on Europa, 122, 124

  One Earth: New Horizons Message Project, 99

  Oort, Jan, 280

  Oort Cloud, 280

  Öpik, Ernst, 280

  Opportunity, 10, 19, 26, 84, 230, 238–239

  Optical navigation (opnav), 114

  Orion Nebula, 250

  Oxidizing environment, 139

  Pale Blue Dot photograph, 236–237

  Parkes Radio Telescope, 175

  PBS, 10, 11

  Peale, Stan, 115, 119–120

  Phoenex, 99

  Photographs. See also Image processing

  of Earth, 225–231, 236–239

  Golden Record contents, 84–93, 94

  Pickering, Edward, 168

  Pioneer program, 51, 73–77, 103, 109, 120–121, 279

  Pioneer 10, 23, 73, 249, 250, 278–279

  Pioneer 11, 23, 73, 135–136, 139, 149, 249, 250, 278–279

  Pioneer Anomaly, 279

  Planetary alignment, 8

  The Planetary Report, 24

  Planetary scientists, 18–20, 196–198

  Planetary Society, 21–26, 99, 235, 253, 279

  Planets, 241–243, 282–288. See also specific planets

  Plaques

  Pioneer missions, 73–77

  Voyager missions, 74–75

  Plasma ions, 254, 263, 264–265

  Plasma Wave Subsystem (PWS), 264–265

  Plato, 225

  Pluto

  discovery of, 217

  Flandro’s gravity assist research, 43–45

  moons, 218

  New Horizons flyby, 97–99, 130, 148, 218–219

  planet status, 242–243

  Voyager mission, 47, 142, 147–148

  Plutonium-238, 275

  Plutonium power generation, 273–276, 279

  Polarization sensors, 16

  Porco, Carolyn, 34, 238

  Principal investigators (PIs), 16

  Privatization of space program, 293–295

  Project Office, 14, 15

  Project Ozma, 77

  Project scientists, 16–17

  Providence Evening Bulletin, 9

  Puck, 177

  PWS (Plasma Wave Subsystem), 264–265

  Pyne, Stephen, 291–292

  Pythagoras, 224–225

  Radial velocity method, 282–283

  Radiation, 16, 52, 92, 109–111, 185, 200, 246

  Radioactivity, 274

  Radio communication, 15–16, 54–55, 63

  Radioisotope thermoelectric generators (RTGs), 56–57

  Ranger, 50

  Rankin, Jamie Sue, 267–270

  Reagan administration, 21�
��23

  Record, onboard Voyager. See Golden Record

  Red dwarf stars, 280–281

  Reducing environment, 139

  Remote sensing, 19–20, 29

  Reseau marks, 175

  Resonance, orbital, 115, 120, 126

  Rhea, 142, 150, 243

  Rings

  Jupiter, 128, 144

  Neptune, 185, 210–211

  Saturn, 134–135, 142–145, 149–150

  Uranus, 144, 184–186

  Robotic sensors, 19–20, 29

  Rocket launch technologies, 61–69

  Ross 248 star, 281

  Roth, Lorenz, 130–131

  RTGs (radioisotope thermoelectric generators), 56–57

  Ryle, Martin, 80

  Sagan, Carl, 1, 2, 11–12, 21, 23–24, 34, 72–77, 79, 82–83, 84, 85, 231–237, 238, 281

  Sagan, Linda Salzman, 75–76, 83, 85

  Saturn

  atmosphere, 134, 139–141

  Bell’s childhood telescope viewings, 13, 133–134

  Cassini mission, 25–26, 156, 157, 158–159, 189, 237–238

  Flandro’s gravity assist research, 43–46

  internal structure, 208

  magnetic field, 73, 135, 178

  moons, 131, 135, 142, 143, 145–148, 150, 151, 158–159, 166, 241, 243

  Pioneer mission, 23, 73, 135–136, 139, 149

  rings, 134–135, 142–145, 149–150

  Voyager mission, 23, 30, 31–32, 47, 48, 49, 133–159

  Scan platform, 56, 110–111, 153–159, 173–174, 230

  Scarf, Fred, 154

  Schurmeier, Harris “Bud,” 48

  Science, 115, 263, 265–266, 287

  Science Steering Group, 16, 107, 261

  Seaborg, Glenn T., 275–276

  Seaborgium, 276

  Search for Extraterrestrial Intelligence (SETI), 75, 77, 80, 87

  Sequencers, 64–69

  SETI (Search for Extraterrestrial Intelligence), 75, 77, 80, 87

  Shapiro, Irwin, 144

  Shoemaker, Gene, 35

  Sirius, 113, 290

  Slingshots, 41–47, 105–106

  Smith, Brad, 35–36, 59–61, 118–119, 205

  Soderblom, Jason, 217

  Soderblom, Larry, 34, 123, 146, 182, 214–217, 219

  Solar nebula, 208

  Solar system

  formation of, 169

  photographs of, 231–238

  planets, 241–243

  size of, 242

  Solar wind

  definition of, 17

  interstellar space boundary, 243–251, 271–272

  Neptune flyby data, 200

  Uranus flyby data, 37, 171, 178–179, 181, 185

  Southwest Research Institute, 266

  Space exploration

  future of, 293–296

  government funding of, 21–26

  Space shuttles, 195

  Space travel or tourism, 289–290, 295–296

  Spectrometers, 16, 252

  Spilker, Linda, 66–67, 119, 157–158, 162

  Spirit, 10, 19, 26, 84, 230, 238–239

  Squyres, Steve, 84, 238

  Stars, 280–281, 283–285, 289

  Stewart, Homer Joe, 45

  Stockman, David, 22

  Stone, Edward C., 16–18, 36, 37, 38, 49, 77, 107, 135, 142, 148, 153–154, 159, 170–171, 175, 177, 179, 209, 235, 246–251, 253, 254, 256, 257, 258, 259–263, 265–271, 277, 292

  Sun. See also Solar wind

  chemical makeup, 134

  formation of, 169, 208

  gravitational influence, 224, 244, 280

  image processing challenges, 30, 232, 235–236

  navigational use, 113–114

  Surveyor, 50, 227

  Swift, David, 43, 46–47

  Swift, Katie, 46

  Swisdak, Marc, 263–264

  Tantalum, 110

  Telescopes

  Bell’s childhood experiences, 10, 13, 133–134

  DSN, 34, 63

  Hale Telescope, 59

  Hubble Space Telescope, 29, 51, 130, 168, 185, 188, 250

  Infrared Telescope Facility, 58–59

  invention of, 165

  Parkes Radio Telescope, 175

  University of Hawaii, 58–59

  on Voyager spacecraft, 57

  Termination shock, 256–258

  Terrile, Rich, 52, 59–60, 120, 143, 152–153, 155, 157, 182–183, 211–213, 222, 236

  Tethys, 142, 145, 151, 158, 243

  Thebe, 128

  Thompson, Bob, 275–276

  Thruster fuel, 276–277

  Titan, 131, 135, 138–141, 150, 156, 241, 243

  Titan III-Centaur rockets, 62

  Titania, 166, 168, 181

  Transit method, 283–287

  Triton, 201–203, 213–218, 243

  Truly, Richard, 234–235

  TRW, 154

  Turing, Alan, 71

  Tusi, Nasir al-Din al-, 167

  TV, 10–11

  Tyson, Neil deGrasse, 25

  Umbriel, 181

  University of Hawaii, 58, 60, 186, 195

  University of Iowa, 264–265

  University of Maryland, 263

  University of Michigan, 266

  Uranium-238, 274

  Uranus

  atmosphere, 177, 188–189

  Bell’s childhood telescope viewings, 13

  discovery of, 164–168, 191

  Flandro’s gravity assist research, 43–46

  ices on, 179

  internal structure, 207–209

  magnetic field, 37, 170–171, 177–180, 185

  moons, 180–183, 187–188

  orbit and rotation, 168–171

  pronunciation, 164

  rings, 144, 184–186

  Voyager mission, 30, 33–39, 47, 49, 171–186, 198

  Urey, Harold, 139

  US Geological Survey, Astrogeology Science Center Flagstaff, 214

  Valhalla, 127

  Venus

  atmosphere, 285

  Magellan orbiter, 195

  Mariner flyby, 42, 47, 50

  orbiters, 26

  transits in front of sun, 283–284, 295–296

  visibility from earth, 239

  Vesta, 242, 243

  Veverka, Joe, 35–36, 119

  Vibration tables, 57

  Viking, 9–10, 12, 62, 157, 183

  Volcanism, 118–120, 145–146, 241–242

  Voyager Program

  attitude control, 113–114

  computer system, 52–53

  end of, 219–220

  expectations for, 12–14

  Flandro’s gravity assist contributions, 41–47

  funding, 252–253

  future of, 279–282, 288–292

  “Grand Tour” trajectory, 45–49, 141–142

  image processing at Caltech, 29–33

  Interstellar Mission, 244–251, 253–271, 277–278

  leadership team, 14–18

  Planetary Society’s support, 21–26

  risk mitigation strategies, 54–56

  rocket launch technologies, 61–69

  spacecraft design, 49–61

  team members’ jobs between flybys, 161–163

  teamwork, 68–69

  work years devoted to, 68

  Voyager 1

  current communication with, 277–278

  current position estimates, 248–249

  Earth photographs, 229–230

  flight trajectory of, 9, 72, 105–109

  future of, 279�
��282, 288–292

  interstellar space passage, 251, 258–270

  Io volcano discovery, 114–120

  Jupiter flyby, 23, 59, 107–108, 109, 120–121

  launching of, 7–8, 62

  mosaic solar system portrait, 235–236

  naming of, 61

  power supply, 273–278

  Saturn flyby, 23, 133, 136, 137–148

  solar system photograph discussion, 231–233

  termination shock crossing, 257–258

  Titan flyby, 138–142, 147–148

  Voyager 2

  computer system, 174

  current communication with, 277–278

  current position estimates, 249

  Europa discoveries, 120–125

  flight trajectory of, 9, 72, 105–109, 139, 141–142, 147–149, 171–172, 213, 214

  future of, 279–282, 288–292

  interstellar space passage, 251, 270–271

  Io images, 120

  Jupiter flyby, 107–108, 109, 121

  launching of, 7–8, 62

  naming of, 61

  Neptune flyby, 47, 49, 198–219

  power supply, 273–278

  radio communication, 54–55, 56, 199–200

  Saturn flyby, 133, 137, 147–158

  scan platform failure, 56, 153–159

  termination shock crossing, 257–258

  Uranus flyby, 30, 33–39, 47, 49, 171–186

  Waldheim, Kurt, 73

  Water, on Jupiter’s moons, 122, 124–125, 130–132

  Wessen, Randii, 200, 236, 277–278

  Wolff, Mike, 238–239

  World War II, 71

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