Solar System Human Mission Design Project: Welcome to the Third ZoneNew Horizons zipping by Pluto and Charon is shedding light on a whole new region of the Solar System and has played a major role in the decades-long adoption of a much wider family of planets. A dwarf planet, not to be confused with a minor planet, is an object in direct orbit of the Sun with enough mass to achieve hydrostatic equilibrium under its own gravity, but which has not cleared its orbit of debris and is not one of the 4 terrestrial or 4 giant planets (Mercury, Venus, Earth Mars and Jupiter, Saturn, Uranus, Neptune respectively). As of early 2015, in addition to the officially recognized dwarf planets Ceres, Pluto, Haumea, Makemake and Eris there are about 150 known Trans-Neptunian Objects that likely also qualify as dwarf planets (e.g. Orcus, Salacia, Quaoar, Sedna). Recently discovered bright spots in craters on Ceres are consistent with highly reflective materials containing ice or salts. Eris at (1.67±0.02)×1022 kg or 0.23 Moons is the most massive discovered so far and was recognized briefly as the “tenth planet” before being reclassified. The Kuiper Belt is a toroidal halo structure 20 times as wide and 20-200 times as massive as the Main Asteroid Belt comprised of an estimated 100,000 objects over 100 km in diameter and more than a trillion comets — all composed mostly of frozen volatiles (methane, ammonia, water ices). Elements which in accordance with the NASA mantra “Follow the Water,” indicate the possibility of sustaining development of extra-terrestrial life and offer life support and fuel potential to future interplanetary travelers. Along with the great satellites of the outer Solar System – Jovian moons Europa, Io, Ganymede, Callisto, and Saturnian moons Titan, Enceladus – these new worlds will continue to inspire humans to reach higher, learn more, overcome challenges, transcend terrestrial concerns. In the 22nd Century, exploration, development and utilization of the raw materials and resources at this third zone of the Solar System represent our final supply depot, the ultimate boost, in the acceleration of our species for interstellar endeavor. (Image Credit: NASA, JHUAPL, SwRI, JPL-Caltech, UCLA, MPS, DLR, IDA, Space Science Institute, University of Arizona)
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MONDAY
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= All times
for terrestrial events in local time unless noted.
= All times for international terrestrial events in local time unless noted.
= All times for space events, and…
= All times for international space / astro events in Hawaii Standard Time unless noted. Add 10 hours to obtain UT (‘Universal Time;’ Greenwich, England).
Weekly Planet Watch – Evening Planets: Venus (W), Jupiter (W), Saturn (S); Morning Planets: Uranus (SE), Neptune (S).
Human Space and Extreme Environment Research
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Continued from…
TUESDAY
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Jul 21-23 — NASA Solar System Exploration Research Virtual Institute (SSERVI), Moffett Field CA: 2015 NASA Exploration Science Forum; scientific discussions of exploration targets of interest (Moon, near-Earth asteroids, moons of Mars); at Ames Research Center.
Jul 21 — Moon: At apogee (distance 404,367 km), 01:00.
Jul 21 — Asteroid 2010 PR66: Near-Earth flyby (0.063 AU).
WEDNESDAY
Jul 22 — RSA, Launch Soyuz TMA-17M / ISS 43S, Baikonur Cosmodrome, Kazakhstan: An RSA Soyuz rocket set to launch members of Expedition 44/45: Kjell Lindgren of NASA, Kimiya Yui of JAXA, Oleg Kononenko of RSA.
Jul 22 — ULA, Launch Delta 4 / WGS 7, Cape Canaveral AFS FL: United Launch Alliance Delta 4 rocket to launch 7th Wideband Global SATCOM spacecraft for U.S. military.
Jul 22 — Australia Telescope National Facility, Sydney, Australia: Colloquium: New Insights Into How the Galaxy-Black Hole Connection Works; presented by Kevin Schawinski.
THURSDAY
Jul 23 — Chandra X-ray Observatory, HEO: NASA spacecraft in extended mission phase enters 17th year of operations in Space; instruments able to detect X-ray sources 100 times fainter than any previous X-ray telescope.
Jul 23-26 — Intrepid Sea, Air and Space Museum, NYC NY: 4th Annual Space & Science Festival; featuring Astronauts, satellites in real time, discussions on the future of space exploration.
Jul 23 — Moon: 3.9° NNE of Spica, 04:00; at first quarter, 18:08.
Jul 23 — Mercury: At superior conjunction (distance 1.337 AU from Earth), 09:00.
FRIDAY
Jul 24-25 — University of California – Berkeley, Berkeley CA: Workshop on Results from NASA’s Stardust Mission; at Hillside Club.
Jul 24 — Asteroid 2015 LC21: Near-Earth flyby (0.049 AU).
SATURDAY
Jul 25 — The British Interplanetary Society, London, United Kingdom: 70th Annual General Meeting of the British Interplanetary Society.
Jul 25-26 — University of California – Berkeley, Berkeley CA: Workshop: The First Billion Years of Impact Records – Evidence from Lunar Samples and Meteorites.
Jul 25 – Aug 2 — Canadian Space Agency, Kaskawulsh Glacier, Yukon, Canada: Astronaut Training Mission; CSA Astronaut David Saint-Jacques & team participating in training expedition to explore methods & techniques for conducting geological fieldwork that could be applied to future missions to Moon, Mars, Asteroids.
Jul 25 — Moon: 2.4° NNW of Saturn, 21:00.
Jul 25 — Mars: 9.2° S of Castor, 01:00.
Jul 25 — Asteroid 85989 (1999 JD6): Near-Earth flyby (0.048 AU).
SUNDAY
Jul 26-31 — Sally Ride Science, Stanford University, Stanford CA: Sally Ride Science Camp.
Jul 26 – Aug 16 — Aspen Center for Physics, Aspen CO: Workshop: Neutrinos from Space and on Earth.
Jul 26 — Moon: 9.3° N of Antares, 20:00.
Jul 26 — Mercury: 0.47° N of Beehive Cluster, 16:00.
Jul 26 — Asteroid 2015 LJ: Near-Earth flyby (0.049 AU).