Planet ¤Î¥Ð¥Ã¥¯¥¢¥Ã¥×(No.12)
- ¥Ð¥Ã¥¯¥¢¥Ã¥×°ìÍ÷
- º¹Ê¬ ¤òɽ¼¨
- ¸½ºß¤È¤Îº¹Ê¬ ¤òɽ¼¨
- ¥½¡¼¥¹ ¤òɽ¼¨
- Planet ¤Ø¹Ô¤¯¡£
- 1 (2017-04-04 (²Ð) 16:22:35)
- 2 (2017-04-11 (²Ð) 17:54:25)
- 3 (2017-04-25 (²Ð) 15:39:16)
- 4 (2017-05-09 (²Ð) 17:16:57)
- 5 (2017-05-18 (ÌÚ) 09:16:37)
- 6 (2017-06-13 (²Ð) 17:11:49)
- 7 (2017-06-14 (¿å) 09:32:12)
- 8 (2017-07-07 (¶â) 10:04:12)
- 9 (2017-07-18 (²Ð) 14:37:03)
- 10 (2017-07-27 (ÌÚ) 15:30:26)
- 11 (2017-08-02 (¿å) 08:39:21)
- 12 (2017-09-07 (ÌÚ) 12:03:12)
- 13 (2017-09-20 (¿å) 10:33:12)
- 14 (2017-09-21 (ÌÚ) 11:57:16)
- 15 (2017-10-31 (²Ð) 10:22:22)
- 16 (2018-05-11 (¶â) 13:31:08)
- 17 (2018-05-15 (²Ð) 18:10:19)
- 18 (2018-05-16 (¿å) 15:02:02)
- 19 (2018-05-17 (ÌÚ) 16:36:21)
- 20 (2018-05-18 (¶â) 12:15:26)
- 21 (2018-05-22 (²Ð) 16:27:17)
- 22 (2018-05-23 (¿å) 09:45:23)
- 23 (2018-05-23 (¿å) 15:39:40)
- 24 (2018-05-24 (ÌÚ) 15:06:01)
- 25 (2018-05-24 (ÌÚ) 18:36:01)
- 26 (2018-06-13 (¿å) 14:24:35)
- 27 (2018-06-19 (²Ð) 15:41:45)
- 28 (2018-06-26 (²Ð) 18:25:30)
- 29 (2018-06-28 (ÌÚ) 17:02:28)
- 30 (2018-07-11 (¿å) 19:12:59)
- 31 (2018-07-12 (ÌÚ) 16:08:47)
- 32 (2018-07-18 (¿å) 10:19:33)
- 33 (2018-07-19 (ÌÚ) 11:42:44)
- 34 (2018-09-07 (¶â) 14:27:12)
- 35 (2018-10-02 (²Ð) 17:09:22)
- 36 (2018-10-11 (ÌÚ) 12:52:26)
- 37 (2018-10-15 (·î) 12:23:45)
- 38 (2018-10-18 (ÌÚ) 15:29:38)
- 39 (2018-10-27 (ÅÚ) 09:49:53)
- 40 (2018-10-29 (·î) 15:29:28)
- 41 (2018-10-30 (²Ð) 10:02:48)
- 42 (2018-11-01 (ÌÚ) 15:32:54)
- 43 (2018-11-02 (¶â) 15:54:47)
- 44 (2018-11-05 (·î) 11:00:35)
- 45 (2018-11-08 (ÌÚ) 10:09:06)
- 46 (2018-11-21 (¿å) 10:07:36)
- 47 (2018-11-26 (·î) 15:05:24)
- 48 (2018-12-11 (²Ð) 12:35:34)
- 49 (2019-01-08 (²Ð) 10:42:20)
- 50 (2019-01-22 (²Ð) 16:32:31)
- 51 (2019-01-23 (¿å) 10:37:48)
- 52 (2019-02-07 (ÌÚ) 15:00:23)
- 53 (2019-03-04 (·î) 16:06:04)
- 54 (2019-03-06 (¿å) 16:02:11)
- 55 (2019-03-18 (·î) 13:36:53)
- 56 (2019-04-05 (¶â) 17:29:32)
- 57 (2019-04-08 (·î) 14:13:18)
- 58 (2019-04-11 (ÌÚ) 17:08:03)
- 59 (2019-04-15 (·î) 14:10:14)
- 60 (2019-04-16 (²Ð) 07:42:04)
- 61 (2019-04-18 (ÌÚ) 13:41:15)
- 62 (2019-04-22 (·î) 09:45:27)
- 63 (2019-04-22 (·î) 18:31:00)
- 64 (2019-04-23 (²Ð) 16:04:27)
- 65 (2019-04-24 (¿å) 15:59:22)
- 66 (2019-05-06 (·î) 15:55:55)
- 67 (2019-05-07 (²Ð) 17:29:15)
- 68 (2019-05-15 (¿å) 09:40:23)
- 69 (2019-05-28 (²Ð) 18:16:39)
- 70 (2019-05-29 (¿å) 07:40:33)
- 71 (2019-06-03 (·î) 15:39:11)
- 72 (2019-06-04 (²Ð) 18:44:30)
- 73 (2019-06-05 (¿å) 18:12:02)
- 74 (2019-06-09 (Æü) 01:12:05)
- 75 (2019-06-14 (¶â) 08:07:42)
- 76 (2019-06-19 (¿å) 16:28:35)
- 77 (2019-06-24 (·î) 17:29:45)
- 78 (2019-06-27 (ÌÚ) 14:11:16)
- 79 (2019-07-11 (ÌÚ) 20:15:27)
- 80 (2019-07-12 (¶â) 13:57:23)
- 81 (2019-10-02 (¿å) 18:10:34)
- 82 (2019-10-03 (ÌÚ) 15:36:12)
- 83 (2019-10-10 (ÌÚ) 11:24:09)
- 84 (2019-11-01 (¶â) 11:38:21)
- 85 (2019-11-04 (·î) 11:10:11)
- 86 (2019-12-18 (¿å) 13:38:58)
- 87 (2019-12-23 (·î) 17:49:40)
- 88 (2019-12-30 (·î) 15:31:57)
- 89 (2020-01-07 (²Ð) 16:10:11)
- 90 (2020-01-08 (¿å) 04:08:01)
- 91 (2020-01-08 (¿å) 11:53:12)
- 92 (2020-01-16 (ÌÚ) 15:18:17)
- 93 (2020-01-20 (·î) 12:49:01)
- 94 (2020-01-22 (¿å) 18:53:35)
- 95 (2020-01-27 (·î) 15:12:45)
- 96 (2020-03-03 (²Ð) 21:50:30)
- 97 (2020-04-02 (ÌÚ) 16:39:00)
- 98 (2020-04-08 (¿å) 18:38:23)
- 99 (2020-04-09 (ÌÚ) 11:24:13)
- 100 (2020-04-16 (ÌÚ) 16:10:46)
- 101 (2020-04-20 (·î) 11:53:51)
- 102 (2020-04-28 (²Ð) 20:28:33)
- 103 (2020-04-29 (¿å) 15:52:19)
- 104 (2020-05-07 (ÌÚ) 12:29:44)
- 105 (2020-05-08 (¶â) 14:15:50)
- 106 (2020-05-08 (¶â) 22:43:49)
- 107 (2020-05-14 (ÌÚ) 22:30:07)
- 108 (2020-06-26 (¶â) 17:31:55)
- 109 (2020-07-03 (¶â) 15:00:34)
- 110 (2020-07-19 (Æü) 12:04:08)
- 111 (2020-10-05 (·î) 18:52:22)
- 112 (2020-10-05 (·î) 22:30:37)
- 113 (2020-10-08 (ÌÚ) 16:31:06)
- 114 (2020-10-15 (ÌÚ) 10:15:06)
- 115 (2020-11-06 (¶â) 10:10:50)
- 116 (2020-11-20 (¶â) 22:58:33)
- 117 (2020-11-30 (·î) 17:26:33)
- 118 (2020-12-16 (¿å) 21:44:01)
- 119 (2020-12-21 (·î) 23:22:46)
- 120 (2021-01-08 (¶â) 13:15:27)
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Schedule & History †
ÆüÄø | astro-ph | ȯɽ |
Á°´ü Âè1²ó 4/4 | ÅÄÃæÍ¤´õ (3/20-24) | ÅÄÃæÍ¤´õ ¡Ö¼§µ¤Î®ÂÎÇÈ¶îÆ°¤Î¥¬¥¹ÏÇÀ±¤«¤é¤Î¼ÁÎÌÊü½Ð¡× |
Á°´ü Âè2²ó 4/11 | ²¡ÌîæÆ°ì(3/27-31) ¼ÆÅÄͺ(4/3-7) | Steven Rieder(AICS, RIKEN) ¡ÖJ1407b: a Super-Saturn or something else?¡× |
Á°´ü Âè3²ó 4/12 | ÏÂÅĹÀÆó¡ÊÀéÍÕ¹©Âç¡Ë ¡Ö¥À¥¹¥È¥¢¥°¥ê¥²¥¤¥È¤Î¾×ÆÍ¥·¥ß¥å¥ì¡¼¥·¥ç¥ó¡§À®Ä¹¤Ç¤¤ë¤Î¤Ç¤¤Ê¤¤¤Î¡©¡× | |
Á°´ü Âè4²ó 4/25 | ¾®µ×ÊݱѰìϺ(4/10-14)¡¡ ÏÆÅÄÌÐ(4/17-21) | ÏÆÅÄÌÐ ¡ÖAsteroids and their compositions¡× |
Á°´ü Âè5²ó 5/9 | ²®¸¶ÀµÇî(4/24-28) äÇÏ̤º»»Ò(5/1-5) | |
Á°´ü Âè6²ó 5/16 | Âíůϯ(5/8-12) | ²¡ÌîæÆ°ì ¡ÖHigh-Resolution N-body Simulations of Planet Formation¡× |
Á°´ü Âè7²ó 6/13 | ²¡¾å¾Í»Ò(5/15-19) ²¡ÌîæÆ°ì(5/22-26) ¼ÆÅÄͺ(5/29-6/2) ¾®µ×ÊݱѰìϺ(6/5-9) | ¼ÆÅÄͺ ¡ÖSpin of Protoplanets by Planetesimal accretion¡× |
Á°´ü Âè8²ó 7/4 | ÏÆÅÄÌÐ(6/12-16) ²®¸¶ÀµÇî(6/19-23) äÇÏ̤º»»Ò(6/26-30) | |
Á°´ü Âè9²ó 7/18 | Âíůϯ(7/3-7) ²¡¾å¾Í»Ò(7/10-14) | Ramon Brasser (ELSI) ¡ÖThe Cool and Distant Formation of Mars¡× |
Á°´ü Âè10²ó 7/27 | ²¡ÌîæÆ°ì(7/17-21) | äÇÏ̤º»»Ò ¡ÖGravitational Instability of a Porous Silicate Dust Disk¡× |
Á°´ü Âè11²ó 8/3 | Maxwell Cai (Leiden Observatory) ¡ÖDynamical Evolution of Multiplanetary Systems in Star Clusters¡× | |
¸å´ü Âè1²ó 9/5 | ¼ÆÅÄͺ(7/24-28) ¾®µ×ÊݱѰìϺ(7/31-8/4) ÏÆÅÄÌÐ(8/7-8/11) ²®¸¶ÀµÇî(8/14-8/18) |
astro-ph ¥ê¥ó¥¯ †
ÅÄÃæÍ¤´õ (3/20-24)
- Reassessment of the Null Result of the HST Search for Planets in 47 Tucanae
- Assessing the Habitability of the TRAPPIST-1 System Using a 3D Climate Model
- The GTC exoplanet transit spectroscopy survey. VII. Detection of sodium in WASP-52b's cloudy atmosphere
- Formation of TRAPPIST-1 and other compact systems
- Testing the existence of optical linear polarization in young brown dwarfs
- The effect of the stellar absorption line centre-to-limb variation on exoplanet transmission spectrum observations
- Planetesimal formation by the streaming instability in a photoevaporating disk
²¡ÌîæÆ°ì(3/27-31)
- The stability of tightly-packed, evenly-spaced systems of Earth-mass planets orbiting a Sun-like star
- Water transport to circumprimary habitable zones from icy planetesimal disks in binary star systems
- Size and density sorting of dust grains in SPH simulations of protoplanetary discs
¼ÆÅÄͺ(4/3-7)
¾®µ×ÊݱѰìϺ(4/10-14)
- Plausible Compositions of the Seven TRAPPIST-1 Planets Using Long-term Dynamical Simulations
- The curiously warped mean plane of the Kuiper belt
- Limits on the Stability of TRAPPIST-1
- A Minimum Mass Nebula for M Dwarfs
- The Destruction of an Oort Cloud in a rich stellar cluster
ÏÆÅÄÌÐ(4/17-21)
²®¸¶ÀµÇî(4/24-28)
- Planetary migration and the origin of the 2:1 and 3:2 (near)-resonant population of close-in exoplanets
- Acceleration of Cooling of Ice Giants by Condensation in Early Atmospheres
- Titan brighter at twilight than in daylight
- Avoiding resonance capture in multi-planet extrasolar systems
äÇÏ̤º»»Ò(5/1-5)
- 3D radiative transfer of intrinsically polarized dust emission based on aligned aspherical grains
- Survey of cold water lines in protoplanetary disks: indications of systematic volatile depletion
- A likely detection of a local interplanetary dust cloud passing near the Earth in the AKARI mid-infrared all-sky map
Âíůϯ(5/8-12)
- Composition of Early Planetary Atmospheres II: Coupled Dust and Chemical Evolution in Protoplanetary Disks
- Chemical enrichment of giant planets and discs due to pebble drift
- Evidence for universality in the initial planetesimal mass function
- N-body simulations of planet formation via pebble accretion I: First Results
²¡¾å¾Í»Ò(5/15-19)
- Dynamics of Porous Dust Aggregates and Gravitational Instability of Their Disk
- Detection of the Yarkovsky effect for C-type asteroids in the Veritas family
- Shape models and physical properties of asteroids
- Driven by Excess? Climatic Implications of New Global Mapping of Near-Surface Water-Equivalent Hydrogen on Mars
- The compositional diversity of non-Vesta basaltic asteroids
²¡ÌîæÆ°ì(5/22-26)
- Formation of Close-in Super-Earths by Giant Impacts: Effects of Initial Eccentricities and Inclinations of Protoplanets
- In situ accretion of gaseous envelopes on to planetary cores embedded in evolving protoplanetary discs
¼ÆÅÄͺ(5/29-6/2)
- Internal Structure of Giant and Icy Planets: Importance of Heavy Elements and Mixing
- Capture of free-floating planets by stellar systems
¾®µ×ÊݱѰìϺ(6/5-9)
- Cladistical analysis of the Jovian and Saturnian satellite systems
- Dynamics and Collisional Evolution of Closely Packed Planetary Systems
ÏÆÅÄÌÐ(6/12-16)
²®¸¶ÀµÇî(6/19-23)
- Stable habitable zones of single Jovian planet systems
- Exoplanets as probes of the winds of host stars: the case of the M dwarf GJ 436
- Eccentricity excitation and merging of planetary embryos heated by pebble accretion
- The California-Kepler Survey V. Peas in a Pod: Planets in a Kepler Multi-planet System are Similar in Size and Regularly Spaced
- A giant planet undergoing extreme ultraviolet irradiation by its hot massive-star host
- Cloud formation in metal-rich atmospheres of hot super-Earths like 55 Cnc e and CoRot7b
- Gap and rings carved by vortices in protoplanetary dust
äÇÏ̤º»»Ò(6/26-30)
- Low-velocity collision behaviour of clusters composed of sub-mm sized dust aggregates
- Submillimetre-sized dust aggregate collision and growth properties
- NanoRocks: Design and Performance of an Experiment Studying Planet Formation on the International Space Station
Âíůϯ(7/3-7)
- Generation of inclined protoplanetary discs and misaligned planets through mass accretion I: Coplanar secondary discs
- Energy Options for Future Humans on Titan
- Global Simulations of the Inner Regions of Protoplanetary Disks with Comprehensive Disk Microphysics
- Centrifugally driven winds from protostellar accretion discs. I - Formulation and initial results
- Changes in orientation and shape of protoplanetary discs moving through an ambient medium
²¡¾å¾Í»Ò(7/10-14)
- Comparing Jupiter interior structure models to Juno gravity measurements and the role of a dilute core
- The highly active Anhur-Bes regions in the 67P/Churyumov - Gerasimenko comet: results from OSIRIS/ROSETTA observations
- The size distribution of Near Earth Objects larger than 10 meters
²¡ÌîæÆ°ì(7/17-21)
¼ÆÅÄͺ(7/24-28)
¾®µ×ÊݱѰìϺ(7/31-8/4)
- Reduced gas accretion on super-Earths and ice giants
- The Formation of Uranus and Neptune: Fine Tuning in Core Accretion
- Simulations of Small Solid Accretion onto Planetesimals in the Presence of Gas
ÏÆÅÄÌÐ(8/7-8/11)
- Ejection of Chondrules from Fluffy Matrices
- Early formation of planetary building blocks inferred from Pb isotopic ages of chondrules
²®¸¶ÀµÇî(8/14-8/18)