We ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can
be detected in multi-planet systems, using astrometric and radial velocity
observations. We report here the preliminary results of double-blind
calculations designed to answer this question.Comment: 10 pages, 0 figure

A. F. Boden

A. Gould

A. Howard

A. P. Boss

A. Sozzetti

C. Beichman

C. Zhai

Cumming

D. Fischer

D. Lin

D. Savransky

E. B. Ford

G. P. Laughlin

H. F. Levison

J. Catanzarite

J. Marr

M. Muterspaugh

M. Shao

N. J. Kasdin

S. Casertano

S. Halverson

S. Ida

S. N. Raymond

Scargle

V. Makarov

W. A. Traub

English

arXiv

10 pages, 0 figuresInternational audienceWe ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can be detected in multi-planet systems, using astrometric and radial velocity observations. We report here the preliminary results of double-blind calculations designed to answer this question

Traub, Wesley A.

Beichman, Charles

Boden, Andrew F.

Boss, Alan P.

Casertano, Stefano

Catanzarite, Joseph

Fischer, Debra

Ford, Eric. B.

Gould, Andrew

Halverson, Sam

Howard, Andrew

Ida, Shigeru

Kasdin, N. Jeremy

Laughlin, Gregory P.

Levison, Harold F.

Lin, Douglas

Makarov, Valeri

Marr, James

Muterspaugh, Matthew

Raymond, Sean N.

Savransky, Dmitry

Shao, Michael

Sozzetti, Alessandro

Zhai, Cengxing

HAL-INSU

Detectability of Terrestrial Planets in Multi-Planet Systems: Preliminary Report

HAL: Hyper Article en Ligne

We ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can be detected in multi-planet systems, using astrometric and radial velocity observations. We report here the preliminary results of double-blind calculations designed to answer this question.

Traub, W. A.

Beichman, C.

Boden, A. F.

Boss, A. P.

Casertano, S.

Catanzarite, J.

Fischer, D.

Ford, E. B.

Gould, A.

Halverson, S.

Howard, A.

Ida, S.

Kasdin, N. J.

Laughlin, G. P.

Levison, H. F.

Lin, D.

Makarov, V. V.

Marr, J.

Muterspaugh, M.

Raymond, S. N.

Savransky, D.

Shao, M.

Sozzetti, A.

Zhai, C.

Caltech Authors - Main

Detectability of Earth-like Planets in Multi-Planet Systems: Preliminary Report

We ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can be detected in multi-planet systems, using astrometric and radial velocity observations. We report here the preliminary results of double-blind calculations designed to answer this question

TRAUB, Wesley A.

BEICHMAN, Charles

BODEN, Andrew F.

BOSS, Alan P.

CASERTANO, Stefano

CATANZARITE, Joseph

FISCHER, Debra

FORD, Eric. B.

GOULD, Andrew

HALVERSON, Sam

HOWARD, Andrew

IDA, Shigeru

KASDIN, N. Jeremy

LAUGHLIN, Gregory P.

LEVISON, Harold F.

LIN, Douglas

MAKAROV, Valeri

MARR, James

MUTERSPAUGH, Matthew

RAYMOND, Sean N.

SAVRANSKY, Dmitry

SHAO, Michael

SOZZETTI, Alessandro

ZHAI, Cengxing

Oskar Bordeaux

 We ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can be detected in multi-planet systems, using astrometric and radial velocity observations. We report here the preliminary results of double-blind calculations designed to answer this question.

EDP Sciences OAI-PMH repository (1.2.0)

Detectability of Earth-like Planets   in Multi-Planet Systems: Preliminary Report

We ask if Earth-like planets (terrestrial mass and habitable-zone orbit) can be detected in multi-planet systems, using astrometric and radial velocity observations. We report here the preliminary results of double-blind calculations designed to answer this question. © 2010 EAS, EDP Sciences

Traub, W.A.

Boden, A.F.

Boss, A.P.

Ford, E.B.

Kasdin, N.J.

Laughlin, G.P.

Levison, H.F.

Makarov, V.

Raymond, S.N.

Zhai, Chengxing

Hong Kong University of Science and Technology Institutional Repository

EAS Publications Series

Detectability of Earth-like planets in multi-planet systems: Preliminary report

https://hal.archives-ouvertes.fr/hal-00542761

Detectability of Terrestrial Planets in Multi-Planet Systems:
  Preliminary Report

Detectability of Terrestrial Planets in Multi-Planet Systems: Preliminary Report

Abstract

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