Great Expectations: Plans and Predictions for New Horizons Encounter With Kuiper Belt Object 2014 MU69 (“Ultima Thule”)

Geophysical Research Letters American Geophysical Union (AGU) 45:16 (2018) 8111-8120

Authors:

Jeffrey M Moore, William B McKinnon, Dale P Cruikshank, G Randall Gladstone, John R Spencer, S Alan Stern, Harold A Weaver, Kelsi N Singer, Mark R Showalter, William M Grundy, Ross A Beyer, Oliver L White, Richard P Binzel, Marc W Buie, Bonnie J Buratti, Andrew F Cheng, Carly Howett, Cathy B Olkin, Alex H Parker, Simon B Porter, Paul M Schenk, Henry B Throop, Anne J Verbiscer, Leslie A Young, Susan D Benecchi, Veronica J Bray, Carrie L Chavez, Rajani D Dhingra, Alan D Howard, Tod R Lauer, CM Lisse, Stuart J Robbins, Kirby D Runyon, Orkan M Umurhan

Great Expectations: Plans and Predictions for New Horizons Encounter with Kuiper Belt Object 2014 MU69 ('Ultima Thule')

(2018)

Authors:

Jeffrey M Moore, William B McKinnon, Dale P Cruikshank, G Randall Gladstone, John R Spencer, S Alan Stern, Harold A Weaver, Kelsi N Singer, Mark R Showalter, William M Grundy, Ross A Beyer, Oliver L White, Richard P Binzel, Marc W Buie, Bonnie J Buratti, Andrew F Cheng, Carly Howett, Cathy B Olkin, Alex H Parker, Simon B Porter, Paul M Schenk, Henry B Throop, Anne J Verbiscer, Leslie A Young, Susan D Benecchi, Veronica J Bray, Carrie L Chavez, Rajani D Dhingra, Alan D Howard, Tod R Lauer, CM Lisse, Stuart J Robbins, Kirby D Runyon, Orkan M Umurhan

Future of Venus Research and Exploration

SPACE SCIENCE REVIEWS 214:5 (2018) UNSP 89

Authors:

Lori S Glaze, Colin F Wilson, Liudmila V Zasova, Masato Nakamura, Sanjay Limaye

Isolation of seismic signal from InSight/SEIS-SP microseismometer measurements

Space Science Reviews Springer 214:5 (2018) 95

Authors:

J Hurley, N Murdoch, NA Teanby, Neil Bowles, Tristram J Warren, Simon B Calcutt, D Mimoun, WT Pike

Abstract:

The InSight mission is due to launch in May 2018, carrying a payload of novel instruments designed and tested to probe the interior of Mars whilst deployed directly on the Martian regolith and partially isolated from the Martian environment by the Wind and Thermal Shield. Central to this payload is the seismometry package SEIS consisting of two seismometers, which is supported by a suite of environmental/meteorological sensors (Temperature and Wind Sensor for InSight TWINS; and Auxiliary Payload Sensor Suite APSS). In this work, an optimal estimations inversion scheme which aims to decorrelate the short-period seismometer (SEIS-SP) signal due to seismic activity alone from the environmental signal and random noise is detailed, and tested on both simulated and Viking data. This scheme also applies a module to identify measurements contaminated by Single Event Phenomena (SEP). This scheme will be deployed as the pre-processing pipeline for all SEIS-SP data prior to release to the scientific community for analysis.

ELT HARMONI: Image Slicer Preliminary Design

(2018)

Authors:

Florence Laurent, Didier Boudon, Johan Kosmalski, Magali Loupias, Guillaume Raffault, Alban Remillieux, Niranjan Thatte, Ian Bryson, Hermine Schnetler, Fraser Clarke, Matthias Tecza