M
Michele Armano
Researcher at European Space Agency
Publications - 65
Citations - 1963
Michele Armano is an academic researcher from European Space Agency. The author has contributed to research in topics: Pathfinder & Gravitational wave. The author has an hindex of 17, co-authored 62 publications receiving 1398 citations. Previous affiliations of Michele Armano include European Space Research and Technology Centre.
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Journal ArticleDOI
LISA Pathfinder: mission and status
F. Antonucci,Michele Armano,Heather Audley,G. Auger,Matteo Benedetti,Pierre Binétruy,C. Boatella,J. Bogenstahl,Daniele Bortoluzzi,Paolo Bosetti,M. Caleno,Antonella Cavalleri,M. Cesa,M. Chmeissani,Giacomo Ciani,A. Conchillo,G. Congedo,I. Cristofolini,M. Cruise,Karsten Danzmann,F. De Marchi,M. Diaz-Aguilo,Ingo Diepholz,G. Dixon,Rita Dolesi,N. Dunbar,J. Fauste,Luigi Ferraioli,D. Fertin,Walter Fichter,Ewan Fitzsimons,M. Freschi,A. F. Garcia Marin,C. García Marirrodriga,R. Gerndt,Lluis Gesa,F. Gilbert,Domenico Giardini,Catia Grimani,A. Grynagier,B. Guillaume,Felipe Guzman,I. Harrison,Gerhard Heinzel,Martin Hewitson,Daniel Hollington,J. H. Hough,D. Hoyland,Mauro Hueller,J. Huesler,O. Jeannin,Oliver Jennrich,Philippe Jetzer,B. Johlander,Christian J. Killow,X. Llamas,Ivan Lloro,A. Lobo,R. Maarschalkerweerd,S. Madden,Davor Mance,Ignacio Mateos,Paul McNamara,José F. F. Mendes,E. Mitchell,A. Monsky,D. Nicolini,Daniele Nicolodi,Miquel Nofrarías,F. Pedersen,Michael Perreur-Lloyd,A. Perreca,Eric Plagnol,P. Prat,Giuseppe D. Racca,B. Rais,Juan Ramos-Castro,J. Reiche,J. A. Romera Perez,David J. Robertson,H. Rozemeijer,J. Sanjuan,A. Schleicher,M. Schulte,D. Shaul,L. Stagnaro,S. Strandmoe,Frank Steier,T. J. Sumner,A.M. Taylor,D. Texier,C. Trenkel,D. Tombolato,Stefano Vitale,Gudrun Wanner,H. Ward,S. Waschke,Peter Wass,W. J. Weber,Peter Zweifel +99 more
TL;DR: LISA Pathfinder as discussed by the authors is a dedicated technology demonstrator for the joint ESA/NASA Laser Interferometer Space Antenna (LISA) mission, which essentially mimics one arm of the LISA constellation by shrinking the 5 million kilometre armlength down to a few tens of centimetres, giving up the sensitivity to gravitational waves, but keeping the measurement technology.
Journal ArticleDOI
From laboratory experiments to LISA Pathfinder: achieving LISA geodesic motion
F. Antonucci,Michele Armano,Heather Audley,G. Auger,Matteo Benedetti,Pierre Binétruy,C. Boatella,J. Bogenstahl,Daniele Bortoluzzi,Paolo Bosetti,N. Brandt,M. Caleno,Antonella Cavalleri,M. Cesa,M. Chmeissani,Giacomo Ciani,A. Conchillo,G. Congedo,I. Cristofolini,M. Cruise,Karsten Danzmann,F. De Marchi,M. Diaz-Aguilo,Ingo Diepholz,G. Dixon,Rita Dolesi,N. Dunbar,J. Fauste,Luigi Ferraioli,D. Fertin,Walter Fichter,Ewan Fitzsimons,M. Freschi,A. F. Garcia Marin,C. García Marirrodriga,R. Gerndt,Lluis Gesa,Domenico Giardini,F. Gibert,Catia Grimani,A. Grynagier,B. Guillaume,Felipe Guzman,I. Harrison,Gerhard Heinzel,Martin Hewitson,Daniel Hollington,J. H. Hough,D. Hoyland,Mauro Hueller,J. Huesler,O. Jeannin,Oliver Jennrich,Philippe Jetzer,B. Johlander,Christian J. Killow,X. Llamas,Ivan Lloro,A. Lobo,R. Maarschalkerweerd,S. Madden,D. Mance,Ignacio Mateos,Paul McNamara,José F. F. Mendes,E. Mitchell,A. Monsky,D. Nicolini,Daniele Nicolodi,Miquel Nofrarías,F. Pedersen,Michael Perreur-Lloyd,A. Perreca,Eric Plagnol,P. Prat,Giuseppe D. Racca,B. Rais,Juan Ramos-Castro,J. Reiche,J. A. Romera Perez,David Robertson,H. Rozemeijer,J. Sanjuan,A. Schleicher,M. Schulte,D. Shaul,L. Stagnaro,S. Strandmoe,Frank Steier,T. J. Sumner,A.M. Taylor,D. Texier,C. Trenkel,D. Tombolato,Stefano Vitale,Gudrun Wanner,H. Ward,S. Waschke,Peter Wass,W. J. Weber,Peter Zweifel +100 more
TL;DR: In this article, a quantitative assessment of the performance of the upcoming LISA Pathfinder geodesic explorer mission is presented, based on the results of extensive ground testing and simulation campaigns using flight hardware, flight control and operations algorithms.
Journal ArticleDOI
Experimental results from the ST7 mission on LISA Pathfinder
Greg M. Anderson,John R. Anderson,M. S. Anderson,G. Aveni,D. Bame,Phil Barela,K. Blackman,A. Carmain,L. Chen,M. Cherng,S. Clark,M. Connally,William E. Connolly,D. Conroy,M. Cooper,Curt Cutler,J. D’Agostino,Nate Demmons,E. Dorantes,Charley Dunn,M. Duran,Eric Ehrbar,John J. Evans,J. Fernandez,Garth Franklin,M. Girard,J. Gorelik,Vlad Hruby,O. Hsu,Douglas J. Jackson,Shahram Javidnia,D. Kern,M. Knopp,R. Kolasinski,C. Kuo,T. Le,I. Li,O. Liepack,A. Littlefield,Peiman Maghami,S. Malik,L. Markley,Ryan Martin,Colleen Marrese-Reading,J. Mehta,J. Mennela,D. Miller,D. Nguyen,J. O’Donnell,R. Parikh,G. Plett,T. Ramsey,Thomas Randolph,S. Rhodes,Andrew Romero-Wolf,Thomas Roy,A. Ruiz,H. Shaw,Jacob Slutsky,Douglas Spence,J. Stocky,J. Tallon,Ira Thorpe,W. Tolman,H. Umfress,R. Valencia,C. Valerio,W. Warner,J. Wellman,Peter Willis,John Ziemer,Jurg Zwahlen,Michele Armano,Heather Audley,J. Baird,Pierre Binétruy,M. Born,D. Bortoluzzi,E. Castelli,Antonella Cavalleri,A. Cesarini,A. M. Cruise,Karsten Danzmann,M. de Deus Silva,Ingo Diepholz,G. Dixon,Rita Dolesi,Luigi Ferraioli,Valerio Ferroni,E. D. Fitzsimons,M. Freschi,Lluis Gesa,Ferran Gibert,Domenico Giardini,R. Giusteri,Catia Grimani,J. Grzymisch,Ian Harrison,Gerhard Heinzel,M. Hewitson,Daniel Hollington,D. Hoyland,M. Hueller,Henri Inchauspe,Oliver Jennrich,Ph. Jetzer,Nikolaos Karnesis,B. Kaune,N. Korsakova,Christian J. Killow,J. A. Lobo,Ivan Lloro,L. Liu,J. P. López-Zaragoza,R. Maarschalkerweerd,Davor Mance,N. Meshksar,Víctor S. Martín,L. Martin-Polo,J. Martino,F. Martin-Porqueras,Ignacio Mateos,Paul McNamara,José F. F. Mendes,L. Mendes,Miquel Nofrarías,S. Paczkowski,Michael Perreur-Lloyd,Antoine Petiteau,P. Pivato,Eric Plagnol,Juan Ramos-Castro,J. Reiche,D. I. Robertson,F. Rivas,G. Russano,Carlos F. Sopuerta,T. J. Sumner,D. Texier,Daniele Vetrugno,S. Vitale,Gudrun Wanner,H. Ward,Peter Wass,W. J. Weber,L. Wissel,A. Wittchen,Peter Zweifel +147 more
TL;DR: The Space Technology 7 Disturbance Reduction System (ST7-DRS) is a NASA technology demonstration payload that operated from January 2016 through July 2017 on the European Space Agency's (ESA) LISA Pathfinder spacecraft as mentioned in this paper.
Journal ArticleDOI
The LISA Pathfinder mission
Paul McNamara,F. Antonucci,Michele Armano,Heather Audley,G. Auger,Matteo Benedetti,Pierre Binétruy,J. Bogenstahl,Daniele Bortoluzzi,N. Brandt,M. Caleno,Antonella Cavalleri,G. Congedo,M. Cruise,Karsten Danzmann,F. De Marchi,M. Diaz-Aguilo,Ingo Diepholz,G. Dixton,Rita Dolesi,N. Dumbar,J. Fauste,Luigi Ferraioli,Valerio Ferroni,Walter Fichter,Ewan Fitzsimons,M. Freschi,C. García Marirrodriga,R. Gerndt,Lluis Gesa,Ferran Gibert,Domenico Giardini,Catia Grimani,A. Grynagier,Felipe Guzman,Ian Harrison,Gerhard Heinzel,Martin Hewitson,Daniel Hollington,D. Hoyland,M. Hueller,J. Huesler,Oliver Jennrich,Ph. Jetzer,B. Johlander,N. Karnesis,N. Korsakova,Christian J. Killow,X. Llamas,Ivan Lloro,A. Lobo,R. Maarschalkerweerd,S. Madden,Davor Mance,Víctor S. Martín,Ignacio Mateos,José F. F. Mendes,E. Mitchell,Daniele Nicolodi,Miquel Nofrarías,Michael Perreur-Lloyd,Eric Plagnol,P. Prat,Juan Ramos-Castro,J. Reiche,J. A. Romera Perez,David Robertson,H. Rozemeijer,G. Russano,Alexander Schleicher,D. Shaul,Carlos F. Sopuerta,T. J. Sumner,A.M. Taylor,D. Texier,C. Trenkel,H. B. Tu,Stefano Vitale,Gudrun Wanner,H. Ward,S. Waschke,Peter Wass,D. Wealthy,S. Wen,W. J. Weber,Tobias Ziegler,Peter Zweifel +86 more
TL;DR: The LISA Pathfinder (LPF) mission as discussed by the authors is the first in-flight test of low frequency gravitational wave detection metrology, which was designed to simulate one arm of space-borne gravitational wave detectors by shrinking the million kilometer scale arm lengths down to a few tens of centimeters.
Journal ArticleDOI
From laboratory experiments to LISA Pathfinder: achieving LISA geodesic motion
F. Antonucci,Michele Armano,Heather Audley,G. Auger,Matteo Benedetti,Pierre Binétruy,C. Boatella,Johanna Bogenstahl,Daniele Bortoluzzi,Paolo Bosetti,N. Brandt,M. Caleno,Antonella Cavalleri,M. Cesa,M. Chmeissani,Giacomo Ciani,Aleix Conchillo,G. Congedo,I. Cristofolini,M. Cruise,Karsten Danzmann,F. De Marchi,M. Diaz-Aguilo,Ingo Diepholz,G. Dixon,Rita Dolesi,N. Dunbar,J. Fauste,Luigi Ferraioli,D. Fertin,Walter Fichter,Ewan Fitzsimons,M. Freschi,A. F. Garcia Marin,C. García Marirrodriga,R. Gerndt,Lluis Gesa,Domenico Giardini,Ferran Gibert,Catia Grimani,A. Grynagier,B. Guillaume,Felipe Guzman,Ian Harrison,Gerhard Heinzel,Martin Hewitson,Daniel Hollington,J. H. Hough,D. Hoyland,M. Hueller,J. Huesler,O. Jeannin,Oliver Jennrich,Ph. Jetzer,B. Johlander,Christian J. Killow,X. Llamas,Ivan Lloro,A. Lobo,R. Maarschalkerweerd,S. Madden,Davor Mance,Ignacio Mateos,Paul McNamara,J Mendestì,E. Mitchell,A. Monsky,D. Nicolini,Daniele Nicolodi,Miquel Nofrarías,F. Pedersen,Michael Perreur-Lloyd,A. Perreca,Eric Plagnol,P. Prat,Giuseppe D. Racca,B. Rais,Juan Ramos-Castro,J. Reiche,J. A. Romera Perez,David Robertson,H. Rozemeijer,Jose Sanjuan,Alexander Schleicher,M. Schulte,D. Shaul,Luca Stagnaro,S. Strandmoe,Frank Steier,T. J. Sumner,A.M. Taylor,D. Texier,C. Trenkel,D. Tombolato,Stefano Vitale,Gudrun Wanner,H. Ward,S. Waschke,Peter Wass,W. J. Weber +99 more
TL;DR: In this paper, a quantitative assessment of the performance of the upcoming LISA Pathfinder geodesic explorer mission is presented based on the results of extensive ground testing and simulation campaigns using flight hardware and flight control and operations algorithms.