A
A. F. Garcia Marin
Researcher at Max Planck Society
Publications - 16
Citations - 405
A. F. Garcia Marin is an academic researcher from Max Planck Society. The author has contributed to research in topics: Pathfinder & Interferometry. The author has an hindex of 8, co-authored 14 publications receiving 354 citations.
Papers
More filters
Journal ArticleDOI
The LTP experiment on the LISA Pathfinder mission
S. Anza,M. Armano,E. Balaguer,M. Benedetti,C. Boatella,Paolo Bosetti,Daniele Bortoluzzi,N. Brandt,Claus Braxmaier,Martin E. Caldwell,L. Carbone,Antonella Cavalleri,A. Ciccolella,I. Cristofolini,M. Cruise,M. Da Lio,Karsten Danzmann,D. Desiderio,Rita Dolesi,N. Dunbar,Walter Fichter,C. Garcia,Enrique García-Berro,A. F. Garcia Marin,R. Gerndt,Alberto Gianolio,Domenico Giardini,R. Gruenagel,A. Hammesfahr,Gerhard Heinzel,J. H. Hough,D. Hoyland,Mauro Hueller,Oliver Jennrich,Ulrich Johann,S. Kemble,Christian J. Killow,D. Kolbe,Markus Landgraf,Alberto Lobo,V. Lorizzo,Davor Mance,Kevin Middleton,F Nappo,Miquel Nofrarías,Guiseppe Racca,José Ramos,David Robertson,M. Sallusti,M. Sandford,Jose Sanjuan,P. Sarra,A. Selig,D. Shaul,D. Smart,M. Smit,L. Stagnaro,Tamara Sumner,C. Tirabassi,Sam Tobin,Stefano Vitale,V. Wand,H. Ward,W. J. Weber,Peter Zweifel +64 more
TL;DR: The LISA Technology Package (LTP) as discussed by the authors is a transverse-traceless coordinate frame experiment that will fly onboard the LISA Pathfinder mission of the European Space Agency in 2008.
Journal ArticleDOI
The LISA Pathfinder mission
F. Antonucci,Michele Armano,Heather Audley,G. Auger,Matteo Benedetti,Pierre Binétruy,J. Bogenstahl,Daniele Bortoluzzi,Paolo Bosetti,N. Brandt,M. Caleno,Priscilla Canizares,Antonella Cavalleri,M. Cesa,M. Chmeissani,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,V. Ferrone,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,V. Hernández,Martin Hewitson,Daniel Hollington,J. H. Hough,D. Hoyland,Mauro Hueller,J. Huesler,Oliver Jennrich,Philippe Jetzer,B. Johlander,N. Karnesis,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,Eric Plagnol,P. Prat,Giuseppe D. Racca,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,H.-B. Tu,Stefano Vitale,Gudrun Wanner,H. Ward,S. Waschke,Peter Wass,W. J. Weber,Tobias Ziegler,Peter Zweifel +99 more
TL;DR: The current status of the LISA Pathfinder mission is described, a precursor mission aimed at demonstrating key technologies for future space-based gravitational wave detectors, like LISA, and performance measurements and analysis of these flight components lead to an expected performance of theLISA Pathfinder which is a significant improvement over the mission requirements.
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
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.