European Development Studies
In order to keep ALMA at the forefront of technology, ESO invites its member state institutes to participate in the European ALMA development programme. Every three years, ESO issues a call for development studies. Below, we provide an overview of the studies approved in 2010, 2013, 2016, 2019 and 2022.
ALMA Development studies aim at informing and developing technologies to implement the long term ALMA Development Roadmap. The majority of studies since 2016 are focused on the themes identified in the ALMA 2030 Reports. Three ALMA working groups have translated these scientific priorities into three draft technical specification recommendation documents on the receivers and digitizers, the correlator, and the signal chain.
It is emphasized that the three working groups presented recommendations, despite the impression that some document title might give, for updated system and subsystem requirements in the context of the ALMA 2030 Wideband Sensitivity Upgrade. Final system specifications and final sub-system specifications will be treated in due course.
The North American and East Asian ALMA partners have a similar development study programme. The overview of these studies can be found here: NA Studies and EA studies.
In addition to the external studies, ESO also runs several small internal development studies which require inside knowledge of the ALMA systems. These generally use only limited FTE and are supported financially only for a small travel budget.
Author (PI) |
Institute |
Title |
Juan Daniel Gallego | Observatorio de Yebes, Spain | Development of InP MMIC based Wideband Low-Noise Amplifiers for the Next Generation ALMA Receivers |
Danielle George | University of Manchester, STFC Rutherford Appleton Laboratory, UK | TASER: Towards ALMA System on Chip European Receivers |
Ronald Hesper | NOVA, The Netherlands |
Towards a Producible ALMA2030-Ready Band 9 CCA |
Stefan Wijnholds | ASTRON, The Netherlands | Streaming visibility processing for ALMA |
Victor Belitsky | GARD, Sweden |
Advanced waveguide component technologies |
Georgios Magdis | Cosmic DAWN Center, DTU, Denmark | Science cases and technical considerations for ALMA focal plane arrays |
Kelley Hess | Chalmers University of Technology | ALMA Spectral Line Advanced Data Product Pipeline Prototype |
Author (PI) |
Institute |
Title |
Benjamin Quertier | LAB, France |
Upgrading the ALMA Digital System, from Digitization to Correlation Final Report |
Alexey Pavolotsky | GARD, Sweden | SIS Process Development to serve next generation receivers for ALMA |
Victor Belitsky | GARD, Sweden | ALMA Band 6 and 7 Cold Cartridge Demonstator |
Juan Ramon Pardo |
IFF/CSIC, Spain |
Improved and tested atmospheric model beyond 300 GHz |
Frédéric Gueth | IRAM, France | Feasibility study for an ALMA Band 7 upgrade |
Miroslav Bárta | ASCR, Czech Republic | Towards High-resolution Solar ALMA Images Overcoming current ObsMode limitations |
Author (PI) | Institute |
Title |
Andrey Baryshev | NOVA, The Netherlands | Alma Digital Front-End: Configurations Study, Final Report |
Victor Belitsky | GARD, Sweden | SIS Junction Technology Development for Wideband 2SB Receivers |
Alan Bridger | STFC, UK | The Evolution of ALMA Proposal and Observation Preparation |
Gary Fuller | UoM, UK | InP MMIC LNAs for ALMA Band 2+3: Pushing the Noise Limit |
Ronald Hesper | NOVA, The Netherlands | Improving Band 9 Sensitivity by Advanced Tuning Algorithms |
Ronald Hesper | NOVA, The Netherlands | Full 2SB Receiver Upgrade for ALMA Band 9: Implementation Study |
Mathias Maercker & Sven Wedemeyer | OSO, Sweden & University of Oslo, Norway | High cadence imaging of the Sun |
Marcella Massardi | INAF, Italy | The ARI development study |
Benjamin Quertier | LAB, France | Digitization and Digital Signal Processing for 16 GHz On-sky Bandwidth Analysis |
Fabrizio Villa | INAF, Italy | Optimization and Production Engineering of BAND 2+3 Passive Components for ALMA Receivers |
Author (PI) | Institute | Title |
Gary Fuller | UoM, UK | Development Towards an ALMA Combined Band 2+3 Receiver System |
R. Brajša, M. Karlický | Ondrejov, Czech Republic & Hvar Obs., Croatia | Solar Research with ALMA |
Anna Orlowska | STFC and RAL, UK | Study of Potential Improvements to the ALMA Cryocooler System |
Benjamin Quertier | LAB, France | Very High Speed Digitization and Processing for Enhanced ALMA Bandwidths |
Eduardo Ros | MPIfR, Germany | Phased ALMA as an Element of the Global Millimetre VLBI Array |
Peter Schilke | Uni Köln, Germany | ALMA Analysis Software - an End-to-End view |
Author (PI) |
Institute |
Title |
Andrey Baryshev | NOVA, The Netherlands | R&D Studies for ALMA Band-9 Upgrade Options |
Victor Belitsky | GARD, Sweden | Preparation for Full Production ALMA Band 5 Receiver Cartridge |
G. Fuller, A. Navarrini, F. Villa | UoM, IRAM, INAF | Science Case, Active and Passive Components for an ALMA Wideband Band 2+3 Receiver |
Stafford Withington | STFC, UK | High-Resolution Interferometry Beyond 1THz with ALMA |
Author (PI) |
Institute |
Title |
Erich Schmid | ESO |
Integrated alarm system |
Neil Phillips | ESO | Longer baselines with the current operating mode |
Dirk Petry and Maria Diaz Trigo | ESO |
|
Fabrizia Guglielmetti | ESO | Bayesian adaptive interferometric image reconstruction method |
Luke Maud |
ESO | ESO-ALLEGRO Phase rms database |
Eric Villard and Gergö Popping | ESO | ALMA Advanced Data Products |