The outcome of the evaluation of proposals submitted for participation in the INFRAINNOV-04-2020 Innovation Pilot Project for Particle Accelerators can be found below (update 29 November 2019).
Strategies
Ranking |
Submission number |
Short title |
Acronym |
Main proposer |
Result |
|
---|---|---|---|---|---|---|
1 | 68 | Sustainable Concepts for Accelerator driven Research Infrastructures | SCARI | Mike Seidel | PSI | accepted |
2 | 25 | A Strategy for Implementing Novel Societal Applications of Accelerators | S2A2 | Rob Edgecock | HUD | accepted |
3 | 73 | Ultra-Low Emittance Ring | ULER | Riccardo Bartolini | UOXF | accepted |
4 | 56 | Additive Manufacturing for the Accelerator Community | AMAC | Maurizio Vedani | PoliMi | accepted with corrections |
5 | 102 | European Technology Infrastructure for Accelerators and Magnets | ETIAM | Sylvie Leray | CEA | accepted |
6 | 45 | MUon colliders STrategy network | MUST | Nadia Pastrone | INFN | accepted |
7 | 17 | Strategy for Innovative Superconducting Accelerating Cavities | ISAC-STR | Claire Antoine | CEA | accepted with corrections |
8 | 51 | Novel Particle Accelerators Concepts and Technologies | NPACT | Ralph Assmann | DESY | accepted with corrections |
9 | 75 | LASers for PLasma Accelerators | LASPLA | Leonida A. Gizzi | CNR-IN/INFN | accepted with corrections |
10 | 50 | Pushing Accelerator Frontiers | PAF | Frank Zimmermann | CERN | accepted with corrections |
11 | 57 | Demands in vacuum science and technology for future particle accelerators | VST | Oleg Malyshev | STFC | not accepted |
12 | 87 | Innovative materials solutions for next-generation high power accelerators | InnoMat-XBeam | Marilena Tomut | WWU/GSI | not accepted |
13 | 54 | High Average Intensity Normal Conductive Linacs Applications | Hainclap | Alessandro Variola | INFN-LNF | not accepted |
14 | 80 | Laser-Acceleration Strategy | LAST | Dario Giove | INFN | not accepted |
15 | 79 | Topical Workshops for Advanced Diagnostics at Accelerators | ADA | Peter Forck | GSI | not accepted |
16 | 28 | Plasma wakefield Accelerators driven by thiN-disk and Diode lAsers | PANDA | Roman Walczak | UOXF | not accepted |
17 | 93 | Foundation of a European Network to foster collaboration among users of the open MicroTCA standard for applications in beam control, beam diagnostics and beamline experiments | European MicroTCA Network | Thomas Walter | DESY | not accepted |
Prototypes
Ranking |
Submission number |
Short title |
Acronym |
Main proposer |
Result |
|
---|---|---|---|---|---|---|
1 | 5 | High Efficiency Klystron Industrial Prototype | HEKIP | Erk Jensen | CERN | accepted |
2 | 23 | Magnets for Advanced Hadrontherapy and Fast Synchrotrons | MAHFS | Lucio Rossi | INFN-LASA | accepted with corrections |
3 | 82 | Longitudinally Variable Dipole for the upgrade of the Elettra storage ring | Yannis Papaphilippou | CERN | accepted | |
4 | 10 | Improvement of slow extraction spill quality | Peter Forck | GSI | accepted | |
5 | 38 | Innovative Superconducting Accelerating Cavities | ISAC-1.3 GHz | Cristian Pira | INFN | accepted with corrections |
6 | 88 | CompactLight Prototype Accelerating Structure | ComPAS | Gerardo D’Auria | Elettra | accepted with corrections |
7 | 19 | Very high gradient RF Guns operating in the C-band RF technology | C-GUNS | David Alesini | INFN Frascati | accepted with corrections |
8 | 13 | Development of an Energy Efficient ReBCO-HTS based Nuclotron Cable and Prototyping of a Fast Ramped Magnet Coil | EFAC | Peter Spiller | GSI Darmstadt | reserve |
9 | 12 | Development of advanced accelerator line for environmental applications | ENVIACC | Andrzej Chmielewski | ICHTJ WAW | reserve as D |
10 | 74 | Innovation RF cavity/lauching systmes in MHz and GHz range for Ion Sources | IRIHIS | David Mascali | INFN-LNL | reserve as D |
11 | 67 | Radio Therapy Treatment technology demonstrator | RTT Demo | Peter McIntosh | STFC | reserve as D |
12 | 30 | Reliability and fast failure compensation methods in RF superconducting linacs | REFILL | Frederic BOULY | CNRS | reserve as D |
13 | 33 | Innovative Multipurpose Testbed | IMT | Alessandro Bertarelli | CERN | not accepted |
14 | 6 | Magnet-system Improvements for Compacting circulaR Accelerators | MICRA | Luis García-Tabarés | CIEMAT | not accepted |
15 | 24 | Magnets for an Advanced Ion Gantry | MAIG | Lucio Rossi | INFN-LASA | not accepted |
16 | 70 | Silicon Carbide Profiling and Position Detectors for continuous monitoring of non-monochromatic synchrotron beams | SiC XB(pp)M | Massimo Camarda | PSI | not accepted |
17 | 41 | Vacuum Science & Technology: Materials for heat lOad removal from Cryogenic vAcuum | VST-MOCA | Roberto Cimino | INFN-LNF | not accepted |
18 | 21 | Optimally efficient solid-state 400 kW pulsed station for superconducting RF cavities | EfficientPulsedPower | Dragos Dancila | Uppsala Univ. | not accepted |
19 | 43 | Optimisation of low surface resistance vacuum chamber for low emittance accelerators | VST-Low-Rs | Oleg Malyshev | STFC | not accepted |
20 | 20 | New power amplifiers for particle accelerators based on GaN semiconductor technology | GaN4LINAC | Dragos Dancila | Uppsala Univ. | reserve as D |
21 | 85 | Demonstration of a new slow extraction method in synchrotrons using anti-symmetric pseudo-sextupole fields | SEXASF | Ye Zou | Uppsala Univ. | not accepted |
22 | 101 | Developments on SC multifunction magnets and NS-FFAG beam dynamics | SCM-ISOLDE | Joakim Cederkall | LUND | not accepted |
23 | 22 | Advanced Dose Delivery Algorithms | ADDA | Dominik Peruško | COSYLAB | not accepted |
24 | 64 | Design approach of new generation particle accelerator component by metal Additive Manufacturing | AM for Accelerators | Toms Torims | RTU | not accepted |
25 | 84 | Methods for Ultrashort and Coherent Light Emission at Storage Rings | MUSCLES | Shaukat Khan | TU Dortmund | not accepted |
26 | 100 | Superconducting coil cooling with pulsating heat pipes | SCOOP | Bertrand Baudouy | CEA | not accepted |
27 | 3 | Research Infrastructure Reliability and Availability Modelling | RI-RAM | Timo Lehtinen | Ramentor | not accepted |
28 | 1 | Self-Tuning Artificial Intelligence for LINAC Distributed Control System | STAI-LINAC | Ignacio ROJAS | ADEX S.A. | not accepted |
29 | 77 | CW MeV Ultrafast Electron Diffraction based on ELBE Superconducting RF Gun | CW MeV UED | Rong Xiang | HZDR | not accepted |
30 | 89 | Luminescent coating development for high power proton targets | PROTONLUMCOAT | Erik Adli | Uni. Oslo | not accepted |
31 | 29 | Compact accelerator control system | CACS | Miroslav Pavleski | COSYLAB JSC | not accepted |
37 | High-Temperature Superconducting Undulator | HTSCU | Anke-Susanne Müller | KIT | rejected | |
66 | CRystalline Undulator - advanCed technologIes for a GammA-ray Light source | CRUCIAL | Andrea Mazzolari | INFN | rejected |
Developments
Ranking |
Submission number |
Short title |
Acronym |
Main proposer |
Result |
|
---|---|---|---|---|---|---|
1 | 35 | Large scale Carbide-Carbon Materials for multipurpose applications | PlusCOMP | Federico Carra | CERN | accepted |
2 | 72 | Laser focal spot stabilization for compact plasma accelerators | L3S | Francois Mathieu | CRNS | accepted with conditions |
3 | 2 | Internal Rf Ion Source for Cyclotrons | IRISC | José Manuel Pérez | CIEMAT | accepted |
4 | 53 | Repair of damaged accelerator components by AM technologies | REP_ARIES2 | Elena López | IWS | accepted with conditions |
5 | 32 | Innovative superconducting accelerating cavities | ISAC-dev | Reza Valizadeh | STFC | accepted with conditions |
6 | 18 | Surface Engineering by Atomic Layer Deposition | ISAC-SEAL | Thomas Proslier | CEA | accepted with conditions |
7 | 69 | Suspended graphenic membrane beam windows for next generation accelerators | Graphene4beams | Marilena Tomut | WWU/GSI | accepted with conditions |
8 | 31 | Optimization of flat SRF thin films production procedure | ISAC-SAMP | Oliver Kugeler | HZ Berlin | accepted |
9 | 16 | Beam windows for high-power accelerator applications | BEAWIN | Marcello Losasso | CERN | accepted with conditions |
10 | 49 | Improvement of mechanical and superconducting properties of RF resonator by laser radiation | ISAC-LAS | Arturs Medvids | RTU | accepted with conditions |
11 | 78 | Permanent Magnet Quadrupoles & Combined Function Magnets for Ultra Low-Emittance Rings | ZEPTO-DQ2 | Ben Shepherd | STFC | accepted with conditions |
12 | 61 | Multi-scale Innovative targets for laser-plasma accelerators | MILPAT | Cedric Thaury | LOA/ENSTA | accepted with conditions |
13 | 92 | MAchine Learning techniques for accelerator and target diagnostics at ESS | MALESS | Thomas Shea | ESS | accepted with conditions |
14 | 40 | Photon Stimulated Desorption (PSD) from NEG coatings for accelerator vacuum chambers | VST-NEG-PSD | Oleg Malyshev | STFC | accepted |
15 | 94 | Development of electro-optical waveguide sensors as Beam electric field sensors | EOWAVES | Stephen Gibson | RHUL | accepted |
16 | 55 | Development of superconductive RF cavities, made by Nb or Cu coated with an Nb thin film, to be tested at room and at cryogenic temperature | Adriano Pepato | INFN | reserve | |
17 | 65 | Vacuum metrology for accelerator vacuum systems | VST - VAMETA | Janez Šetina | IMT | not accepted |
18 | 60 | Improvement of Additive Manufactured RF Components by Laser Radiation | ISAC-LAS-AM | Arturs Medvids | RTU | not accepted |
19 | 8 | Ions to Protons Irradiation Scaling | IPrIS | Alessandro Bertarelli / Carlotta Accettura | CERN/ Politecnico di Milano | not accepted |
20 | 34 | Extra-large graphite crystals | XtraGraph | Alessandro Bertarelli | CERN | not accepted |
21 | 58 | Development of a photo-electron impact ion source | PhEBIAD | Sebastian ROTHE | CERN | reserve |
22 | 15 | Self-Tuning Artificial Intelligence for cavities conditioning | STAI for CC R&D | Holger Höltermann | BEVATECH GmbH | reserve |
23 | 39 | Vacuum Science & Technology: Photon stimulated Desorption (PSD) of materials for accelerator | VST-PhoDes | Roberto Cimino | INFN-LNF | not accepted |
24 | 86 | Development of compact and high efficiency GaN amplifier module | GaN-SSA | Marco Di Giacomo | GANIL | not accepted |
25 | 99 | Non-Invasive CHerenkov Technologies | NICHT | Thibaut Lefevre | CERN | not accepted |
26 | 91 | Engineering color centers in diamond using ion beams | DiaCol | Marilena Tomut | WWU | not accepted |
27 | 14 | Phase monitor for beam energy measurements | PMON | Holger Höltermann | BEVATECH GmbH | not accepted |
28 | 59 | Design of magnet poles by Additive Manufacturing | Maurizio Vedani | PoliMi | not accepted | |
29 | 63 | Novel Particle Accelerators Based on Carbon Nanotube Arrays | NACANA | Javier Resta-López | UoL/CI | not accepted |
30 | 42 | Vacuum Science & Technology: Electron-stimulated desorption (ESD) of materials for accelerator | VST-ElDes | Roberto Cimino | INFN-LNF | not accepted |
31 | 46 | Thermal Outgassing Database of materials for accelerator | ThOutData | Vincent Baglin | CERN | not accepted |
32 | 81 | Experiments with Laser-driven BeAms | ELBA | Dario Giove | INFN | not accepted |
33 | 27 | R&D on Niobium 3D-Printing Manufacturing for Superconducting Cavities Innovation | Fernando Lomello | CEA | not accepted | |
34 | 95 | Development of a combined electron gun for electron lenses | ELCG | Adriana Rossi | CERN | not accepted |
35 | 7 | Characterization and Assessment of conventional/laser e-beams for FLASH therapy | cle-FLASH | Angeles Faus-Golfe | LAL-CNRS | not accepted |
36 | 47 | Ion Stimulated molecular Desorption of futures materials for accelerator | ISD | Vincent Baglin | CERN | not accepted |
37 | 4 | High-resolution optical surface monitoring system for high-field systems | NanoReflect | Yinon Ashkenazy | Hebrew Univ of Jerusalem | not accepted |
38 | 44 | SEY at cryogenic temperatures | VST-CRYO-SEY | Oleg Malyshev | STFC | not accepted |
39 | 83 | Innovative beam transport scheme for laser-accelerated ion beams and flash-radiotherapy applications | NEMESI | Pablo Cirrone | INFN-LNS | not accepted |
40 | 96 | Development of instrumentation for electron lenses | ELI | Adriana Rossi | CERN | not accepted |
41 | 52 | Extreme loading conditions for advanced materials | EXTREMA | Lorenzo Peroni | POLITO | not accepted |
42 | 90 | Validation of accelerators components built by additive manufacturing | Nicolas Delerue | CNRS/IN2P3 | not accepted | |
43 | 11 | Novel Superconducting Cavity Design for High-Current Electron Linacs | SC Cavities for High Currents | Rocco Paparella | INFN | not accepted |
44 | 48 | HOllow-core Dielectric ACcelerators | HODAC | Giuseppe Torrisi | INFN-LNS | not accepted |
45 | 97 | Development of a radiation hard beam profile monitor with high dynamic range and ultra-high vacuum compatibility | Cherenkov fibre monitor | Inaki Ortega | CERN | not accepted |
46 | 98 | Development of a prototype rest-gas ionisation beam profile monitor based on silicon pixel detector technology for application at a broad range of accelerator facilities | Pixel-IPM | James Storey | CERN | not accepted |
47 | 62 | RF System-on-Chip for Ultrafast Beam Feedbacks | RFSoC-4-UBF | Boris Keil | PSI | not accepted |
48 | 76 | Efficient Accelerator for Urban, Factory, Residential, Agricultural, Industrial, Chemical, Health and Environmental applications | EAU-FRAICHE | Anne-Laure Lamure | RadiaBeam Sàrl | not accepted |
49 | 36 | Development of a novel Adaptive Collimation System | ACS 2.0 | Simon Fletcher | Uni. Huddersfield | not accepted |
71 | High Average PowEr comprEssor | HAPEE | Francois Mathieu | CNRS | rejected |
The members of the Evaluation Committee:
Ralph ASSMANN (DESY), Jean-Luc BIAROTTE (CNRS), Frederick BORDRY (CERN), Stéphane CHEL (CEA), Aitor ECHEANDIA (industry), Terry GARVEY (PSI), Eric GIGUET (industry), Susanna GUIDUCCI (INFN), Piotr MALECKI (IFJ-PAN), Peter MCINTOSH (STFC), Mauro MORANDIN (industry), José Manuel PEREZ (CIEMAT), Philipp REVILAK (industry), Roger RUBER (U. Uppsala), Mike SEIDEL (PSI), Jens STADLMANN (GSI), Pierre VEDRINE (CEA), Maurizio VRETENAR (CERN, Chair).