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Monday 23rd
TUTORIALS
9:30
 A01 McCammon D., Enss C. Physical principles of low temperature detectors: ultimate performance limits and current detector capabilities     A01_prep
11:20
 A02 Wolfe J.P. Phonon physics applied to cryogenic detectors      
GENERAL DETECTORS PHYSICS
Oral
12:00
 B01 Brandt D., Fraser G.W., Binns C. Thin film superconducting detectors and the quantum vacuum     B01_prep
12:15
 B02 Reveret V., Rodriguez L., Le Pennec J., Agnese P. PACS bolometer arrays for ground-based telescopes     B02_prep
12:30
 B03 Leman S., Brink P., Cabrera B., Tomada A., Young B. Phonon-mediated distributed transition-edge-sensor X-ray detector with deep trenches B03_abs B03_pres B03_prep
Poster

 

 

 

 

12:45

 B04 Belier B., Benoit A., Berge L., Camus P., Collin S., Dumoulin L., Durand T., Fernandez B., Hoffmann C., Marceau N., Marnieros S., Monfardini A. NbSi bolometers: a versatile approach for large arrays B04_abs    
B05 Damayanthi R.M.T., Fukuda D., Takahashi H., Ohkubo M., Ohno M., Leman S. Design of an optical absorption cavity for titanium transition edge sensor B05_abs B05_pres B05_prep
B06 Kozorezov A., Wigmore J., Martin D., Verhoeve P., Peacock A. Phonon noise in thin metal films in advanced energy down-convertion stage B06_abs

 

 B06_prep
B07 Machida M., Koyama T., Kato M., Ishida T. Direct numerical simulations for non-equilibrium superconducting dynamics at the transition edge     B07_prep
B08 Bagliani D., Gatti F., Parodi L., Ribeiro Gomes M., Ferrari L. Electron-phonon thermal conductance measurements of thin iridium films      
B09 Kühn T., Maasilta I.J. Effect of thin ballistic membranes on transition-edge sensor performance B09_abs B09_pres B09_prep
B10 O'Neil G.C., Schmidt D.R., Miller N.A., Ullom J.N., Williams A., Ruggiero S.T., Arnold G.B. Density of states measurements of AlMn alloys with tunable superconducting gaps B10_abs B10_pres B10_prep
B11 Rajteri M., Taralli E., Portesi C., Monticone E. Superconducting detector reflectivity reduction in the near infrared region B11_abs B11_pres  
B12 Rostem K., Glowacka D., Goldie D.J., Withington S. A technique for measuring the conductance of silicon-nitride membranes using Johnson noise thermometry B12_abs   B12_prep
TES DETECTORS: PHYSICS, CHARACTERIZATION AND PERFORMANCE
Invited
14:30
 C01 Cabrera B. Introduction to TES Physics     C01_prep
Oral
15:00
 C02 Hoevers H., Bruijn M., Dirks B., Gottardi L., De Korte P., van der Kuur J., Popescu M., Ridder M., Takei Y., Takken D. Systematic study of TiAu-based TES microcalorimeters with different geometries C02_abs C02_pres C02_prep
15:15
 C03 Fukuda D., Damayanthi R.M.T., Yoshizawa A., Tsuchida H., Takahashi H., Ohkubo M. High speed photon number resolving detector with titanium transition edge sensors C03_abs C03_pres C03_prep
15:30
 C04 Gottardi L., Takei Y., van deer Kuur J., de Korte P.A.J., Hoevers H.F.C., Bruijn M.P., Ridder M.L., Takken D. Characterization of a TES-based X-ray microcalorimeter in the energy range from 200 to 1800 eV using an Adiabatic Demagnetization Refrigerator     C04_prep
15:45
 C05 Kenyon M., Day P.K., Bradford C.M., Bock J.J., Leduc H.G. Electrical properties of background-limited membrane-isolated transition-edge superconducting bolometers for space-based far-IR/submillimeter direct-detection spectroscopy C05_abs C05_pres C05_prep
16:00
 C06 Kinnunen K., Nuottajärvi A., Leppäniemi J., Maasilta I. Minimizing excess noise in Au/Ti transition edge sensors C06_abs C06_pres C06_prep
Poster

 

 

 

 

 

 

 

 

 

16:15

 C07 Lita A., Miller A., Nam S.W. Energy collection efficiency measurements for tungsten transition-edge sensors in the near-infrared C07_abs C07_pres C07_prep
C08 Ishisaki Y., Kurabayashi H., Hoshino A., Ohashi T., Yoshino T., Hagihara T., Mitsuda K., Tanaka K. Effect of on-chip magnetic shielding for TES microcalorimeters C08_abs C08_pres C08_prep
C09 Bonetti J., Day P., Kenyon M., Leduc H., Turner A., Kuo C.-L., Bock J. Electrical and thermal characterization of membrane-isolated, antenna-coupled, transition-edge sensing bolometers C09_abs C09_pres C09_prep
C10 Kinnunen K., Maasilta I. Unusual excess noise in a transition-edge sensor with a dot-coupled absorber C10_abs C10_pres C10_prep
C11 Mori F., Minamikawa H., Damayanthi R.M.T., Leman S., Zen N., Ohno M., Takahashi H., Tokoyawa H., Tanida H., Uruga T. Synchrotron beam test of a position-sensitive small-pixel Ir-TES array C11_abs C11_pres C11_prep
C12 Minamikawa Y., Sato H., Mori F., Damayanthi R.M.T., Takahashi H., Ohno M. Simulation of transient response of Ir-TES for position-sensitive TES with waveform domain multiplexing     C12_prep
C13 Takei Y., Gottardi L., Hoevers H.F.C., de Korte P.A.J., van der Kuur J., Ridder M.L., Bruijn M.P. Characterization of a high-performance Ti/Au TES microcalorimeter with a central Cu absorber C13_abs   C13_prep
C14 Zuo F., Zhang H., Galeazzi M. Excess voltage noises at the superconducting transition of Tin films      
C15 Bogorin D.F., Galeazzi M. Characterization of iridium thin films for TES microcalorimeters C15_abs   C15_prep
C16 Barrentine E., Timbie P., Stevenson T.R., Ali S., Chervenak J.A., Wollack E.J., Moseley S.H., Allen C.A., Hseih W.-T., Miller T.M., Benford D.J., Brown A.-D. Sensitivity measurements of a transition-edge hot-electron microbolometer for millimeter-wave astrophysical observations C16_abs C16_pres C16_prep
C17 Lindeman M.A., Barger K.A., Brandl D.E., Crowder S.G., Rocks L., McCammon D. Accurate thermal conductance and impedance measurements of transition edge sensors C17_abs C17_pres C17_prep
C18 Yoshino T., Mukai K., Ezoe Y., Hagihara T., Kurabayashi H., Ishisaki Y., Mitsuda K., Yamasaki N.Y., Fujimoto R. Modelling the position dependence of pulse height in a TES microcalorimeter with an Au absorber C18_abs C18_pres C18_prep
C19 Lindeman M.A., Barger K.A., Brandl D.E., Crowder S.G., Rocks L., McCammon D., Hoevers H.F.C. The superconducting transition in 4-D: temperature, current, resistance and heat capacity C19_abs C19_pres C19_prep
C20 Smith S.J., Bandler S.R., Brown A.-D., Chervenak J.A., Finkbeiner F.M., Iyomoto N., Kelley R.L., Kilbourne C.A., Porter F.S., Sadleir J.E. Characterizing the superconducting-to-normal transition in Mo/Au transition-edge sensor bilayers C20_abs C20_pres C20_prep
C21 Doriese W.B., Beall J.A., Cho H.M., Duncan W.D., Ferreira L., Hilton G.C., Horansky R.D., Irwin K.D., Mates J.A.B., Reintsema C.D., Schmidt D.R., Ullom J.N., Vale L.R., Xu Y. A 128-pixel multiplexed array of TES x-ray microcalorimeters      
C22 Wilson T. The fabrication and characterization of granular aluminium/palladium bilayer microbolometers with sub-nanosecond response C22_abs   C22_prep

Tuesday 24th
TES DETECTORS: DESIGN AND FABRICATION
Oral
8:30
 D01 Ferrari L., Gatti F., Ribeiro Gomes M., Bagliani D., Valle R., Dussoni S., Piro L., Colasanti L., Macculi C., Barbera M., Perinati E. Study of Sn/Bi microcalorimeters for astrophysics D01_abs   D01_prep
8:45
 D02 Bailey C., CDMS collaboration Detector development for the next phases of the cryogenic dark matter search D02_abs D02_pres D02_prep
9:00
 D03 Taralli E., Portesi C., Introzzi R., Rajteri M., Monticone E. Development of transition-edge sensors as UV-visible single photon detectors      
Poster

 

 

 

 

 

 

 

9:15

 D04 Roth S., Ciemniak C., Coppi C., von Feilitzsch F., Gütlein A., Isaila C., Lanfranchi J.-C., Pfister S., Potzel W., Westphal W. Properties of tungsten thin films produced with the RF-sputtering technique D04_abs D04_pres D04_prep
D05 Kilbourne C., Bandler S., Brown A., Chervenak J., Figueroa-Feliciano E., Finkbeiner F., Iyomoto N., Kelley R., Porter S., Smith S. Various optimizations of TES arrays for X-ray astrophysics D05_abs D05_pres D05_prep
D06 Ohno M., Mori F., Minamikawa Y., Damayanthi T., Leman S., Takahashi H., Sato H., Toyokawa H. Development of high count rate TES microcalorimeters D06_abs D06_pres D06_prep
D07 Bagliani D., Gatti F., Bovino F.A., Ribeiro Gomes M., Parodi L., Ferrari L. Transition edge sensors for single photon detection     D07_prep
D08 Gonzalez-Arrabal R., Camon A.H., Fabrega L., Fernandez I., Bacon X., Sese J., Briones F. Mo/Au bilayers deposited at room temperature for transition edge sensors applications     D08_prep
D09 Cantor R., Hall J.A., Blumenfeld P. Multi-pixel TES detector array for x-ray microanalysis      
D10 Chang C.L., Carlstrom J.E., Meyer S.S., Novosad V., Yefremenko V.G., Crawford T., Downes T., McMahon J., Miknaitis K., Vieira J.D. Design and fabrication of absorber coupled TES microbolometers on continuous silicon-nitride windows D10_abs D10_pres D10_prep
D11 Deiker S., Bay T.J., Cabrera B., Rausch A., Stern R., Tomada A., Young B. AlMn transition edge sensor X-ray detectors      
D12 Glowacka D., Audley M., Crane M., Goldie D., Tsaneva V., Withington S. Processing development for high yield fabrication of microstrip-coupled superconducting transition edge sensors D12_abs D12_pres D12_prep
D13 Finkbeiner F., Bandler S., Brekosky R., Brown A.-D., Figueroa-Feliciano E., Iyomoto N., Kelley R., Porter S., Saab T., Sadlier J., Smith S., Chervenak J. Materials development for auxiliary components for large compact Mo/Au TES arrays     D13_prep
D14 Portesi C., Taralli E., Rocci R., Rajteri M., Monticone E. Fabrication of a Ti/Au TES for optical photon counting D14_abs D14_pres D14_prep
D15 Pfister S., von Feilitzsch F., Hauff D., Isaila C., Lanfranchi J.-C., Pantic E., Petricca F., Potzel W., Pröbst F., Roth S., Seidel W., Westphal W. Reproducible production of superconducting tungsten thin films as detector components for the CRESST experiment      
D16 Allen C., Benford D., Miller T., Staguhn J., Wollack E., Moseley H. Design and fabrication highlights enabling a 2 mm, 128 element bolometer array for GISMO     D16_prep
D17 Lorenza Ferrari, Flavio Gatti, Daniele Pergolesi, Maria
Ribeiro Gomes, Daniela Bagliani, Riccardo Valle, Simeone Dussoni, Luigi Piro, Luca Colasanti, Claudio Macculi, Marco Barbera and Emanuele Perinati		 Study of microcalorimeters for astrophysics applications     D17_prep
STJ DETECTORS
Invited
9:35
 E01 Friedrich S. Superconducting tunnel junction photon and particle detectors: theory and applications     E01_prep
Oral
10:05
 E02 Andrianov V., Gorkov V., Filippenko L., Koshelets V. Bias voltage dependence of quasiparticle recombination in STJ detectors with killed electrode     E02_prep
10:20
 E03 Kuzmin L. A superconducting cold-electron bolometer (SCEB) with SIS'tunnel junction and josephson junction for cosmology instruments E03_abs E03_pres E03_prep
11:05
 E04 Hijmering R., Verhoeve P., Martin D., Jerjen I., Kozorezov A., Venn R. Direct determination of position sensitivity in the optical with Ta/Al DROIDs     E04_prep
11:20
 E05 Matsuo H., Mori Y., Murakoshi Y., Ariyoshi S., Ezawa H., Hibi Y., Kobayashi J., Nagata H., Nakahashi M., Otani C. Realization of submillimeter-wave imaging array with superconducting direct detectors    

E05_prep
11:35
 E06 Wigmore K., Kozorezov A., Stokes M., Verhoeve P. Complete analysis of STJ detector performance via absorption of phonon pulses E06_abs E06_pres E06_prep
11:50
 E07 Ukibe M., Chen Y., Shimizugawa Y., Yohei K., Kurokawa A., Ohkubo M. Anomaly in fabrication processes for large-scale array detectors of superconducting tunnel junctions E07_abs E07_pres  
Poster

 

12:05

 E08 Jerjen I., Hijmering R.A., Verhoeve P., Martin D.E.E., Peacock A., Kozorezov A.G., Venn R. Determination of the photon impact position within a DROID     E08_prep
E09 Andrianov V., Gorkov V. Quasiparticle edge losses and self-recombination in double STJs strip X-rays detectors E09_abs E09_pres  
E10 Samedov V. Position resolution in DROIDs E10_abs   E10_prep
METALLIC MAGNETIC CALORIMETERS
Oral
12:15
 F01 Burck A., Kempf S., Rotzinger H., Rodrigues M., Gastaldo L., Fleischmann A., Enss C. Microfabricated magnetic calorimeter with meander shaped pickup coil F01_abs F01_pres F01_prep
12:30
 F02 Gastaldo L., Linck M., Schäfer S., Rotzinger H., Burck A., Kempf S., Porst J.-P., Fleischmann A., Enss C., Seidel G.M. Metallic magnetic calorimeters (MMC) for high resolution X-ray spectroscopy F02_abs F02_pres  
Poster

 

 

 

 

12:45

 F03 Lee S.J., Kim J., Kim N., Kim S.C., Kim S.K., Kim Y.H., Kwon Y.D., Lee K.B., Lee M.K., Lee Y.H., Woo B.C. Measurement of 241Am alpha energy spectrum using a metallic magnetic calorimeter F03_abs F03_pres F03_prep
F04 Sato K., Tsuchiya A., Oshima T., Yamasaki N.Y., Morooka T. Development of low temperature SQUID gradiometer arrays for magnetic microcalorimeter     F04_prep
F05 Kim Y.H., Lee S.J., Kwon Y.D., Lee K.B., Lee M.K., Lee Y.H., Cantor R. Development of metallic magnetic calorimeters using miniature SQUID susceptometers   F05_pres  
F06 Rotzinger H., Adams J.S., Bandler S.R., Beyer J., Eguchi H., Figueroa-Feliciano E., Hseih W., Seidel G.M., Stevenson T. Performance of micro-fabricated metallic magnetic calorimeters arrays for X-ray spectroscopy     F06_prep
F07 Schaefer S., Kempf S., Burck A., Rotzinger H., Gastaldo L., Fleischmann A., Enss C. Microfabrication of meander type MMC detectors F07_abs F07_pres  
F08 Hsieh W.-T., Adams J., Bandler S., Beyer J., Denis K., Eguchi H., Rotzinger H., Schneider G., Seidel G., Stevenson T., Travers D. Fabrication of metallic magnetic calorimeter X-ray detector arrays F08_abs F08_pres F08_prep
F09 Zink B.L., Sultan R., Irwin K.D., Hilton G.C., Ullom J.N., Vale L.R. Design, fabrication, and multiplexing of magnetic calorimeter X-ray detectors with high-efficiency SQUID readout F09_abs F09_pres F09_prep
F10 Fleischmann A., Gastaldo L., Linck M., Schäfer S., Rotzinger H., Burck A., Kempf S., Porst J.-P., Enss C., Seidel G.M. Numerical optimization of the energy resolution of MMCs with meander shaped pickup coil      
F11 STP Boyd, R Cantor, V Kotsubo, P Blumenfeld, and JA Hall Characterization of a miniature thin-film SQUID susceptometer for metallic magnetic microcalorimetry     F11_prep
THERMISTOR DETECTORS
Oral
15:30
 G01 Kelley R., Allen C., Kilbourne C., McCammon D., Porter S., Szymkowiak A. Ion-implanted Si X-ray calorimeters: present and future     G01_prep
Poster

 

15:45

 G02 Aliane A., De Moro F., Agnèse P., de La Broise X., Gasse A., Navick X.-F., Pigot C., Sauvageot J.-L. X-ray detector array design, based on silicon thermistors, for astronomy on board of the new generation space missions     G02_prep
G03 Chianetta G., Arnone C., Barbera M., Beeman J., Collura A., Lullo G., Perinati E., Silver E. A fully planar approach to the construction of X-ray microcalorimeters with doped germanium sensors G03_abs G03_pres G03_prep
G04 Durand T., Benoit A., Camus P., Guillaudin O., Hoffmann C., Monfardini A. Fabrication and optical characterization of antenna bolometer arrays G04_abs G04_pres

 
STUDIES ON DETECTOR ABSORBERS
Oral
16:00 H01 Isaila G., Boslau O., Ciemniak C., Coppi C., von Feilitzsch F., Gütlein A., Kemmer J., Lanfranchi J.-C., Pahlke A., Pfister S., Potzel W., Roch S., Westphal W., Wiest F. Application of the Neganov-Luke effect for scintillation light detection H01_abs H01_pres H01_prep
16:15
 H02 Bandler S., Brekosky R., Brown A., Chervenak, Figueroa-Feliciano E., Finkbeiner F., Iyomoto N., Kelley R., Kilbourne C., Porter F., Sadleir J., Smith S. Performance of TES X-ray microcalorimeters with a novel absorber design H02_abs H02_pres H02_prep
Poster

 

 

 

 

16:30

 H03 Iyomoto N., Bandler S., Brekosky R., Brown A., Chervenak J., Figueroa-Feliciano E., Finkbeiner F., Kelley R., Kilbourne C., Lindeman M., Porter F., Saab T., Sadleir J., Smith S. Modelling of TES X-ray microcalorimeters with a novel absorber design     H03_prep
H04 Bandler S., Brekosky R., Brown A.-D., Chervenak J., Figueroa-Feliciano E., Finkbeiner F., Iyomoto N., Kelley R., Kilbourne C., Porter F., Smith S., Saab T., Sadleir J. Absorber materials for transition-edge sensor X-ray microcalorimeters H04_abs H04_pres H04_prep
H05 Moseley S., Allen C., Costen N., Kelley R., Kilbourne C., Miller T. Automated hybridization of X-ray absorber elements - A path to large format microcalorimeter arrays H05_abs   H05_prep
H06 E. Figueroa-Feliciano · T. Saab · P. M. Rivera-Ortiz · S. R. Bandler · N. Iyomoto· R. L. Kelley · C. A. Kilbourne · F. S. Porter · S. J. Smith Minimizing position dependent pulse shape variation in the micro-X detectors     H06_prep
H07 Oshima T., Yamakawa Y., Kurabayashi H., Hoshino A., Ishisaki Y., Ohashi T., Mitsuda K., Tanaka K. A high energy resolution gamma-ray TES calorimeter with fast response time     H07_prep
H08 Porst J.-P., Höhn C., Haug D., Weldle R., Seidel G.M., Gastaldo L., Fleischmann A., Enss C. Properties of superconducting rhenium as an absorber for magnetic calorimeters H08_abs H08_pres H08_prep
H09 Kim Y.-H., Lee Y.H., Kwon Y.D., Lee K.B., Lee M.K., Lee S.J. Fabrication of overhanging structure of Gold Absorber for X-ray microcalorimeters      
H10 Perinati E., Barbera M., Silver E., Beeman J. Study of the thermalization properties of X-ray microcalorimeters using gold absorbers with drops of superconductors on top      
H11 Sundqvist K., on behalf of the CDMS collaboration Charge transport and phonon emission in detectors of the cryogenic dark matter search     H11_prep
INSTRUMENTAL DESIGN
Invited
16:45
 J01 Yvon D. My bolometer is running a fever. Is it serious Doctor ? Or why very low noise performance requires careful global design of the apparatus     J01_prep
Oral
17:15
 J02 Allen C., Benford D., Miller T., Staguhn J., Wollack E., Moseley H. Technology developments toward large format long wavelength bolometer arrays      
17:30
 J03 O'Brient R., Arnold K., Engargiola G., Holzapfel W., Lee A., Meng X.F., Myers M., Quealy E., Richards P., Spieler H., Tran H. Multichroic antenna-coupled bolometer detectors for CMB polarization measurements J03_abs J03_pres J03_prep
Poster

 

 

 

 

 

 

17:45

 J04 Shirokoff E., Benson B.A., Chang C., Cho H.M., Crawford T., Dobbs M., Holzapfel W.L., Lee A.T., Lueker M., Mehl J., Plagge T., Spieler H., Vierra J. The south pole telescope SZ survey receiver      
J05 Kuo C.-L., Bock J., Brevik J., Chattopadthyay, Day P., Golwala S., Kenyon M., Lange A., Leduc H., Wang G. Antenna-coupled TES bolometers for CMB polarization      
J06 Myers M.J., Ade P., Arnold K., Engargiola G., Holzapfel W.L., Lee A.T., O'Brient R., Richards P.L., Smith A., Spieler H., Tran H.T. Antenna-coupled TES bolometer arrays for the POLARBEAR experiment     J06_prep
J07 Stevenson T.R., Benford D.J., Bennett C.L., Cao N.T., Chuss D.T., Denis K.L., Hsieh W.-T., Kogut A.J., Moseley H., Panek J.S., Scheider G.H., Travers D.E., U-Yen K., Voellmer G.M., Wollack E.J. Cosmic microwave background polariation detector with high efficiency, broad bandwidth, and highly symmetric coupling to transition edge sensor bolometers J07_abs J07_pres J07_prep
J08 Day P., Leduc H., Dowell C., Lee R., Zmuidzinas J. Distributed antenna-coupled TES for FIR detector arrays J08_abs J08_pres J08_prep
J09 Miller T., Costen N., Allen C. Indium hybridization of large format TES bolometer arrays to readout multiplexers for far-infrared astronomy J09_abs J09_pres J09_prep
J10 Silverberg R., Benford D., Chen T., Chervenak J., Finkbeiner F., Miller N., Schmidt D., Ullom J. Superconducting transition-edge sensor bolometers with integrated electron-tunneling refrigerators J10_abs J10_pres J10_prep
J11 Shiki S., Ukibe M., Shimizugawa Y., Maeda R., Ohkubo M. Compact radiation shield with fine honeycomb structure and self-standing metal-mesh infrared filter for superconducting array molecule detector J11_abs J11_pres J11_prep
J12 Bruijn M., Ridder M., Gottardi L., Hoevers H., de Korte P., van der Kuur J. Advances in fabrication of TES microcalorimeter arrays and associated filter structures for AC-biased readout J12_abs   J12_prep
J13 Iyomoto N., Bandler S., Brekosky R., Brown A., Chervenak J., Figueroa-Feliciano E., Finkbeiner F., Kelley R., Kilbourne C., Porter F;, Sadleir J., Smith S. Heat sinking, cross talk, and temperature stability for large, close-packed arrays of microcalorimeters     J13_prep
J14 Pajot F., Atik Y., Evesque C., Lefranc S., Leriche B., Torre J.-P., Belier B., Marsot N., Dumoulin L., Berge L., Piat M., Breelle E., Prele D., Hoffmann C., Durand T., Camus P., Santos D., Jin Y., Giard M. Large bolometers arrays with superconducting NbSi sensors for future space experiments     J14_prep

Wednesday 25th
KINETIC INDUCTANCE DETECTORS
Oral
8:30
 K01 Vayonakis A., Kumar S., Sclaerth, J., Gao Js., Mazin B.A., Day P.K., Golwala S., Glenn J., Leduc H.G., Zmuidzinas J. Antenna-coupled kinetic inductance detectors for millimeter and submillimeter imaging      
8:45
 K02 Barends R., Gao J.R., Hovenier J.N., Klapwijk T.M., Baselmans J.J.A., Yates S.J.C., Lankwarden Y.J.Y. Quasiparticle lifetime and noise in tantalum high Q superconducting resonators for kinetic inductance detectors     K02_prep
9:00
 K03 Baselmans J., Yates S., Barends R., Lankwarden J.-J., Gao J., Hoevers H., Klapwijk T. Noise and sensitivity of aluminum kinetic inductance detectors for sub-mm astronomy     K03_prep
9:15
 K04 Dyole S., Mauskopf P., Naylon J., Porch A., Duncombe C. Lumped element kinetic inductance detectors     K04_prep
Poster

 

9:30

 K05 Mazin B., Eckart M., Bumble B., Golwala S., Day P., Zmuidzinas J. Optical/UV/X-ray microwave kinetic inductance strip detectors     K05_prep
K06 Daal M., Sadoulet B., Gao J. Kinetic inductance phonon sensors for the next generation of dark matter searches     K06_prep
K07 Golwala S., Gao J., Moore D., Mazin B., Eckart M., Bumble B., Day P., Leduc H., Zmuidzinas J. A WIMP dark matter detector using MKIDs K07_abs K07_pres K07_prep
K08 Gao J., Zmuidzinas J., Mazin B., Day P., Leduc H. Equivalence of the effects on the complex conductivity of superconductor due to temperature change and external pair breaking     K08_prep
NANOWIRE DETECTORS, HOT ELECTRON BOLOMETERS
Oral
9:40
 L01 Semenov A., Haas P., Huebers H.-W., Ilin K., Siegel M., Smirnov A. Energy resolving superconducting nanowire photon counter     L01_prep
9:55
 L02 Ejrnaes M., Quaranta O., Gaggero A., Perez de Lara D., Leoni R., Mattioli F., Pagano S., Cristiano R., Nappi C., Lisitskiy M., Esposito E., Gol'tsman G.N., Voronov B. Parallel NbN nanowires for high speed single photon optical detectors L02_abs L02_pres  
10:10
 L03 Guillet B., Drakinskiy V., Arthursson O., Méchin L., Metzner M.-N., Cherednichenko S., Lefevre R., Delorme Y., Krieg J.-M. Properties of ultra-thin NbN films for membrane-type NbN THz HEB     L03_prep
Poster

 

10:25

 L04 Cherednichenko S., Drakinskiy V. Superconducting hot-electron bolometer mixers for terahertz low noise heterodyne receivers L04_abs L04_pres L04_prep
L05 Leoni R., Gaggero A., Mattioli F., Castellano M.G., Marsili F., Bitauld D., Fiore A., Carelli P. Characterization of superconducting single photon detectors fabricated on MgO substrates L05_abs L05_pres L05_prep
L06 Ilin K., Siegel M., Engel A., Bartolf H., Schilling A., Semenov A., Smirnov A., Huebers H.-W. Current-induced critical state in NbN thin-film structures L06_abs L06_pres L06_prep
L07 Milostnaya I., Korneev A., Tarkhov M., Divochiy A., Minaeva O., Seleznev V., Kaurova N., Voronov B., Okunev O., Chulkova G., Smirnov K., Gol'tsman G. Superconducting single photon nanowire detectors development for IR and THz applications L07_abs L07_pres L07_prep
NEUTRINO PHYSICS
Invited
11:00
 M01 Giuliani A. Cryogenic detectors in the neutrino research field      
Oral
11:30
 M02 Nucciotti A., on behalf of the MARE collaboration The MARE project     M02_prep
11:45
 M03 Gatti F., Ribeiro Gomes M., Vaccarone R., Gallinaro G., Valle R., Dussoni S., Ferrari L., Bagliani D. Study of sensitivity improvement of the Genoa neutrino mass experiment     M03_prep
Poster

 

 

12:00

 M04 Gorla P. The CUORE experiment: bolometric detectors in 1-ton scale projects     M04_prep
M05 Foggetta L., Giuliani A., Rusconi C., Cremonesi O. A Montecarlo simulation to evaluate the pileup effects on the sensitivity of neutrino mass for the MARE experiment     M05_prep
M06 Kraft-Bermuth S., Arnaboldi C., Ferri E., Kilbourne C., Margesin B., McCammon D., Monfardini A., Nucciotti A., Pessina G., Previtali E., Schaeffer D., Sisti M. Development and characterization of microcalorimeters for a next generation 187Re beta-decay experiment M06_abs M06_pres M06_prep
M07 Schaeffer D., Ferri E., Kraft-Bermuth S., Nucciotti A., Previtali E., Monfardini A., Kilbourne C., Arnaboldi C., Pessina G., McCammon D., Margesin B., Ceruti G., Sisti M. Cryogenic design of the setup for Mare-1 in Milano M07_abs M07_pres M07_prep
M08 Gütlein A., Ciemniak C., Coppi C., von Feilitzsch F., Isaila C., Lanfranchi J.-C., Oberauer L., Pfister S., Potzel W., Roth S., Westphal W. Development of a cryogenic detector for coherent neutrino nucleus scattering M08_abs M08_pres M08_prep
CRYOGENIC TECHNIQUES AND MATERIALS
Invited
13:45
 N01 A. Benoit et al. Refrigeration techniques for millikelvin temperatures      
Oral
14:15
 N02 Miller N.A., Beall J.A., Hilton G.C., O'Neil G.C., Schmidt D.R., Vale L.R., Ullom J.N. Operation of an X-ray transition-edge sensor cooled by tunnel junction refrigerators N02_abs N02_pres N02_prep
Poster

 

 

 

14:30

 N03 Prouvé T., Godfrin H., Gianèse C., Triqueneaux S., Ravex A. Pulse-tube dilution refrigeration below 10 mK for astrophysics N03_abs   N03_prep
N04 Risegari L., Barucci M., Lolli L., Ventura G. Low temperature thermal conductivity of Ti6Al4V ally N04_abs N04_pres  
N05 Kushino A., Kasai S., Ohkubo M. Development of superconducting coaxial cables for cryogenic detectors     N05_prep
N06 Hoshino A., Tokoi K., Ishisaki Y., Ohashi T., Shinozaki K., McCammon D. Fabrication of CPA salt pill with circulating solution method N06_abs N06_pres N06_prep
N07 Nucciotti A., Alessandria F., Ardito R., Barucci M., Bucci C., Frossati G., Olcese M., Risegari L., de Waard A. Design of the cryogen-free cryogenic system for the CUORE experiment     N07_prep
N08 Teleberg G., Piccirillo L. A cryogen-free miniature dilution refrigerator for low-temperature detector applications     N08_prep
N09 Mikheev V., Noonan P., Adams A., Batema R. A completely self-contained cryogen-free dilution refrigerator, the TritonDRTM      

Thursday 26th
ASTRONOMY, FROM MICROWAVES TO GAMMA RAYS
Invited
8:30
 P01 Verhoeve P. Astronomy: individual photon detection from near infrared to X-rays     P01_prep
Oral

9:00

 P02 Day P., Glenn J., Golwala S., Kumar S., Leduc H., Mazin B., Schlaerth J., Vaillancourt J., Vayonakis A., Zmuidzinas J. A millimeter and submillimeter kinetic inductance detector camera     P02_prep

9:15

 P03 Niemack M. on behalf of the ACT collaboration A kilopixel array of TES bolometers for ACT: development, testing, and first light P03_abs P03_pres P03_prep
9:30
 P04 Lange A. et al. Bolometer arrays for astronomy from millimeter-waves to far infrared      
10:00
 P05 Mehl J., Cho H.M., Dobbs M., Halverson N.W., Holzapfel W.L., Lanting T.M., Lee A.T., Lueker M., Plagge T., Richards P.L., Schwan D., Spieler H. TES bolometer array for the APEX-SZ camera P05_abs P05_pres P05_prep
Poster

 

 

 

10:15

 P06 Mitsuda K., Kelley R., McCammon D., Den Herder J.-W., Ohashi T. Microcalorimeter instruments for spectrum-RG and NeXT missions P06_abs P06_pres P06_prep
P07 Staguhn J., Allen C., Benford D., Sharp E., Ames T., Arendt R., Chuss D., Dwek E., Kovacs A., Maher S., Marx C., Miller T., Moseley S.H., Voellmer G., Wollack E. GISMO: a 2 mm bolometer camera optimized for the study of high redshift galaxies     P07_prep
P08 McCammon D., Barger K., Brandl D.E., Brekosky R.P., Crowder S.G., Gygax J.D., Kelley R.L., Kilbourne C.A., Lindeman M.A., Rocks L.E., Szymkowiak A.E. The X-ray quantum calorimeter sounding rocket experiment: improvements for the next flight     P08_prep
P09 Downes T., Logan D., Perera T. The optical performance of frequency selective bolometers      
P10 Stern R., Rausch A., Deiker S., Martinez-Galarce D., Shing L., Irwin K., Ullom J., Horansky R., O'Neil G., Hilton G., Vale L. Progress in position sensitive TES strip detectors for solar physics at NIST and LMSAL P10_abs   P10_prep
P11 Oosterbroek T., Martin D., Verhoeve P., Peacock A. Pile-up correction in S-Cam3 P11_abs P11_pres P11_prep
P12 Verhoeve P., Martin D., Oosterbroek T., Peacock A. Cosmic ray background rejection with STJ based photon detectors      
P13 de Korte P. on behalf of Eureca collaboration EURECA: an X-ray imaging spectrometer demonstrator for future X-ray space missions     P13_prep
P14 Figueroa-Feliciano E. Micro-X: the TES microcalorimeter X-ray imaging rocket     P14_prep
MATERIALS ANALYSIS AND LIFE SCIENCES
Invited
11:00
 Q01 Ullom J. Analysis of industrial, nuclear, and biological materials with low temperature detectors     Q01_prep
Oral
11:30
 Q02 Hilton G., Horansky R.D., Beall J.A., Doriese W.B., Reintsema C.D., Ullom J.N., Vale L.R., Bacrania M.K. Hoover A.S., Lamont S.P., Rabin M.W., Rudy C.R., Vo D.T., Kilbourne C.K., Porter F.S., Zink B.L. Large arrays of multiplexed gamma-ray microcalorimeters for nuclear materials analysis     Q02_prep
11:45
 Q03 Ohkubo M., Ukibe M., Chen Y., Sato Y., Tomita S., Hayakawa S. Superconducting solid-state particle spectrometers for atoms and macromolecules of 3 - 20 keV     Q03_prep
12:00 Q04 Suzuki K., Miki S., Wang Z., Kobayashi Y., Shiki S., Ohkubo M. Superconducting NbN thin-film nanowire detectors for time-of-flight mass spectrometry Q04_abs Q04_pres Q04_prep
Poster

12:15

 Q05 Perez de Lara D., Cristiano R., Lisitskiy M., Ejrnaes M. Feasibilty investigation of NbN nanowires as detector in time-of-flight mass spectrometers for macromolecules of interest in biology (proteins) Q05_abs Q05_pres Q05_prep
Q06 Duncan W., Cho H.-M., Doriese W., Hilton G., Irwin K., Reintsema C., Schwall B. Optical design of human body THz imager using TES arrays at ~4 K     Q06_prep
Q07 Leman S., Takahashi H. Development of a transition edge sensor gamma-ray detector for positron-annihilation-spectroscopy Q07_abs Q07_pres Q07_prep
Q08 Friedrich S., Drury O.B., George S.J., Cramer S.P. Synchrotron science with superconducting tunnel junction spectrometers      
DARK MATTER SEARCH
Invited
15:15
 R01 Saab T. Hot on the tail of the elusive WIMP: cryogenic direct detection searches enter the 21st century     R01_prep
Oral
15:45
 R02 Mirabolfathi N. on behalf on the CDMS collaboration Status of the cryogenic dark matter search experiment: CDMS     R02_prep
Poster

 

16:00

 R03 Juillard A. for the EDELWEISS collaboration Status of the EDELWEISS-2 dark matter search     R03_prep
R04 Fiorucci S. Xenon10 and noble liquids dark matter detectors     R04_prep
R05 Brink P. for the (Super) CDMS collaboration Present status of the SuperCDMS program R05_abs   R05_prep
DETECTORS WITH BACKGROUND REJECTION CAPABILITIES
Invited
16:05
 S01 Pröbst F. Detectors with rejection capabilities      
Oral
17:00
 S02 Westphal W., Ciemniak C., Coppi C., von Feilitzsch F., Gütlein A., Isaila C., Lanfranchi J.-C., Pfister S., Potzel W., Rau W., Roth S., Stark M. Characterization of the response of CaWO4 on recoiling nuclei from surface alpha decays S02_abs S02_pres S02_prep
17:15
 S03 Broniatowski A., Defay X., Juillard A., Marnieros S., Chapellier M., Dumoulin L., Navick X.-F., Schwamm F., and the EDELWEISS collaboration Cryogenic germanium detectors for dark matter search: surface event rejection with interleaved collection electrodes S03_abs   S03_prep
17:30
 S04 Marnieros S., Bergé L., Broniatowski A., Chapellier M., Collin S., Dolgorouky Y., Dumoulin L., Juillard A., Lalu F., Nones C., Olivieri E., and EDELWEISS collaboration Surface event rejection of the EDELWEISS cryogenic germanium detectors based on NbSi thin film thermometers     S04_prep
17:45
 S05 Pedretti M. et al. Surface sensitive bolometers for the identification of external particles     S05_prep
18:00
 S06 Calleja A., Coron N., Garcia E., Gironnet J., Leblanc J., de Marcillac P., Martinez M., Ortigoza Y., Ortiz de Solorzano A., Pobes C;, Puimedon J., Redon T., Sarsa M.L., Torres L., Villar J.A. Recent performance of scintillating bolometers developed for dark matter searches     S06_prep
18:15
 S07 Gorla P., Arnaboldi C., Pessina G., Pirro S., Previtali E., Beeman J., Capelli S., Gironi L., Pavan M., Giachero A. Scintillating bolometers for double beta decay search     S07_prep
Poster

 

 

 

 

18:30

 S08 Elbs J., Bunkov Yu.M., Collin E., Godfrin H., Suvorova O. Nuclear-electron recoil discrimination by pulse shape analysis in the ULTIMA dark matter detector     S08_prep
S09 Pyle M., Sundqvist K., Cabrera B. for the CDMS collaboration Understanding and maximizing surface event discrimination in CDMS and SuperCDMS detectors through phonon Monte Carlo studies      
S10 Coron N., de Marcillac P., Garcia E., Gironnet J., Leblanc J., Martinez M., Ortigoza Y., Pobes C., Puimedon J., Redon T., Sarsa M.L., Torres L., Villar J.A. Measurement of the nuclear recoil thermal relative efficiency factor with an undoped sapphire scintillating bolometer S10_abs S10_pres S10_prep
S11 Nones C., Bergé L., Collin S., Dumoulin L., Juillard A., Marnieros S., Olivieri E. New TeO2/NbSi detectors for the search for rare events     S11_prep
S12 Dolgorouky Y., Bergé L., Broniatowski A., Chapellier M., Collin S., Dumoulin L., Juillard A., Lalu F., Marnieros S., Nones C., Olivieri E., Collaboration EDELWEISS Optimization of cryogenic Ge detectors equipped with NbSi thin film thermometers: fiducial volume determination and energy resolution     S12_prep
S13 Olivieri E., Bergé L., Chapellier M., Collin S., Dumoulin L., Juillard A., Marnieros S., Nones C. Modelization of the surface-event identification mechanism in Ge detectors equipped with NbSi thin films S13_abs S13_pres S13_prep
S14 Navick X.-F., EDELWEISS collaboration Surface contamination by radon daughters measured by ionization-heat NTD germanium     S14_prep
S15 Broniatowski A., Defay X., Juillard A., Marnieros S., Chapellier M., Dumoulin L., Bergé L., Navick X.-F., and the EDELWEISS collaboration Design and implementation of a germanium cryogenic detector for dark matter search fitted with interleaved electrodes for surface event rejection S15_abs S15_pres S15_prep
S16 Di Stefano P., Coron N., de Marcillac P., Dujardin C., Luca M., Petricca F., Proebst F., Verdier M.-A. Low-temperature scintillation of sapphire     S16_prep

Friday 27th
SQUIDS, SQUID ELECTRONICS AND MULTIPLEXING
Invited
8:30
 T01 Irwin K. Readout of large-format low-temperature detector arrays      
Oral
9:00
 T02 Beyer J., Drung D., Ruede F., Peters M., Schurig T. Advanced SQUID-array-based current sensors for TES readout      
9:15
 T03 Halpern M., Battistelli E.S. Read-out electronics for time-domain multiplexed bolometers for millimetric and sub-millimetric astronomy     T03_prep
9:30
 T04 Lehnert K.W., Castellanos-Beltran M.A., Hilton G., Irwin K., Mates B., Vale L. Noise analysis of microwave frequency division multiplexers      
9:45
 T05 Vaccarone R., Strata F. An analysis of stability and noise in frequency multiplexed TES arrays     T05_prep
Poster

 

 

 

 

 

10:00

 T06 Vaccarone R., Strata F., Gati F., Gallinaro G., Ribeiro Gomes M., Ferraris L., Parodi L. The design of a frequency multiplexed Ir-Au TES array     T06_prep
T07 Mates J.A.B., Hilton G.C., Irwin K.D., Lehnert K.W., Vale L.R. A microwave SQUID multiplexer for low-temperature detectors      
T08 Reintsema C., Beall J., Doriese W., Duncan W., Ferreira L., Hilton G., Irwin K., Schmidt D., Ullom J., Vale L., Xu Y. A TDMA SQUID multiplexer for the read-out of high-speed large-format detector arrays T08_abs T08_pres T08_prep
T09 van der Kuur J., Bruijn M., Bakker F., Gottardi L., Hoevers H., Kiviranta M., de Korte P., Takei Y. Recent progress in the development of frequency domain multiplexing for microcalorimeter readout      
T10 Boyd S.T.P., Cantor R., Hall J.Ad, Blumenfeld P. Characterization of a miniature thin-film SQUID susceptometer for metallic magnetic microcalorimetry      
T11 Hahn I., Day P., Limketkai B., Bumble B., Leduc H.G. Recent results of a new microwave SQUID multiplexer T11_abs T11_pres T11_prep
T12 Benoit A., Camus P., Cavanna A., Durand T., Etienne B., Gennser U., Grémion E., Hoffmann C., Jin Y., Leclercq S., Monfardini A., Ulysse C., Yates S.J.C. A time domain multiplexer for large arrays of high impedance low temperature bolometers T12_abs T12_pres T12_prep
T13 Lee A., Benson B., Cho S.H.-M., Clark J., Dobbs M., Holzapfel W., Lanting T., Lueker M., Mehl J., Plagge T., Richards P., Shirokoff E., Schwan D., Spieler H. Frequency-domain multiplexing for transition-edge sensors      
T14 Kimura S., Masui K., Takei Y., Mitsuda K., Yamasaki N.Y., Fujimoto R., Morooka T., Nakayama S. Performance measurements of the 8-input SQUIDs for TES frequency domain multiplexing     T14_prep
T15 Kiviranta M. A large dynamic range SQUID readout intended for frequency domain multiplexing T15_abs   T15_prep
T16 Dreyer J., Velazquez M., Drury O.B., Friedrich S., Lueker M., Arnold K., Lee A.T., Spieler H.G. Frequency-multiplexing for multi-channel superconducting gamma-ray spectrometers     T16_prep
SIGNAL READOUT AND PROCESSING
Oral
10:50
 U01 Arnaboldi C., Pessina G. The design of the input stage for the very front-end of the CUORE experiment     U01_prep
U02 Grémion E., Liang Y.-X., Cavanna A., Gennser U., Cheng M.-C., Fesquet M., Chardin G., Benoit A., Jin Y. Development of ultra-low noise HEMTs for cryoelectronics at 4.2 K     U02_prep
U03 Cibella S., Leoni R., Torrioli G., Castellano M.G., Coppa A., Mattioli F. Electrical characterization of a superconducting hot spot microbolometer U03_abs U03_pres U03_prep
U04 Gonzalez-Cano A., Devoille L., Feltin N., Steck B., Piquemal F. A 20000 turns cryogenic current comparator for low level current measurements: characterization and analysis of its frequency behaviour      
Poster

 

 

 

 

 

11:50

 U05 Galeazzi M., Armstrong J., Bogorin D. Transformers to read out arrays of microcalorimeters     U05_prep
U06 Kumar S., Vayonakis A., Leduc H.G., Zmuidzinas J. Millimeter wave lumped element superconducting band pass filters      
U07 Andrianov V., Bleile A., Egelhof P., Kiselev O., Kraft-Bermuth S., Meier J. Suppression of the harmonic noise in the signals of calorimetric detectors U07_abs U07_pres  
U08 Maher S. Solftware framework concepts to support high rate detector systems      
U09 Parodi L., Gatti F., Ribeiro Gomes M., Valle R., Vaccarone R., Bevilacqua A., Ferrari L., Bagliani D. Alternative readout electronics for superconducting transition edge sensors U09_abs   U09_prep
U10 Hagihara T., Mitsuda K., Yamasaki N., Nomachi M., Takei Y., Kokubun M., Yuasa T., Odaka H. Development of high count-rate digital processing system with spacewire for TES-calorimeter array U10_abs U10_pres U10_prep
U11 Oh L., Allen C., Kelley R. Fabrication of a thermally isolated and pre-amplified transistor module with polyimide micro-wires for cryogenics detectors     U11_prep
U12 Smith S., Bandler S., Figueroa-Feliciano E., Iyomoto N., Kelley R., Kilbourne C., Porter F., Sadleir J. Practical considerations for optimizing position sensitivity in arrays of position-sensitive TESs U12_abs U12_pres U12_prep
U13 Benford D., Staguhn J., Allen C., Sharp E. Norton-corrected measurement of complex impedances of a large format bolometer array     U13_prep
U14 Nagata H., Kobayashi J., Matsuo H., Kobayashi K., Misato N., Ikeda H., Fujiwara M. Fabrication of cryogenic readout circuits with n-type GaAs-JFETs for low temperature detectors U14_abs U14_pres U14_prep
U15 Benoit A., Broniatowski A., Brès G. and the EDELWEISS collaboration Design and implementation of a wide band amplifier for measuring the shape of the ionization pulse in ionization/heat germanium detectors for dark matter search      
U16 Prêle D., Klisnick G., Sou G., Redon M., Voisin F., Bréelle E., Piat M. Standard SiGe technologies operating at 4 K for front-end readout of SQUID arrays U16_abs U16_pres U16_prep
QUANTUM ELECTRONICS
Oral
13:45
 V01 Estève D. Quantum electrical circuits     V01_prep
ATOMIC, NUCLEAR AND PARTICLE PHYSICS
Oral
14:15
 W01 Shibata M., Matsuki S., Mizusaki T., Sawada A., Imai K., Funahashi H., Ikeda S., Yamamoto K., Kido Y., Nishimura T., Matsubara A., Arai T., Hukuda A., Isozumi Y., Tosaki M. Improving the sensitivity to search for dark-matter axions with the Kyoto Rydberg-atom single-photon detector at low temperature of 10 mK range     W01_prep
14:30
 W02 Andrianov V., Beckert K., Beller P., Bleile A., Egelhof P., Gumberidse A., Ilieva S., Kiselev O., Kilbourne C., Kluge H.-j., Kraft-Bermuth S., McCammon D., Meier J.P., Reuschl R., Stöhlker T. First experiments aiming for precise lamb shift measurements on hydrogen-like heavy ions with low temperature calorimeters     W02_prep
14:45
 W03 Loidl M., Leblanc E., Rodrigues M., Bouchard J., Censier B. Metallic magnetic calorimeters for absolute activity measurement     W03_prep
15:00
 W04 Porter F., Bandler S., Beierdorfer P., Brown G., Doriese W., Gygax J., Kelley R., Kilbourne C., King J., Irwin K., Reintsema C., Ullom J. The EBIT calorimeter spectrometer: a new, permanent user facility at the LLNL EBIT     W04_prep
15:15
 W05 Horansky R.D., Ullom J.N., Beall J.A., Hilton G.C., Irwin K.D., Vale L.R., Dry D.E., Lamont S.P., Rudy C.R., Rabin M.W. Analysis of nuclear material by alpha spectroscopy with a transition-edge microcalorimeter W05_abs W05_pres W05_prep
15:30
 W06 Ishida T., Nishikawa M., Fujita Y., Okayasu S., Katagiri M., Satoh K., Yotsuya T., Shimakage H., Miki S., Wang Z., Machida M., Kato M. Superconducting MgB2 film detector for neutrons     W06_prep
Poster

 

15:45

 W07 Rodrigues M., Loidl M., Leblanc E., Bouchard J., Censier B., Fleischmann A., Burck A., Rotzinger H., Enss C. A metallic magnetic calorimeter for hard X-ray and gamma ray spectrometry (10 keV - 200 keV)     W07_prep
W08 Rotzinger H., Linck M., Burck A., Rodrigues M., Loidl M., Leblanc E., Gastaldo L., Fleischmann A., Enss C. Beta spectrometry with magnetic calorimeters W08_abs   W08_prep
W09 Echler A., Andrianov V., Bleile A., Egelhof P., Ilieva S., Kiselev O., Kraft-Bermuth S., Meier J.P. Development of an array of calorimetric low temperature detectors for heavy ions W09_abs