Paris,
July 22 to 27, 2007
CONTENTS – Part I
Editorial.........................................................................................................................................................1
ARTICLES
SESSION A : TUTORIALS
A01
Physical Principles of Low Temperature Detectors:
Ultimate Performance Limits and Current Detector
Capabilities......................................................................5
C. Enss and D. McCammon
SESSION B : GENERAL DETECTOR PHYSICS
B01
Superconducting Detectors and the Casimir Effect
.......................................................................................25
D.
Brandt, G.W. Fraser, D.J. Raine, C. Binns
B02
HERSCHEL - PACS bolometer arrays for submillimeter ground-based
telescopes.....................................32
Vincent Revéret , Philippe André , Michel Talvard , Louis
R. Rodriguez , Olivier Boulade ,
Eric Doumayrou , Pascal
Gallais , Benoit Horeau , Jean Le Pennec , Michel Lortholary ,
Jérome Martignac , Patrick
Agnèse
B03
Phonon-Mediated Distributed Transition-Edge-Sensor X-ray Detector with
Deep Trenches..........................40
Steven W. Leman , Paul L. Brink , Blas Cabrera , Astrid Tomada,
Betty Young,
Dennis S. Martınez-Galarce
B05
Design of an optical absorption cavity for titanium transition edge
sensors......................................................46
R. M. T. Damayanthi, D. Fukuda, H. Takahahsi, M. Ohkubo and M. Ohno
B06
Phonon noise in thin metal films in an advanced energy down-conversion
stage............................................51
A.G.Kozorezov, J.K.Wigmore, D.Martin, P.Verhoeve, A.Peacock
B07
Direct Numerical Simulations for Non-equilibrium Superconducting
Dynamics
at theTransition Edge; Simulation for MgB2 Neutron
Detectors..................................................................58
M. Machida , T.Kano , T.Koyama , M.Kato , and T. Ishida
B09
Effect of thin ballistic membranes on transition-edge sensor
performance.........................................................64
J. Maasilta, T. Kühn
B10
Progress in density of states measurements of Al lightly doped with
Mn...........................................................70
G.C. O’Neil , D.R. Schmidt , N.A. Miller , J.N. Ullom , K.D. Iwrin , A.
Williams ,
G.B. Arnold , S.T. Ruggiero
B12
Technique for Measuring the Conductance of Silicon-Nitride Membranes
using Johnson Noise Thermometry...76
K. Rostem , D. Glowacka , D. J. Goldie , S. Withington
SESSION C : TES DETECTORS : PHYSICS,
CHARACTERIZATION AND PERFORMANCE
C01
Introduction to TES
Physics....................................................................................................................................82
B. Cabrera
C02
Comparative study of TiAu-based TES microcalorimeters with different
geometries............................................94
H.F.C. Hoevers , M.P. Bruijn , B.P.F. Dirks , L. Gottardi , P.A.J. de
Korte ,
J. van der Kuur , A.M. Popescu , M.L. Ridder , Y. Takei and D.H.J.
Takken
C03
High speed photon number resolving detector with titanium transition
edge sensor.............................................100
D. Fukuda, G. Fujii, A. Yoshizawa, H. Tsuchida, R.M.T. Damayanthi,
H. Takahashi, S. Inoue, M. Ohkubo
C04
Characterisation of a TES-based X-ray microcalorimeter in the energy
range from 150 to 1800 eV
using an Adiabatic Demagnetisation Refrigerator
................................................................................................106
L. Gottardi , Y. Takei , J. van der Kuur , P.A.J. de
Korte , H.F.C.Hoevers,
D. Boersma , M. Bruijn , W. Mels ,
M. L. Ridder , D. Takken , H. van Weers
C05
Electrical properties of background–limited membrane–isolation
transition–edge sensing
bolometers for far–IR/submillimeter direct–detection
spectroscopy......................................................................112
M. Kenyon, P.K. Day, C.M. Bradford, J.J. Bock,
H.G. Leduc
C06
Reducing Excess Noise in Au/Ti Transition-Edge
Sensors...................................................................................119
K. M. Kinnunen , A.K. Nuottajarvi , J. Leppaniemi , I.J. Maasilta
C07
Energy Collection Efficiency of Tungsten Transition-Edge Sensors in the
Near-Infrared.....................................125
A. E. Lita , A. J. Miller, S. Nam
C08
Effect of on-chip magnetic shielding for TES
microcalorimeters............................................................................131
Y. Ishisaki, H. Kurabayashi, A. Hoshino, T.
Ohashi, T. Yoshino, T. Hagihara K. Mitsuda, K. Tanaka
C09
Electrical and Thermal Characterization of Membrane-Isolated,
Antenna-Coupled,
TES Bolometers for the SPIDER
Experiment.....................................................................................................138
J.A. Bonetti , P. Day, M.Kenyon , A. Turner , H.G. LeDuc, C.L. Kuo,
J.J. Bock
C10
A transition-edge sensor with two excess noise
mechanisms....................................................................................144
K.M. Kinnunen , A.K. Nuottajärvi and I.J. Maasilta
C11
Synchrotron beam test of a position-sensitive small-pixel Ir-TES
array...................................................................150
Fumiakira Mori , Yasuhiro Minamikawa , R.M.Thushara Damayanthi ,
Steven Leman , Nobuyuki Zen , Masashi Ohno ,
Hiroyuki Takahashi ,
Hidenori Toyokawa , Hajime Tanida , Tomoya Uruga
C12
Simulation of Transient Response of Ir-TES for Position-Sensitive TES
with Waveform Domain Multiplexing.....155
Y. Minamikawa, H. Sato , F.Mori , R.M.T. Dayamanthi , H.Takahashi , M.
Ohno
C13
Characterization of a high-performance Ti/Au TES microcalorimeter with
a central Cu absorber...........................161
Y. Takei, L. Gottardi, H.F.C. Hoevers, P.A.J. de Korte, J. van der
Kuur, M.L. Ridder, M.P. Bruijn
C15
Characterization of Iridium thin films for TES
microcalorimeters...........................................................................167
D. F. Bogorin and M. Galeazzi
C16
Sensitivity Measurements of a Transition-Edge Hot-Electron
Microbolometer for Millimeter-wave
Astrophysical
Observations.....................................................................................................................................173
E.M. Barrentine, P.T. Timbie, T.R. Stevenson, S. Ali, J.A. Chervenak, E. Wollack ,
S.H. Moseley , C.A. Allen
, W.T. Hseih , T.M. Miller , D.J. Benford , A.D. Brown
C17
Accurate thermal conductance and impedance measurements of transition
edge sensors........................................180
M. A. Lindeman , K. A. Barger , D. E. Brandl , S. G. Crowder , L. Rocks
, D. McCammon
C18
The noise and energy resolution of the Ti/Au bilayer X-ray TES
calorimeter with an Au absorber........................185
T. Yoshino, K. Mukai, Y. Ezoe, N.Y. Yamasaki,
K. Mitsuda, H. Kurabayashi,
Y. Ishisaki, T. Takano, R. Maeda
C19
The superconducting transition in 4-D: temperature , current ,
resistance and heat
capacity....................................190
M. A. Lindeman , K. A. Barger , D. E. Brandl , S. G. Crowder , L. Rocks
,
D. McCammon , H. F. C. Hoevers
C20
Characterizing the superconducting-to-normal transition in Mo/Au
transition-edge sensor
bilayers........................195
S.J. Smith , S.R. Bandler , A.-D. Brown , J.A. Chervenak , E.
Figueroa-Feliciano, F. Finkbeiner,
N. Iyomoto , R.L. Kelley , C.A.
Kilbourne , F.S. Porter and J.E. Sadleir
C22
Fabrication of robust superconducting granular aluminium/palladium
bilayer microbolometers
with sub-nanosecond
response.............................................................................................................................201
Thomas E. Wilson
SESSION D : TES DETECTORS : DESIGN AND
FABRICATION
D01
Anomalous voltage noise at the superconducting transition of Tin
films................................................................206
Hengshong Zhang, Fulin Zuo , Massimiliano Galeazzi
D02
Detector Development for the Next Phases of the Cryogenic Dark Matter
Search :
Results from 1 inch Ge and Si
Detectors..............................................................................................................211
C.N. Bailey , Z. Ahmed , D.S. Akerib , P.L. Brink , B. Cabrera , J.P.
Castle ,
J. Cooley , M.E. Danowski , M.R. Dragowsky , J.
Filippini , D.R. Grant ,
R. Hennings-Yeomans, N. Mirabolfathi , L. Novak ,
R.W. Ogburn , M. Pyle ,
J. Ruderman , B. Sadoulet , R.W. Schnee , D.N. Seitz
, B. Serfass ,
K.M. Sundqvist , A. Tomada, B.A. Young
D04
Properties of Tungsten Thin Films Produced with the RF-Sputtering
Technique..................................................216
S. Roth C. Ciemniak C. Coppi F. v. Feilitzsch
A. Gutlein C. Isaila
J.-C. Lanfranchi S. Pfister W.
Potzel W. Westphal
D05
Various optimizations of x-ray TES
arrays............................................................................................................223
C.A. Kilbourne , S.R. Bandler , A.-D. Brown , J.A. Chervenak , E.
Figueroa-Feliciano ,
F. Finkbeiner , N. Iyomoto
, R.L. Kelley , F.S. Porter and S.J. Smith
D06
Development of high count rate TES
microcalorimeters........................................................................................229
Masashi Ohno , Fumiakira Mori , Yasuhiro Minamikawa , R.M.Thushara
Damayanthi ,
Hiroyuki Takahashi , Hiromi
Sato and Hidenori Toyokawa
D07
Ir TES electron-Phonon thermal conductance and single photon
detection............................................................234
D. Bagliani , F. Gatti , M. Ribeiro Gomes , L. Parodi , L. Ferrari and
R. Valle
D08
Mo/Au bilayers deposited by sputtering at Room Temperature for
Transition Edge Sensors fabrication................239
R. Gonzalez-Arrabal , A. Camón , M. Parra-BorderÌas , L.
Fabrega , J. Anguita,
J. Sesé and F.
Briones
D10
Design and Fabrication of Absorber Coupled TES Microbolometers on
Continuous Silicon-Nitride Windows....245
Clarence L. Chang , John E. Carlstrom , Aaron Datesman,
Stephan S. Meyer ,
Valentyn Novosad ,
Volodymryr G. Yefremenko, Tom Crawford,
Tom Downes , Jeff McMahon , Kathryn Miknaitis ,
Joaquin D. Vieira
D12
A fabrication process for microstrip-coupled Superconducting Transition
Edge Sensors giving
highly reproducible device
characteristics.............................................................................................................249
D. M. Glowacka , D. J. Goldie , S. Withington , M. Crane , V. Tsaneva ,
M. D. Audley , and A. Bunting
D13
Materials Development for Auxiliary Components for Large Compact Mo/Au
TES Arrays.................................255
J. A. Chervenak , F. M. Finkbeiner , S. R. Bandler , R. Brekosky , A.
D. Brown ,
N. Iyomoto , R. L. Kelley ,
C. A. Kilbourne , F. S. Porter , J. Sadleir and S. Smith
D14
Fabrication of Au/Ti TESs for optical photon
counting..........................................................................................261
C. Portesi , E. Taralli , R. Rocci , M. Rajteri and E. Monticone
D16
Design and Fabrication Highlights Enabling a 2 mm , 128 Element
Bolometer Array for GISMO........................266
C.A. Allen, D.J. Benford, T. M. Miller, S.H. Moseley, J.G.Staguhn and E.J. Wollack
D17
Study of microcalorimeters for astrophysics
applications........................................................................................271
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
SESSION E : STJ DETECTORS
E01
Superconducting Tunnel Junction Photon Detectors: Theory and
Applications......................................................277
S. Friedrich
E02
Bias Voltage Dependence of Quasiparticle Recombination in STJ Detectors
with Killed Electrode.......................287
V.A. Andrianov , L.V. Filippenko , V. P. Gorkov and V.P. Koshelets
E03
A Superconducting Cold-Electron Bolometer with SIS¥ and
Josephson Tunnel
Junctions.....................................292
Leonid Kuzmin
E04
Direct position resolution measurement with DROIDs at optical
wavelengths..........................................................298
R.A. Hijmering , P. Verhoeve , D.D.E. Martin , I. Jerjen ,
A.G.Kozorezov , R.Venn
E05
Realization of submillimeter-wave imaging array with superconducting
direct detectors..........................................304
H. Matsuo , Y. Mori , Y. Murakoshi , S. Ariyoshi , H. Ezawa , Y. Hibi ,
J. Kobayashi , H. Nagata , M. Nakahashi , C. Otani
E06
Complete analysis of STJ detector performance via absorption of phonon
Pulses..................................................310
M Stokes , K. Wigmore , A. Kozorezov , P Verhoeve
E07
Anomaly in fabrication processes for large-scale array detectors of
superconducting tunnel junctions.....................316
M. Ukibe , Y. Chen , Y. Shimizugawa , Y. Kobayashi , A. Kurokawa , M.
Ohkubo
E08
Determination of the photon impact position within a
DROID.................................................................................322
I. Jerjen , R. A. Hijmering , P. Verhoeve, D.D.E. Martin, A.G.
Kozorezov, R.Venn
E09
Quasiparticle Edge Losses in Double STJs Strip X-rays
Detectors...........................................................................327
V.A. Andrianov , V.P. Gorkov
E10
Position Resolution in
DROIDs.................................................................................................................................333
SESSION F : METALLIC MAGNETIC
CALORIMETERS
F01
Microstructured magnetic calorimeter with meander-shaped pickup coil
..................................................................337
A. Burck, S. Kempf, S. Schäfer, H.
Rotzinger, M. Rodrigues, T. Wolf,
L. Gastaldo, A. Fleischmann, C. Enss
F04
Development of low temperature SQUID gradiometer array for metallic
magnetic microcalorimeters.....................345
K. Sato , A. Tsuchiya , T. Oshima , N. Y. Yamasaki , T.
Morooka
F06
Performance of Micro-fabricated Magnetic Calorimeters Arrays for X-ray
Spectroscopy.....................................351
H. Rotzinger , J. Adams , S.R. Bandler , J.
Beyer , H. Eguchi, E. Figueroa-Feliciano,
W. Hsieh , G.M.
Seidel , T. Stevenson
F08
Fabrication of Metallic Magnetic Calorimeter X-ray Detector
Arrays..................................................................357
W-T. Hsieh ,J. A. Adams , S. R. Bandler , J. Beyer , K. L. Denis , H.
Eguchi ,
E. Figueroa-Feliciano , H. Rotzinger , G. H.
Schneider , G. M. Seidel ,
T. R. Stevenson , D. E. Travers
F09
Design Fabrication , and Multiplexing of Magnetic Calorimeter X-ray
Detectors with
High-Efficiency SQUID
Readout....................................................................................................................363
Rubina Sultan, B. L. Zink , K. D. Irwin , G. C. Hilton , J. N.
Ullom , L. R. Vale
F11
Characterization of a miniature thin-film SQUID susceptometer for
metallic magnetic microcalorimetry.........369
S.T.P. Boyd , R. Cantor , V.Kotsubo , P. Blumenfeld , and J.A. Hall
SESSION G : THERMISTOR DECTECTORS
G01
Ion-implanted Silicon X-Ray Calorimeters: Present and
Future.......................................................................375
R.L. Kelley , C.A. Allen , M. Galeazzi , C.A. Kilbourne , D. McCammon,
F.S. Porter , A.E. Szymkowiak
G02
X-Ray micro-calorimeter based on Si thermistors for X-ray Astronomy:
Design and first measurements........381
A.Aliane , F.De Moro , C.Pigot , P.Agnese , X.de la Broïse ,
A.Gasse , X-F.Navick ,
M. Karolak, H.Ribot,
J-L.Sauvageot, V.Szeflinski, Y.Gobil, D.Renaud, P.Rivallin, H.Geoffray
G03
A fully planar approach to the construction of X-Ray microcalorimeters
with doped Germanium sensors.......387
G. Chianetta , C. Arnone , M. Barbera
, J. Beeman , A. Collura , G. Lullo ,
E. Perinati , E. Silver
SESSION H : STUDIES ON DETECTOR
ABSORBERS
H01
Application of the Neganov-Luke Effect for Scintillation Light
Detection..................................................394
J.-C. Lanfranchi , A. Pahlke, S. Pfister, W. Potzel, S.
Roth,W. Westphal, F. Wiest
H02
Performance of TES X-ray Microcalorimeters with a Novel Absorber
Design..............................................400
S.R. Bandler , R.P. Brekosky , A.-D. Brown , J.A.
Chervenak , E. Figueroa-Feliciano ,
F.M. Finkbeiner, N.
Iyomoto, R.L. Kelley, C.A. Kilbourne, F.S. Porter, J. Sadleir, S.J. Smith
H03
Modeling of TES X-ray Microcalorimeters with a Novel Absorber
Design....................................................406
N. Iyomoto , S.R. Bandler , R.P. Brekosky , A.-D. Brown , J.A.
Chervenak , E. Figueroa-Feliciano ,
F.M. Finkbeiner , R.L.
Kelley , C.A. Kilbourne , M.A.
Lindeman , F.S. Porter ,
T. Saab , J.E. Sadleir ,
S.J. Smith
H04
Absorber Materials for Transition-Edge Sensor X-ray
Microcalorimeters.......................................................413
A-D. Brown , S. R. Bandler , R. Brekosky , J. A. Chervenak , E.
Figueroa-Feliciano,
F. Finkbeiner, N. Iyomoto,
R.L. Kelley, C.A. Kilbourne, F.S. Porter, S. Smith,
T. Saab, J. Sadleir
H05
Automated Hybridization of X-ray Absorber Elements A Path to Large
Format
Microcalorimeter
Arrays...............................................................................................................................418
Samuel J. Moseley , Christine A. Allen , Nicholas Costin , Richard
Kelley ,
Caroline Kilbourne , Timothy
Miller
H06
Studies of Thermal Diffusion in Planar Absorber Designs for the Micro-X
Rocket...................................... 424
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
H07
A high energy resolution gamma-ray TES microcalorimeter with fast
response time...................................430
T. Oshima , Y. Yamakawa , H. Kurabayashi , A.
Hoshino , Y. Ishisaki ,
T. Ohashi , K. Mitsuda , K. Tanaka
H08
Properties of Superconducting Rhenium as an Absorber for Magnetic
Calorimeters.....................................436
J.-P. Porst , C. Höhn , D. Haug , R.
Weldle , G.M. Seidel , L. Gastaldo ,
A. Fleischmann, C. Enss
H11
Detectors of the Cryogenic Dark Matter Search: Charge Transport and
Phonon Emission
in Ge <100> Crystals at 40
mK.................................................................................................................
443
K.M. Sundqvist and B. Sadoulet
SESSION J : INSTRUMENTAL DESIGN
J01
My Bolometer is running a Fever , Or why very low noise performances
requires global design
of the apparatus...................
......................................................................................................................448
D. Yvon, J. Panh, J. Landé, P. Eng, N. Briand, G. Guyot, R.
Pons ,
J. Narbonne, D. Brienza, P. DeBernardis, S. Masi
J03
A Multi-band Dual-Polarized Antenna-coupled TES
Bolometer.................................................................459
R. O’Brient , P. A. R. Adeb , K. Arnold , G. Engargiola , W. Holzapfel
, A. T. Lee , M. J. Myers ,
X. F. Meng , E. Quealy , P.
L. Richards , H. Spieler , H. T. Tran
J06
Antenna-coupled bolometer arrays for measurement of the Cosmic
Microwave Background polarization ...464
M. J. Myers , K. Arnold , P. Ade , G.
Engargiol , W. Holzapfel , A. T. Lee ,
X. Meng , R. O’Brient , P. L. Richards , H.
Spieler , H. T. Tran
J07
Cosmic Microwave Background polarization detector with high efficiency
, broad bandwidth ,
and highly symmetric coupling to transition edge sensor
bolometers..............................................................471
T. Stevenson , D. Benford , C. Bennett , N. Cao , D. Chuss , K. Denis ,
W. Hsieh , A. Kogut ,
S. Moseley , J. Panek , G.
Schneider , D. Travers , K. U-Yen , G. Voellmer , E. Wollack
J08
Distributed Antenna-coupled TES for FIR detector arrays
.............................................................................477
P. Day , H.G. Leduc , C.D. Dowell , R.A. Lee ,
A.Turner , J. Zmuidzinas
J09
Indium Hybridization of Large Format TES Bolometer Arrays to Readout
Multiplexers
for Far-Infrared
Astronomy.............................................................................................................................483
Timothy M. Miller , Nick Costen , Christine Allen
J10
Superconducting Transition-Edge Sensor Bolometers with Integrated
Electron-tunneling Refrigerators.........489
R. F. Silverberg , D. J. Benford , T. Chen , J.
Chervenak , F. M. Finkbeiner ,
N. A. Miller , D.
Schmidt , J. N. Ullom
J11
Compact radiation shield for a superconducting array molecule
detector........................................................495
Shigetomo Shiki , Masahiro Ukibe , Yutaka Shimizugawa , Ryutaro Maeda ,
Masataka Okubo
J12
Advances in fabrication of TES µ-calorimeter arrays and
associated filter structures
for AC-biased read
out....................................................................................................................................500
P. Bruijn , M.L. Ridder , L. Gottardi , H.F.C. Hoevers , P.A.J. de
Korte , J. van der Kuur
J13
Heat Sinking and Crosstalk for Large , Close-packed Arrays of
Microcalorimeters ......................................506
N. Iyomoto , S.R. Bandler , R.P. Brekosky , A.-D. Brown , J.A.
Chervenak ,
E. Figueroa-Feliciano , F.M. Finkbeiner , R.L.
Kelley , C.A. Kilbourne ,
F.S. Porter , J.E. Sadleir , S.J. Smith
J14
Large bolometer arrays with superconducting NbSi sensors for future
space experiments..............................513
F. Pajot, Y. Atik, C. Evesque, S. Lefranc, B. Leriche, J-P. Torre, B.
Bélier , N. Marsot ,
L. Dumoulin, L.
Bergé, M. Piat, E Bréelle, D Prêle, A. Benoit
C. Hoffmann, T. Durand,
P. Camus , D.
Santos , Yong Jin , M Giard
SESSION K : KINETIC INDUCTANCE
DETECTORS
K02
Quasiparticle lifetime and noise in tantalum high Q superconducting
resonators..........................................518
R.
Barends , J. J. A. Baselmans , S. J. C. Yates , J. R. Gao , J. N.
Hovenier ,
T. M. Klapwijk
K03
Noise and sensitivity of aluminum kinetic inductance detectors for
sub-mm astronomy............................ 524
J.
Baselmans, S.J.C. Yates, R. Barends, Y.J.Y. Lankwarden, J.R. Gao,
H. Hoevers ,T.M. Klapwijk
K04
Lumped Element Kinetic Inductance
Detectors........................................................................................,530
S.
Doyle , P.Mauskopf , J. Naylon , A. Porch , C.
Duncombe
K05
Optical/UV and X-ray Microwave Kinetic Inductance Strip
Detectors.....................................................537
B.A.
Mazin , M.E. Eckart , B. Bumble , S. Golwala, P.K. Day, J. Gao,
J. Zmuidzinas
K06
Kinetic Inductance Phonon Sensors for the Cryogenic Dark Matter Search
Experiment..........................544
M. Daal, B. Sadoulet, J. Gao
K07
A WIMP Dark Matter Detector Using
MKIDs
.................................................................................550
S.
Golwala, J. Gao , D. Moore, B. Mazin , M. Eckart, B.
Bumble ,
P. Day, H. G. LeDuc ,J. Zmuidzinas
K08
Equivalence of the effects on the complex conductivity of
superconductor due to
temperature change and external pair
breaking.........................................................................................557
J.
Gao , J. Zmuidzinas , A. Vayonakis , P. Day , B. Mazin , H. Leduc
SESSION L : NANOWIRE DETECTORS , HOT
ELECTRON BOLOMETERS
L01
Energy resolution of a superconducting nanowire single-photon
detector............................................... 564
A.D. Semenov , P. Haas , B. Günther , H.-W. Hübers
L03
Properties of ultra-thin NbN films for membrane-type THz
HEB.............................................................570
B. Guillet , Ö. Arthursson , L. Méchin , M.N. Metzner ,
M.P. Chauvat ,
P. Ruterana , V. Drakinskiy , S. Cherednichenko , R.
Lefèvre , Y. Delorme,
J.M. Krieg
L04
Low noise hot-electron bolometer mixers for terahertz
frequencies...........................................................575
S. Cherednichenko and V. Drakinskiy
L05
Characterization of Superconducting Single Photon Detectors fabricated
on MgO substrates...................580
R. Leoni , A. Gaggero , F. Mattioli , and M.G. Castellano
L06
Current-induced critical state in NbN thin-film
structures............................................................................585
K. Il’in, M. Siegel, A. Engel, H. Bartolf, A. Schilling, A. Semenov,
H.-W. Huebers
L07
Superconducting Single Photon Nanowire Detectors Development for IR and
THz applications...............591
I. Milostnaya, A. Korneev, M.
Tarkhov, A. Divochiy, O. Minaeva, V. Seleznev,
N. Kaurova, B. Voronov , O. Okunev , G. Chulkova , K. Smirnov , G.
Gol’tsman