6 research outputs found
The Josephson heat interferometer
- Author
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- 15/05/2012
- Field of study
The Josephson effect represents perhaps the prototype of macroscopic phase
coherence and is at the basis of the most widespread interferometer, i.e., the
superconducting quantum interference device (SQUID). Yet, in analogy to
electric interference, Maki and Griffin predicted in 1965 that thermal current
flowing through a temperature-biased Josephson tunnel junction is a stationary
periodic function of the quantum phase difference between the superconductors.
The interplay between quasiparticles and Cooper pairs condensate is at the
origin of such phase-dependent heat current, and is unique to Josephson
junctions. In this scenario, a temperature-biased SQUID would allow heat
currents to interfere thus implementing the thermal version of the electric
Josephson interferometer. The dissipative character of heat flux makes this
coherent phenomenon not less extraordinary than its electric (non-dissipative)
counterpart. Albeit weird, this striking effect has never been demonstrated so
far. Here we report the first experimental realization of a heat
interferometer. We investigate heat exchange between two normal metal
electrodes kept at different temperatures and tunnel-coupled to each other
through a thermal `modulator' in the form of a DC-SQUID. Heat transport in the
system is found to be phase dependent, in agreement with the original
prediction. With our design the Josephson heat interferometer yields
magnetic-flux-dependent temperature oscillations of amplitude up to ~21 mK, and
provides a flux-to-temperature transfer coefficient exceeding ~ 60mK/Phi_0 at
235 mK [Phi_0 2* 10^(-15) Wb is the flux quantum]. Besides offering remarkable
insight into thermal transport in Josephson junctions, our results represent a
significant step toward phase-coherent mastering of heat in solid-state
nanocircuits, and pave the way to the design of novel-concept coherent
caloritronic devices.Comment: 4+ pages, 3 color figure
The alpha-kinase family: an exceptional branch on the protein kinase tree
- Author
- A Guilbert
- A Knebel
- A Knebel
- A Nagasaki
- AC Nairn
- AD Bershadsky
- AG Ryazanov
- AG Ryazanov
- AG Ryazanov
- AG Ryazanov
- AG Ryazanov
- AG Ryazanov
- AJ Meijer
- AL Perraud
- AP Somlyo
- AW Orr
- B Geiger
- B Levine
- C Schmitz
- C Schmitz
- C Wei
- CA Whittaker
- CE Clancy
- CG Proud
- CG Proud
- D Drennan
- D Fabbro
- D Luck-Vielmetter
- D Ronen
- DE Clapham
- DP Corey
- E Fonfria
- E Oancea
- ED Scheeff
- EJ Neer
- EM Smith
- ER Kuczmarski
- Frank N. van Leeuwen
- G Burgstaller
- G Cao
- G Cao
- G Cao
- G Krapivinsky
- G Manning
- G Owsianik
- G Zhu
- GE Callera
- GJ Browne
- GJ Browne
- GM Bokoch
- GP Cote
- GP Cote
- H Abdelmajid
- H Wu
- H Wu
- H Yamaguchi
- H Yamaguchi
- Hanka Venselaar
- I Erler
- I Letunic
- IS Ramsey
- J Jiang
- J Jin
- J Kuznicki
- J Nakamura
- J Stites
- Jeroen Middelbeek
- JH Collins
- JP Vaillancourt
- K Clark
- K Clark
- K Clark
- K Clark
- K Clark
- K Clark
- K Du
- KP Schlingmann
- Kristopher Clark
- KS Pavur
- L Mendoza
- LA Pinna
- LM Futey
- LN Johnson
- LT Su
- LV Ryazanova
- LW Runnels
- LW Runnels
- M Aarts
- M Chachisvilis
- M Gimona
- M Heine
- M Huse
- M Langeslag
- M Li
- M Matsushita
- M Qi
- M Rico
- M Russ
- MA la Roche De
- MA Larkin
- Martijn A. Huynen
- ME Noble
- MF Kolman
- MF Kolman
- MJ Nadler
- MV Dorovkov
- MV Dorovkov
- N Galtier
- NT Price
- NT Redpath
- NT Redpath
- P Demeuse
- PA Steimle
- PA Steimle
- PA Steimle
- QG Medley
- R Hovland
- R Jorgensen
- R Penner
- R Roskoski Jr
- R Takezawa
- RA Etten Van
- RM Touyz
- RY Walder
- S Arora
- S Guindon
- S Horman
- S Yumura
- SF Altschul
- SJ White
- SR Hubbard
- SW Crawley
- SW Crawley
- T Hanano
- T Hosoda
- T Numata
- T Numata
- T Voets
- TA Diggle
- TA Diggle
- TG Parmer
- TM Paravicini
- TT Egelhoff
- TT Egelhoff
- TT Egelhoff
- U Carlberg
- V Betapudi
- V Chubanov
- V Chubanov
- V Gerke
- W Liang
- WL Wei
- WN Hait
- X Luo
- X Wang
- Y Chen
- ZZ Mei
- Publication venue
- SP Birkhäuser Verlag Basel
- Publication date
- 01/01/2009
- Field of study
The alpha-kinase family represents a class of atypical protein kinases that display little sequence similarity to conventional protein kinases. Early studies on myosin heavy chain kinases in Dictyostelium discoideum revealed their unusual propensity to phosphorylate serine and threonine residues in the context of an alpha-helix. Although recent studies show that some members of this family can also phosphorylate residues in non-helical regions, the name alpha-kinase has remained. During evolution, the alpha-kinase domains combined with many different functional subdomains such as von Willebrand factor-like motifs (vWKa) and even cation channels (TRPM6 and TRPM7). As a result, these kinases are implicated in a large variety of cellular processes such as protein translation, Mg2+ homeostasis, intracellular transport, cell migration, adhesion, and proliferation. Here, we review the current state of knowledge on different members of this kinase family and discuss the potential use of alpha-kinases as drug targets in diseases such as cancer
Structure of the Dictyostelium Myosin-II Heavy Chain Kinase A (MHCK-A) α-kinase domain apoenzyme reveals a novel autoinhibited conformation
- Author
- AG Ryazanov
- AJ McCoy
- AT Brünger
- C Bates-Withers
- CD Tavares
- CE Moore
- CR Pigott
- D Luck-Vielmetter
- D Wessels
- E Krissinel
- ED Scheeff
- G Krapivinsky
- G Leprivier
- GN Murshudov
- GP Côté
- GP Côté
- H Yamaguchi
- J Dundas
- J Middelbeek
- JA Adams
- JH Sabry
- JP Vaillancourt
- JW Kenney
- K Clark
- K Clark
- LM Futey
- MA De La Roche
- MF Kolman
- MF Kolman
- N Jura
- N Kannan
- NA LaRonde
- P Emsley
- P Steimle
- PA Steimle
- PA Steimle
- PH Zwart
- PV Afonine
- Q Ye
- S Ferreira-Cerca
- S Ferreira-Cerca
- S Yumura
- SS Taylor
- SW Crawley
- TT Egelhoff
- TT Egelhoff
- VB Chen
- W Kabsch
- W Liang
- Y Yang
- Z Otwinowski
- Publication venue
- 'Springer Science and Business Media LLC'
- Publication date
- Field of study
FCC-hh: The Hadron Collider: Future circular collider conceptual design report volume 3
- Author
- Abada Asmaa
- Abbrescia M
- AbdusSalam SS
- Abdyukhanov I
- Abelleira Fernandez J
- Abramov A
- Aburaia M
- Acar AO
- Adzic PR
- Agrawal P
- Aguilar-Saavedra JA
- Aguilera-Verdugo JJ
- Aiba M
- Aichinger I
- Aielli G
- Akay A
- Akhundov A
- Aksakal H
- Albacete JL
- Albergo S
- Alekou A
- Aleksa M
- Aleksan R
- Alemany Fernandez RM
- Alexahin Y
- Alia RG
- Alioli S
- Alipour Tehrani N
- Allanach BC
- Allport PP
- Altınlı M
- Altmannshofer W
- Ambrosio G
- Amorim D
- Amstutz O
- Anderlini L
- Andreazza A
- Andreini M
- Andriatis A
- Andris C
- Andronic A
- Angelucci M
- Antinori F
- Antipov SA
- Antonelli M
- Antonello M
- Antonioli P
- Antusch S
- Anulli F
- Apolinario L
- Apollinari G
- Apollonio A
- Appelö D
- Appleby RB
- Apyan A
- Apyan Arm
- Arbey A
- Arbuzov A
- Arduini G
- Arı V
- Arias S
- Armesto N
- Arnaldi R
- Arsenyev SA
- Arzeo M
- Asai S
- Aslanides E
- Astapovych D
- Atanasov M
- Atieh S
- Attie D
- Auchmann B
- Audurier A
- Aull S
- Aumon S
- Aune S
- Avino F
- Avrillaud G
- Aydın G
- Azatov A
- Azuelos G
- Azzi P
- Azzolini O
- Azzurri P
- Aßmann RW
- Bacchetta N
- Bacchiocchi E
- Bachacou H
- Baek YW
- Baglin V
- Bai Y
- Baird S
- Baker MJ
- Baldwin MJ
- Ball AH
- Ballarino A
- Banerjee S
- Barber DP
- Barducci D
- Barjhoux P
- Barna D
- Barnaföldi GG
- Barnes MJ
- Barr A
- Barranco García J
- Barreiro Guimarães da Costa J
- Bartmann W
- Baryshevsky V
- Barzi E
- Bass SA
- Bastianin A
- Baudouy B
- Bauer F
- Bauer M
- Baumgartner T
- Bautista-Guzmán I
- Bayındır C
- Beaudette F
- Bedeschi F
- Bellafont I
- Bellagamba L
- Bellegarde N
- Belli E
- Bellingeri E
- Bellini F
- Bellomo G
- Belomestnykh S
- Bencivenni G
- Benedikt Michael
- Bernardi G
- Bernardi J
- Bernet C
- Bernhardt JM
- Bernini C
- Berriaud C
- Bertarelli A
- Bertolucci S
- Besana MI
- Besancon M
- Beznosov O
- Bhat C
- Bhat P
- Biagini ME
- Biarrotte JL
- Bibet Chevalier A
- Bielert ER
- Biglietti M
- Bilei GM
- Bilki B
- Biscari C
- Bishara F
- Blanco-García OR
- Blanquez FR
- Blekman F
- Blondel A
- Blümlein J
- Boccali T
- Boels R
- Bogacz SA
- Bogomyagkov A
- Boine-Frankenheim O
- Boland MJ
- Bologna S
- Bolukbasi O
- Bomben M
- Bondarenko S
- Bonvini M
- Boos E
- Bordini B
- Bordry F
- Borghello G
- Borgonovi L
- Borowka S
- Bortoletto D
- Boscherini D
- Boscolo M
- Boselli S
- Bosley RR
- Bossu F
- Botta C
- Bottura L
- Boughezal R
- Boutin D
- Bovone G
- Bozbey A
- Bozzi C
- Bozzini D
- Božović Jelisavić I
- Braccini V
- Braibant-Giacomelli S
- Bramante J
- Braun-Munzinger P
- Briffa JA
- Britzger D
- Brodsky SJ
- Brooke JJ
- Bruce R
- Bruna E
- Brunner K
- Brunner O
- Bruzzone P
- Brückman De Renström P
- Brüning O
- Buffat X
- Bulyak E
- Burkart F
- Burkhardt H
- Burnet JP
- Butin F
- Buttazzo D
- Butterworth A
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- Caccia M
- Cai Y
- Caiffi B
- Cairo V
- Cakir O
- Calaga R
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- Calderini G
- Calderola G
- Caliskan A
- Calvet D
- Calviani M
- Camalich JM
- Camarri P
- Campanelli M
- Camporesi T
- Canbay AC
- Canepa A
- Cantergiani E
- Cantore-Cavalli D
- Capeans M
- Cardarelli R
- Cardella U
- Cardini A
- Carloni Calame CM
- Carra F
- Carra S
- Carvalho A
- Casalbuoni S
- Casas J
- Cascella M
- Castelnovo P
- Castorina G
- Catalano G
- Cavasinni V
- Cazzato E
- Cennini E
- Cerri A
- Cerutti F
- Cervantes J
- Chaikovska I
- Chakrabortty J
- Chala M
- Chamizo-Llatas M
- Chanal D
- Chanal H
- Chance S
- Chancé A
- Charitos P
- Charles J
- Charles TK
- Chattopadhyay S
- Chehab R
- Chekanov SV
- Chen N
- Chernoded A
- Chetvertkova V
- Chevalier L
- Chiarelli G
- Chiarello G
- Chiesa M
- Chiggiato P
- Childers JT
- Chmielińska A
- Cholakian A
- Chomaz P
- Chorowski M
- Chou W
- Chrzaszcz M
- Chyhyrynets E
- Cibinetto G
- Ciftci AK
- Ciftci R
- Cimino R
- Ciuchini M
- Clark PJ
- Coadou Y
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- Cook CTA
- Cooley L
- Corcella G
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- Costa Pinto P
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- Crespo Garrido I
- Crivellin A
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- da Silveira GG
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- Daljevec A
- Dallapiazza W
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- Das SP
- DasBakshi S
- David A
- Davidek T
- de Blas J
- De Curtis S
- De Filippis N
- de Florian D
- de Jong SJ
- De Lucia E
- de Rijk G
- De Roeck A
- de Vivie de Régie JB
- Deandrea A
- Debono CJ
- Deghaye S
- Del Bo C
- Del Duca V
- Delikaris D
- Deliot F
- Dell'Acqua A
- Delle Rose L
- Delmastro M
- Demarteau M
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- Denisov D
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- Deschamps O
- Descotes-Genon S
- Dev PSB
- Dewanjee RK
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- Di Nezza P
- Di Vita S
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- Doblhammer A
- Dominjon A
- Dordei F
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- Draper P
- Drasal Z
- Drewes M
- du Pree T
- Duarte L
- Dubovyk I
- Duda P
- Dudarev A
- Dudko L
- Duellmann D
- Duran Yildiz H
- Durante M
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- Duval F
- Duval JM
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- Eisterer M
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- El Khechen D
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- Ellison JA
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- Enari Y
- Englert C
- Eriksson H
- Eskola KJ
- Esposito LS
- Etisken O
- Etzion E
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- Falkowski A
- Falou A
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- Fan J
- Fanò L
- Farilla A
- Farinelli R
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- Fartoukh SD
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- Fawcett WJ
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- Felsberger L
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- Fernandez Navarro AM
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- Fontanesi E
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- Foraz K
- Forkel-Wirth D
- Forte S
- Fouaidy M
- Fournier D
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- Francavilla P
- Franceschini R
- Franchino S
- Franco E
- Freitas A
- Fuks B
- Furukawa K
- Furuseth Sondre Vik
- Gabrielli E
- Gaddi A
- Galanti M
- Gallo E
- Ganjour S
- Gao J
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- García Pérez M
- García Tabarés L
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- Gascon-Shotkin SM
- Gaudio G
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- Gehrmann T
- Genest MH
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- Gerigk F
- Gerwig H
- Giacomelli P
- Giagu S
- Gianfelice-Wendt E
- Gianotti F
- Giffoni F
- Gil Costa M
- Gilardoni SS
- Giovannetti M
- Giovannozzi M
- Giubellino P
- Giudice GF
- Giunta A
- Gladilin LK
- Glukhov S
- Gluza J
- Gobbi G
- Goddard B
- Goertz F
- Golling T
- Goncalves VP
- Gonzalez Gomez LA
- Gonçalo R
- Gorgi Zadeh S
- Gorine G
- Gorini E
- Gourlay SA
- Gouskos L
- Grancagnolo F
- Grassellino A
- Grau A
- Graverini E
- Gray HM
- Greco Ma
- Greco Mi
- Grenard JL
- Grimm O
- Grojean C
- Gromov VA
- Grosse-Oetringhaus JF
- Grudiev A
- Grzanka K
- Gu J
- Guadagnoli D
- Guidi V
- Guiducci S
- Guillermo Canton G
- Gupta R
- Gupta RS
- Gutierrez J
- Gutleber J
- Guyot C
- Guzey V
- Gwenlan C
- Günaydin YO
- Haberstroh C
- Hacışahinoğlu B
- Haerer B
- Hahn K
- Hahn T
- Hammad A
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- Hance M
- Hannah A
- Harris PC
- Hati C
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- Hauptman J
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- Helsens C
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- Hernandez-Sanchez J
- Hernández-Pinto RJ
- Herzig T
- Hiekkanen I
- Hillert W
- Hoehn T
- Hofer M
- Holdener F
- Holleis S
- Holzer B
- Hong DK
- Honorato CG
- Hopkins SC
- Hrdinka J
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- Humann B
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- Hurth T
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- Iconomidou-Fayard L
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- Jarry P
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- Jiménez JM
- Jones MA
- Jones OR
- Jowett JM
- Jung S
- Kaabi W
- Kado M
- Kahle K
- Kalinovskaya L
- Kalinowski J
- Kamenik JF
- Kannike K
- Kara SO
- Karadeniz H
- Karaventzas V
- Karpov I
- Kartal S
- Karyukhin A
- Kashikhin V
- Katharina Behr J
- Kaya U
- Keintzel J
- Keinz PA
- Keppel K
- Kersevan R
- Kershaw K
- Khanpour H
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- Logothetis Agaliotis E
- Lombardo MP
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- Martins DE
- Martínez-Hernández MI
- Marzani S
- Marzocca D
- Marzola L
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- Masina I
- Massimiliano A
- Massironi A
- Masubuchi T
- Matveev VA
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- Moortgat F
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- Morello G
- Moreno Llácer M
- Moretti M
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- Morley AK
- Moros A
- Morozov I
- Morretta V
- Morrone M
- Mostacci A
- Muanza S
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- Munilla J
- Murray MJ
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- Mylona M
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- Özdemir K
- Publication venue
- Springer Nature Switzerland AG
- Publication date
- 01/01/2019
- Field of study
In response to the 2013 Update of the European Strategy for Particle Physics (EPPSU), the Future Circular Collider (FCC) study was launched as a world-wide international collaboration hosted by CERN. The FCC study covered an energy-frontier hadron collider (FCC-hh), a highest-luminosity high-energy lepton collider (FCC-ee), the corresponding 100 km tunnel infrastructure, as well as the physics opportunities of these two colliders, and a high-energy LHC, based on FCC-hh technology. This document constitutes the third volume of the FCC Conceptual Design Report, devoted to the hadron collider FCC-hh. It summarizes the FCC-hh physics discovery opportunities, presents the FCC-hh accelerator design, performance reach, and staged operation plan, discusses the underlying technologies, the civil engineering and technical infrastructure, and also sketches a possible implementation. Combining ingredients from the Large Hadron Collider (LHC), the high-luminosity LHC upgrade and adding novel technologies and approaches, the FCC-hh design aims at significantly extending the energy frontier to 100 TeV. Its unprecedented centre of-mass collision energy will make the FCC-hh a unique instrument to explore physics beyond the Standard Model, offering great direct sensitivity to new physics and discoveries
FCC Physics Opportunities: Future Circular Collider Conceptual Design Report Volume 1
- Author
- Abada Asmaa
- Abbrescia M
- AbdusSalam SS
- Abdyukhanov I
- Abramov A
- Aburaia M
- Acar AO
- Adzic PR
- Agaliotis E Logothetis
- Agrawal P
- Aguilar-Saavedra JA
- Aguilera-Verdugo JJ
- Aiba M
- Aichinger I
- Aielli G
- Akay A
- Akhundov A
- Aksakal H
- Alaniz E Cruz
- Albacete JL
- Albergo S
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- Alexahin Y
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- Allport PP
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- Wulzer A
- Yanehsari M Khatiri
- Yanehsari MK
- Yang G
- Yang HJ
- Yao WM
- Yazgan E
- Yermolchik V
- Yildiz H Duran
- Yilmaz Al
- Yilmaz Ay
- Yoo HD
- Yost SA
- You T
- Young C
- Yu F
- Yu TT
- Zaborowska A
- Zadeh S Gorgi
- Zadeh SG
- Zahnd M
- Zanetti M
- Zanotto L
- Zawiejski L
- Zeiler P
- Zerlauth M
- Zernov SM
- Zhang C
- Zhang H
- Zhang Y
- Zhang Z
- Zhao Z
- Zhong YM
- Zhou D
- Zhou J
- Zhuang P
- Zick G
- Zimmermann F
- Zinn-Justin J
- Zivkovic L
- Zlobin AV
- Zobov M
- Zupan J
- Zurita José
- Özcan V
- Özdemir K
- Publication venue
- Springer Nature Switzerland AG
- Publication date
- 01/01/2019
- Field of study
We review the physics opportunities of the Future Circular Collider, covering its e+e-, pp, ep and heavy ion programmes. We describe the measurement capabilities of each FCC component, addressing the study of electroweak, Higgs and strong interactions, the top quark and flavour, as well as phenomena beyond the Standard Model. We highlight the synergy and complementarity of the different colliders, which will contribute to a uniquely coherent and ambitious research programme, providing an unmatchable combination of precision and sensitivity to new physics
HE-LHC: The High-Energy Large Hadron Collider: Future Circular Collider Conceptual Design Report Volume 4
- Author
- Abada Asmaa
- Abbrescia M
- AbdusSalam SS
- Abdyukhanov I
- Abelleira Fernandez J
- Abramov A
- Aburaia M
- Acar AO
- Adzic PR
- Agrawal P
- Aguilar-Saavedra JA
- Aguilera-Verdugo JJ
- Aiba M
- Aichinger I
- Aielli G
- Akay A
- Akhundov A
- Aksakal H
- Albacete JL
- Albergo S
- Alekou A
- Aleksa M
- Aleksan R
- Alemany Fernandez RM
- Alexahin Y
- Alioli S
- Alipour Tehrani N
- Allanach BC
- Allport PP
- Altınlı M
- Altmannshofer W
- Alía RG
- Ambrosio G
- Amorim D
- Amstutz O
- Anderlini L
- Andreazza A
- Andreini M
- Andriatis A
- Andris C
- Andronic A
- Angelucci M
- Antinori F
- Antipov SA
- Antonelli M
- Antonello M
- Antonioli P
- Antusch S
- Anulli F
- Apolinário L
- Apollinari G
- Apollonio A
- Appelö D
- Appleby RB
- Apyan A
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- Arbuzov A
- Arduini G
- Arı V
- Arias S
- Armesto N
- Arnaldi R
- Arsenyev SA
- Arzeo M
- Asai S
- Aslanides E
- Astapovych D
- Atanasov M
- Atieh S
- Attié D
- Auchmann B
- Audurier A
- Aull S
- Aumon S
- Aune S
- Avino F
- Avrillaud G
- Aydın G
- Azatov A
- Azuelos G
- Azzi P
- Azzolini O
- Azzurri P
- Aßmann RW
- Bacchetta N
- Bacchiocchi E
- Bachacou H
- Baek YW
- Baglin V
- Bai Y
- Baird S
- Baker MJ
- Baldwin MJ
- Ball AH
- Ballarino A
- Banerjee S
- Barber DP
- Barducci D
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- Barnes MJ
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- Bastianin A
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- Bautista-Guzman I
- Bayındır C
- Beaudette F
- Bedeschi F
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- Bellafont I
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- Božović Jelisavić I
- Braccini V
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- Childers JT
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- Deandrea A
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- Drewes M
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- Dubovyk I
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- Ellis J
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- Eriksson H
- Eskola KJ
- Esposito LS
- Etisken O
- Etzion E
- Fabbricatore P
- Falkowski A
- Falou A
- Faltova J
- Fan J
- Fanò L
- Farilla A
- Farinelli R
- Farinon S
- Faroughy DA
- Fartoukh SD
- Faus-Golfe A
- Fawcett WJ
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- Ferreira da Silva P
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- Ferro F
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- Fiorendi S
- Fiorio C
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- Publication venue
- Springer Nature
- Publication date
- 01/01/2019
- Field of study
In response to the 2013 Update of the European Strategy for Particle Physics (EPPSU), the Future Circular Collider (FCC) study was launched as a world-wide international collaboration hosted by CERN. The FCC study covered an energy-frontier hadron collider (FCC-hh), a highest-luminosity high-energy lepton collider (FCC-ee), the corresponding 100 km tunnel infrastructure, as well as the physics opportunities of these two colliders, and a high-energy LHC, based on FCC-hh technology. This document constitutes the third volume of the FCC Conceptual Design Report, devoted to the hadron collider FCC-hh. It summarizes the FCC-hh physics discovery opportunities, presents the FCC-hh accelerator design, performance reach, and staged operation plan, discusses the underlying technologies, the civil engineering and technical infrastructure, and also sketches a possible implementation. Combining ingredients from the Large Hadron Collider (LHC), the high-luminosity LHC upgrade and adding novel technologies and approaches, the FCC-hh design aims at significantly extending the energy frontier to 100 TeV. Its unprecedented centre-of-mass collision energy will make the FCC-hh a unique instrument to explore physics beyond the Standard Model, offering great direct sensitivity to new physics and discoveries