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Main Authors: Lindvall, Thomas, Pizzocaro, Marco, Godun, Rachel M., Abgrall, Michel, Akamatsu, Daisuke, Amy-Klein, Anne, Benkler, Erik, Bhatt, Nishant M., Calonico, Davide, Cantin, Etienne, Cantoni, Elena, Cerretto, Giancarlo, Chardonnet, Christian, Marin, Miguel Angel Cifuentes, Clivati, Cecilia, Condio, Stefano, Curtis, E. Anne, Denker, Heiner, Donadello, Simone, Dörscher, Sören, Feng, Chen-Hao, Filzinger, Melina, Fordell, Thomas, Goti, Irene, Hanhijärvi, Kalle, Hausser, H. Nimrod, Hill, Ian R., Hosaka, Kazumoto, Huntemann, Nils, Johnson, Matthew Y. H., Keller, Jonas, Klose, Joshua, Kobayashi, Takumi, Koke, Sebastian, Kuhl, Alexander, Targat, Rodolphe Le, Legero, Thomas, Levi, Filippo, Lipphardt, Burghard, Lisdat, Christian, Liu, Hongli, Lodewyck, Jérôme, Lopez, Olivier, Mazouth-Laurol, Maxime, Mehlstäubler, Tanja E., Mura, Alberto, Nishiyama, Akiko, Nordmann, Tabea, Parsons, Adam O., Petit, Gérard, Pointard, Benjamin, Pottie, Paul-Eric, Risaro, Matias, Robertson, Billy I., Schioppo, Marco, Shang, Haosen, Stahl, Kilian, Steinel, Martin, Sterr, Uwe, Tofful, Alexandra, Tønnes, Mads, Tran, Dang-Bao-An, Tunesi, Jacob, Wallin, Anders E., Margolis, Helen S.
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2505.06763
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author Lindvall, Thomas
Pizzocaro, Marco
Godun, Rachel M.
Abgrall, Michel
Akamatsu, Daisuke
Amy-Klein, Anne
Benkler, Erik
Bhatt, Nishant M.
Calonico, Davide
Cantin, Etienne
Cantoni, Elena
Cerretto, Giancarlo
Chardonnet, Christian
Marin, Miguel Angel Cifuentes
Clivati, Cecilia
Condio, Stefano
Curtis, E. Anne
Denker, Heiner
Donadello, Simone
Dörscher, Sören
Feng, Chen-Hao
Filzinger, Melina
Fordell, Thomas
Goti, Irene
Hanhijärvi, Kalle
Hausser, H. Nimrod
Hill, Ian R.
Hosaka, Kazumoto
Huntemann, Nils
Johnson, Matthew Y. H.
Keller, Jonas
Klose, Joshua
Kobayashi, Takumi
Koke, Sebastian
Kuhl, Alexander
Targat, Rodolphe Le
Legero, Thomas
Levi, Filippo
Lipphardt, Burghard
Lisdat, Christian
Liu, Hongli
Lodewyck, Jérôme
Lopez, Olivier
Mazouth-Laurol, Maxime
Mehlstäubler, Tanja E.
Mura, Alberto
Nishiyama, Akiko
Nordmann, Tabea
Parsons, Adam O.
Petit, Gérard
Pointard, Benjamin
Pottie, Paul-Eric
Risaro, Matias
Robertson, Billy I.
Schioppo, Marco
Shang, Haosen
Stahl, Kilian
Steinel, Martin
Sterr, Uwe
Tofful, Alexandra
Tønnes, Mads
Tran, Dang-Bao-An
Tunesi, Jacob
Wallin, Anders E.
Margolis, Helen S.
author_facet Lindvall, Thomas
Pizzocaro, Marco
Godun, Rachel M.
Abgrall, Michel
Akamatsu, Daisuke
Amy-Klein, Anne
Benkler, Erik
Bhatt, Nishant M.
Calonico, Davide
Cantin, Etienne
Cantoni, Elena
Cerretto, Giancarlo
Chardonnet, Christian
Marin, Miguel Angel Cifuentes
Clivati, Cecilia
Condio, Stefano
Curtis, E. Anne
Denker, Heiner
Donadello, Simone
Dörscher, Sören
Feng, Chen-Hao
Filzinger, Melina
Fordell, Thomas
Goti, Irene
Hanhijärvi, Kalle
Hausser, H. Nimrod
Hill, Ian R.
Hosaka, Kazumoto
Huntemann, Nils
Johnson, Matthew Y. H.
Keller, Jonas
Klose, Joshua
Kobayashi, Takumi
Koke, Sebastian
Kuhl, Alexander
Targat, Rodolphe Le
Legero, Thomas
Levi, Filippo
Lipphardt, Burghard
Lisdat, Christian
Liu, Hongli
Lodewyck, Jérôme
Lopez, Olivier
Mazouth-Laurol, Maxime
Mehlstäubler, Tanja E.
Mura, Alberto
Nishiyama, Akiko
Nordmann, Tabea
Parsons, Adam O.
Petit, Gérard
Pointard, Benjamin
Pottie, Paul-Eric
Risaro, Matias
Robertson, Billy I.
Schioppo, Marco
Shang, Haosen
Stahl, Kilian
Steinel, Martin
Sterr, Uwe
Tofful, Alexandra
Tønnes, Mads
Tran, Dang-Bao-An
Tunesi, Jacob
Wallin, Anders E.
Margolis, Helen S.
contents Optical clocks provide ultra-precise frequency references that are vital for international metrology as well as for tests of fundamental physics. To investigate the level of agreement between different clocks, we simultaneously measured the frequency ratios between ten optical clocks in six different countries, using fiber and satellite links. This is the largest coordinated comparison to date, from which we present a subset of 38 optical frequency ratios and an evaluation of the correlations between them. Four ratios were measured directly for the first time, while others had significantly lower uncertainties than previously achieved, supporting the advance towards a redefinition of the second and the use of optical standards for international time scales.
format Preprint
id arxiv_https___arxiv_org_abs_2505_06763
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Coordinated international comparisons between optical clocks connected via fiber and satellite links
Lindvall, Thomas
Pizzocaro, Marco
Godun, Rachel M.
Abgrall, Michel
Akamatsu, Daisuke
Amy-Klein, Anne
Benkler, Erik
Bhatt, Nishant M.
Calonico, Davide
Cantin, Etienne
Cantoni, Elena
Cerretto, Giancarlo
Chardonnet, Christian
Marin, Miguel Angel Cifuentes
Clivati, Cecilia
Condio, Stefano
Curtis, E. Anne
Denker, Heiner
Donadello, Simone
Dörscher, Sören
Feng, Chen-Hao
Filzinger, Melina
Fordell, Thomas
Goti, Irene
Hanhijärvi, Kalle
Hausser, H. Nimrod
Hill, Ian R.
Hosaka, Kazumoto
Huntemann, Nils
Johnson, Matthew Y. H.
Keller, Jonas
Klose, Joshua
Kobayashi, Takumi
Koke, Sebastian
Kuhl, Alexander
Targat, Rodolphe Le
Legero, Thomas
Levi, Filippo
Lipphardt, Burghard
Lisdat, Christian
Liu, Hongli
Lodewyck, Jérôme
Lopez, Olivier
Mazouth-Laurol, Maxime
Mehlstäubler, Tanja E.
Mura, Alberto
Nishiyama, Akiko
Nordmann, Tabea
Parsons, Adam O.
Petit, Gérard
Pointard, Benjamin
Pottie, Paul-Eric
Risaro, Matias
Robertson, Billy I.
Schioppo, Marco
Shang, Haosen
Stahl, Kilian
Steinel, Martin
Sterr, Uwe
Tofful, Alexandra
Tønnes, Mads
Tran, Dang-Bao-An
Tunesi, Jacob
Wallin, Anders E.
Margolis, Helen S.
Atomic Physics
Optical clocks provide ultra-precise frequency references that are vital for international metrology as well as for tests of fundamental physics. To investigate the level of agreement between different clocks, we simultaneously measured the frequency ratios between ten optical clocks in six different countries, using fiber and satellite links. This is the largest coordinated comparison to date, from which we present a subset of 38 optical frequency ratios and an evaluation of the correlations between them. Four ratios were measured directly for the first time, while others had significantly lower uncertainties than previously achieved, supporting the advance towards a redefinition of the second and the use of optical standards for international time scales.
title Coordinated international comparisons between optical clocks connected via fiber and satellite links
topic Atomic Physics
url https://arxiv.org/abs/2505.06763