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style=\"border-top-style:none;height:14.5pt;\">Zetian Mi\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Univ. Michigan, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;width:742pt;\">Enhanced Extensional BAW Resonators with MBE-Grown ScAlN-on-Si thin films\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:18.0pt;\">Gaurav Bahl\u003C/td>\u003Ctd style=\"border-top-style:none;height:18.0pt;\">Univ. Illinois, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:18.0pt;\">MEMS Frequency References With Parts-per-Trillion Stability\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"background-color:hsl(0, 0%, 90%);\" colspan=\"3\">\u003Cp style=\"text-align:center;\">\u003Cstrong>Group 2\u003C/strong>\u003C/p>\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"height:18.0pt;width:223pt;\">Eugene Ivanov\u003C/td>\u003Ctd style=\"height:18.0pt;width:182pt;\">University of Western Australia, Australia\u003C/td>\u003Ctd style=\"height:18.0pt;width:742pt;\">Measurements of Thermal Fluctuations in Microwave and Mechanical Resonators\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:22.25pt;\">Darko Zibar\u003C/td>\u003Ctd style=\"border-top-style:none;height:22.25pt;\">DTU, Denmark\u003C/td>\u003Ctd style=\"border-top-style:none;height:22.25pt;\">Subspace tracking: a Novel Measurement Method to Test the Standard Phase Noise Model of Optical Frequency Combs\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Thierry Hessler\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Micro Crystal AG (Swatch Group), Switzerland\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Miniaturized AT-Cut Quartz Oscillators with High Accuracy and Low Power \u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"background-color:hsl(0, 0%, 90%);\" colspan=\"3\">\u003Cp style=\"text-align:center;\">\u003Cstrong>Group 3\u003C/strong>\u003C/p>\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"height:14.5pt;width:223pt;\">Jingbiao Chen\u003C/td>\u003Ctd style=\"height:14.5pt;width:182pt;\">State Key Laboratory, Beijing, China\u003C/td>\u003Ctd style=\"height:14.5pt;width:742pt;\">Performance Enhancement of Microwave Frequency Standards with Special Lasers\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Baptiste Battelier\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Institut d'Optique, France\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;width:742pt;\">All Optical Ultracold Atoms in Microgravity\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"background-color:hsl(0, 0%, 90%);\" colspan=\"3\">\u003Cp style=\"text-align:center;\">\u003Cstrong>Group 4\u003C/strong>\u003C/p>\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:16.75pt;\">Flavio Cruz\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.75pt;\">Universidade Estadual de Campinas, Brazil\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.75pt;width:742pt;\">Towards Robust Optical Frequency Combs in the Visible and Near Infrared for Astronomy\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:27.65pt;\">Luca Colombo\u003C/td>\u003Ctd style=\"border-top-style:none;height:27.65pt;\">Northeastern University, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:27.65pt;width:742pt;\">Monolithically Integrated Leaky SAW Resonator and Antenna for Compact Passive Wireless Temperature\u003Cbr>Sensing in Extreme Environments\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"background-color:hsl(0, 0%, 90%);\" colspan=\"3\">\u003Cp style=\"text-align:center;\">\u003Cstrong>Group 5\u003C/strong>\u003C/p>\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Franklyn Quinlan\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">NIST, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Optical time and frequency transfer over multi-core optical fiber \u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">Marco Pizzocaro\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">INRIM, Italy\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">European Optical Clock Comparisons \u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Steven Peil\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">USNO, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Activities of the CCTF Task Group on Moon Timing\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Michael Plumaris\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">ESA, The Netherlands\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Aces Microwave Link in-Orbit Performance Characterization\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"background-color:hsl(0, 0%, 90%);\" colspan=\"3\">\u003Cp style=\"text-align:center;\">\u003Cstrong>Group 6\u003C/strong>\u003C/p>\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">Nelson Darkwah Oppong\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">CALTECH, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;width:742pt;\">Quantum Metrology with Optical Tweezer Clocks\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Yorick Andeweg\u003C/span>\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">NIST, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:16.25pt;\">Active AC Stark Shift Compensation in a Two-Photon Rubidium Optical Frequency Reference\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Daniele Nicolodi\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">PTB, Germany\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Temperature Dependency of Birefringent Effects in Crystalline Mirror Coatings\u003C/td>\u003C/tr>\u003Ctr>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">Daniel Rodriguez Castillo\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">NIST, USA\u003C/td>\u003Ctd style=\"border-top-style:none;height:14.5pt;\">A high-stability, high-Accuracy 27Al+ Optical Clock\u003C/td>\u003C/tr>\u003C/tbody>\u003C/table>\u003C/figure>",{"id":174,"variation":1589,"displayCaption":90,"media":15},"Padded",{"id":156,"__component":1591,"componentVariation":1592,"contactsVariation":1593,"styles":15,"header":15,"sessionsGroup":1594},"content.sessions","Sessions Base","Card Contact Base",[1595,1688,1811,1902,1990,2182],{"id":201,"groupTitle":1596,"sessions":1597},"Group 1",[1598,1628,1643],{"id":429,"session":1599},{"id":350,"title":1600,"teaser":1601,"body":89,"createdAt":1602,"updatedAt":1602,"publishedAt":15,"url_path_id":1603,"contacts":1604,"url_path":1627},"Epitaxial α-Quartz Technology on Silicon for large-Scale and Sustainable Integrated Piezoelectric Devices","\u003Cp>This work presents a method for the wafer-scale integration of epitaxial α-quartz thin films on standard silicon through a soft-chemistry approach. This technique enables the scalable, and sustainable manufacturing of piezoelectric MEMS (Micro-Electro-Mechanical Systems) and NEMS (Nano-Electro-Mechanical Systems) resonators suitable for sensing applications. The process produces epitaxial α-quartz (100) films across wafer-sized areas, featuring device-quality microstructures that are compatible with CMOS (Complementary Metal-Oxide-Semiconductor). This opens up possibilities for integrating bioNEMS and RF (Radio Frequency) components. Resonators made from these α-quartz layers exhibit high quality factors in both air and liquid environments. The film-level piezoelectric response aligns with the symmetry of α-quartz, allowing for operation in the super high-frequency range i.e., 17.8 GHz with a quality factor of 280 which represents a QxF product of 4.98·exp12 when scaled down to NEMS geometries. BioNEMS demonstrations for virus detection showcase both high sensitivity and the potential for integration on 4-inch wafers, indicating a viable path toward diagnostic applications. \u003C/p>","2026-02-09T22:41:04.237Z","136",[1605],{"id":1412,"name":1606,"committee":15,"position":15,"affiliation":1607,"email":15,"biography":1608,"createdAt":1609,"updatedAt":1610,"url_path_id":1611,"contactPhoto":1612,"socialLinks":1625,"url_path":1626},"Adrien Carretero","University of Montpellier, France","\u003Cp>Adrien Carretero is Director of Research at the CNRS at the Institute of Electronics and Systems (IES) in Montpellier. He leads a research team dedicated to the growth and engineering of functional oxide nanostructures using green chemistry approaches, with a view to integrating them into MEMS devices, sensors, and micro-energy generators. His career is distinguished by an interdisciplinary approach that combines synthesis and characterization of advanced materials, device design, and collaborative work across biology, physics, and applied chemistry, fostering innovative solutions in nanostructures and materials science (www.nanochemlab.com). He was awarded an ERC Starting Grant (2019), followed by two ERC Proof-of-Concept grants (2022 and 2025), highlighting the application potential of his research in sensors and other devices for micro- and nanoelectronics. He is a co-inventor of six US patents and has published over 60 articles in high-impact journals, including Science and Nature Communications.\u003C/p>","2026-02-09T22:33:33.631Z","2026-02-20T17:46:12.304Z","126",{"id":1613,"name":1614,"alternativeText":15,"caption":15,"width":624,"height":624,"formats":1615,"hash":1621,"ext":18,"mime":19,"size":1622,"url":1623,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1624,"updatedAt":1624},96,"Picture1.png",{"thumbnail":1616},{"ext":18,"url":1617,"hash":1618,"mime":19,"name":1619,"path":15,"size":1620,"width":733,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Picture1_380da46b6b.png","thumbnail_Picture1_380da46b6b","thumbnail_Picture1.png",38.62,"Picture1_380da46b6b",15.39,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Picture1_380da46b6b.png","2026-02-11T17:22:25.887Z",[],"-89","-99",{"id":437,"session":1629},{"id":344,"title":1630,"teaser":1631,"body":89,"createdAt":1632,"updatedAt":1632,"publishedAt":15,"url_path_id":1633,"contacts":1634,"url_path":1642},"Enhanced Extensional BAW Resonators with MBE-Grown ScAlN-on-Si thin films","\u003Cp> In this work, we have demonstrated single crystalline ScAlN epilayers on buffered AlN on Si (111) grown by MBE. The films are atomically smooth and free from cracks and exhibit excellent crystalline quality along the out-of-plane (0002) direction. Piezoelectric force microscopy results showed an increase in d33 with increasing Sc composition, with a maximum of 25.7 pC/N for Sc content ~ 30%. This is primarily driven by the expansion in the lattice parameter a, as observed from statistical analysis of 4D-STEM images. Utilizing the enhanced in-plane crystallinity of MBE grown ScAlN-on-Si films, we have further demonstrated extensional mode BAW resonators with an ultra-high Q of approximately 97k at 70.276 MHz, resulting in a frequency-Q product of ~ 6.86 × 10¹². The attainment of in-plane single crystalline ScAlN films on Si by MBE and high-performance device results reported in this work show a clear path to achieve enhanced piezoelectric transduction for next generation acoustic devices. \u003C/p>","2026-02-09T22:41:45.598Z","137",[1635],{"id":890,"name":1636,"committee":15,"position":15,"affiliation":1637,"email":15,"biography":89,"createdAt":1638,"updatedAt":1638,"url_path_id":1639,"contactPhoto":15,"socialLinks":1640,"url_path":1641},"Zetian Mi","University of Michigan, USA","2026-02-09T22:34:09.029Z","127",[],"-90","-100",{"id":350,"session":1644},{"id":461,"title":1645,"teaser":1646,"body":89,"createdAt":1647,"updatedAt":1647,"publishedAt":15,"url_path_id":1648,"contacts":1649,"url_path":1687},"MEMS Frequency References With Parts-per-Trillion Stability","\u003Cp> We report the development of microelectromechanical (MEMS) frequency references designed for holdover applications, in which parts-per-trillion level fractional frequency stability is required over extended periods. The foundation of our references are wafer-level encapsulated silicon resonators that support multiple vibrational modes.\u003C/p>","2026-02-09T22:42:30.222Z","138",[1650],{"id":213,"name":1651,"committee":15,"position":15,"affiliation":1652,"email":15,"biography":1653,"createdAt":1654,"updatedAt":1655,"url_path_id":1656,"contactPhoto":1657,"socialLinks":1685,"url_path":1686},"Gaurav Bahl","University of Illinois at Urbana-Champaign, USA","\u003Cp style=\"margin-left:0px;\">Dr. Gaurav Bahl is the George B. Grim Professor of Mechanical Science and Engineering at the University of Illinois at Urbana-Champaign and is an Affiliate in the ECE and Physics Departments. He received his PhD and MS degrees in Electrical Engineering from Stanford University in 2010 and 2008, and the BEng degree from McMaster University in 2005. He is a recipient of the Presidential Early Career Award for Scientists and Engineers (PECASE) in 2019, the ONR Director of Research Early Career Grant in 2016, the AFOSR Young Investigator Award in 2015. He was elected as a Fellow of Optica in 2022.\u003C/p>\u003Cp>\u003Cbr> \u003C/p>","2026-02-03T21:14:11.227Z","2026-02-09T23:01:38.800Z","104",{"id":1658,"name":1659,"alternativeText":15,"caption":15,"width":1660,"height":1661,"formats":1662,"hash":1681,"ext":18,"mime":19,"size":1682,"url":1683,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1684,"updatedAt":1684},69,"Gaurav.png",700,863,{"small":1663,"medium":1669,"thumbnail":1675},{"ext":18,"url":1664,"hash":1665,"mime":19,"name":1666,"path":15,"size":1667,"width":1668,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_Gaurav_f46761299a.png","small_Gaurav_f46761299a","small_Gaurav.png",499.86,406,{"ext":18,"url":1670,"hash":1671,"mime":19,"name":1672,"path":15,"size":1673,"width":1674,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_Gaurav_f46761299a.png","medium_Gaurav_f46761299a","medium_Gaurav.png",1098.78,608,{"ext":18,"url":1676,"hash":1677,"mime":19,"name":1678,"path":15,"size":1679,"width":1680,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Gaurav_f46761299a.png","thumbnail_Gaurav_f46761299a","thumbnail_Gaurav.png",53.71,127,"Gaurav_f46761299a",357.61,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Gaurav_f46761299a.png","2026-02-03T21:14:04.787Z",[],"-67","-101",{"id":122,"groupTitle":1689,"sessions":1690},"Group 2",[1691,1725,1777],{"id":344,"session":1692},{"id":149,"title":1693,"teaser":1694,"body":89,"createdAt":1695,"updatedAt":1696,"publishedAt":1697,"url_path_id":1698,"contacts":1699,"url_path":1724},"Measurements of Thermal Fluctuations in Microwave and Mechanical Resonators","\u003Cp>We discuss the technique for high-resolution measurements of thermal fluctuations exhibited by microwave and mechanical resonators. Thus, for the room-temperature-stabilized 9 GHz sapphire-loaded cavity resonator, we observed more than 16 dB improvement in the thermal noise peak contrast when using the dual-channel measurement system, as compared to the single-channel counterpart. The proposed technique may benefit the laboratory search for dark matter that relies on cryogenic microwave resonators. \u003C/p>","2026-02-09T22:43:23.758Z","2026-02-09T22:43:44.532Z","2026-02-09T22:43:44.525Z","139",[1700],{"id":1281,"name":1701,"committee":15,"position":15,"affiliation":1702,"email":15,"biography":1703,"createdAt":1704,"updatedAt":1705,"url_path_id":1706,"contactPhoto":1707,"socialLinks":1722,"url_path":1723},"Eugene Ivanov","University of Western Australia, Australia","\u003Cp>Eugene Ivanov received the Ph.D. degree in Radio-physics from the Moscow Power Engineering Institute in 1987. In 1991, he joined Physics Department at the University of Western Australia. In 1999-2019, he worked as a Visiting Scientist in Boulder Laboratories (NIST, Boulder, Colorado).  His research interests include oscillator frequency stabilization and precision noise measurements.  Eugene is a recipient of the 1994 Japan Microwave Prize, the 2002 Walter G. Cady Award from IEEE Society and the 2010 J. Keithley Award from American Physical Society recognizing him as a “physicist who has been instrumental in the development of measurement techniques that have impact on the physics community.” He is also recipient of the 2012 Alan Walsh Medal from Australian Institute of Physics and the 2014 Clunies Ross Award from Australian Academy of Technological Sciences and Engineering \u003C/p>","2026-02-09T21:44:22.638Z","2026-02-09T21:44:50.636Z","114",{"id":1708,"name":1709,"alternativeText":15,"caption":15,"width":1710,"height":1552,"formats":1711,"hash":1718,"ext":18,"mime":19,"size":1719,"url":1720,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1721,"updatedAt":1721},89,"Screenshot 2026-02-09 134403.png",244,{"thumbnail":1712},{"ext":18,"url":1713,"hash":1714,"mime":19,"name":1715,"path":15,"size":1716,"width":1717,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Screenshot_2026_02_09_134403_ecaca09c2d.png","thumbnail_Screenshot_2026_02_09_134403_ecaca09c2d","thumbnail_Screenshot 2026-02-09 134403.png",54.37,158,"Screenshot_2026_02_09_134403_ecaca09c2d",34.8,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Screenshot_2026_02_09_134403_ecaca09c2d.png","2026-02-09T21:44:18.319Z",[],"-77","-102",{"id":461,"session":1726},{"id":220,"title":1727,"teaser":1728,"body":89,"createdAt":1729,"updatedAt":1730,"publishedAt":1731,"url_path_id":1732,"contacts":1733,"url_path":1776},"Subspace tracking: a Novel Measurement Method to Test the Standard Phase Noise Model of Optical Frequency Combs","\u003Cp>The introduction of digital signal processing (DSP) assisted coherent detection has been a cornerstone of modern fiber-optic communication systems. The ability to digitally, i.e. after analogue-to-digital converter, compensate for chromatic dispersion, polarization mode dispersion, and phase noise has rendered traditional analog feedback loops largely obsolete. While analog techniques remain prevalent for phase noise characterization of single-frequency lasers, the phase noise characterization of optical frequency combs presents a greater challenge. This complexity arises from different number of phase noise sources affecting an optical frequency comb. Here, we show how a phase noise measurement techniques method based on multi-heterodyne coherent detection and DSP-based subspace tracking can be used to identify, measure and quantify various phase noise sources associated with an optical frequency comb. \u003C/p>","2026-02-03T21:17:41.299Z","2026-02-09T22:44:35.422Z","2026-02-09T22:44:35.418Z","106",[1734],{"id":391,"name":1735,"committee":15,"position":15,"affiliation":1736,"email":15,"biography":1737,"createdAt":1738,"updatedAt":1739,"url_path_id":1740,"contactPhoto":1741,"socialLinks":1774,"url_path":1775},"Darko Zibar","University of Denmark, Denmark","\u003Cp>\u003Cspan style=\"background-color:#ffffff;color:#222222;\">Darko Zibar is Professor at the Department of Electrical and Photonics Engineering, Technical University of Denmark and the group leader of Machine Learning in Photonics Systems (M-LiPS) group. His research efforts are currently focused on the application of digital signal processing and machine learning techniques to advance classical and quantum optical communication and measurement systems. He is the recipient of European Research Council (ERC) Consolidator Grant (2017) , Alexander von Humboldt Foundation Bessel Research Award, (2021), and Villum Investigator Award (2023). Finally, he was a part of the team that won the HORIZON 2020 prize for breaking the optical transmission barriers.\u003C/span>\u003C/p>","2026-02-03T21:17:23.868Z","2026-02-09T23:02:43.650Z","105",{"id":231,"name":1742,"alternativeText":15,"caption":15,"width":1743,"height":1744,"formats":1745,"hash":1770,"ext":1747,"mime":717,"size":1771,"url":1772,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1773,"updatedAt":1773},"Darko_Zibar 2019-10-07.JPG",2362,3543,{"large":1746,"small":1753,"medium":1759,"thumbnail":1764},{"ext":1747,"url":1748,"hash":1749,"mime":717,"name":1750,"path":15,"size":1751,"width":1752,"height":37},".JPG","https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_Darko_Zibar_2019_10_07_329d72da7e.JPG","large_Darko_Zibar_2019_10_07_329d72da7e","large_Darko_Zibar 2019-10-07.JPG",74.25,667,{"ext":1747,"url":1754,"hash":1755,"mime":717,"name":1756,"path":15,"size":1757,"width":1758,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_Darko_Zibar_2019_10_07_329d72da7e.JPG","small_Darko_Zibar_2019_10_07_329d72da7e","small_Darko_Zibar 2019-10-07.JPG",19.93,333,{"ext":1747,"url":1760,"hash":1761,"mime":717,"name":1762,"path":15,"size":1763,"width":44,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_Darko_Zibar_2019_10_07_329d72da7e.JPG","medium_Darko_Zibar_2019_10_07_329d72da7e","medium_Darko_Zibar 2019-10-07.JPG",43.72,{"ext":1747,"url":1765,"hash":1766,"mime":717,"name":1767,"path":15,"size":1768,"width":1769,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Darko_Zibar_2019_10_07_329d72da7e.JPG","thumbnail_Darko_Zibar_2019_10_07_329d72da7e","thumbnail_Darko_Zibar 2019-10-07.JPG",3.04,104,"Darko_Zibar_2019_10_07_329d72da7e",988.57,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Darko_Zibar_2019_10_07_329d72da7e.JPG","2026-02-03T21:17:21.362Z",[],"-68","-69",{"id":149,"session":1778},{"id":181,"title":1779,"teaser":1780,"body":89,"createdAt":1781,"updatedAt":1782,"publishedAt":1783,"url_path_id":1784,"contacts":1785,"url_path":1810},"Miniaturized AT-Cut Quartz Oscillators with High Accuracy and Low Power","\u003Cp>The evolution of MHz oscillators has focused on miniaturization, higher precision, lower power consumption, and improved reliability. AT-cut quartz oscillators in SMD ceramic packages now achieve compact dimensions down to 2.0 × 1.2 × 0.75 mm³, thanks to advanced thermosonic flip-chip bonding, which supports high-temperature operation (up to 210 °C) and reduces aging. These devices feature start-up times under 5 ms and operating currents below 5 mA, making them ideal for precision-critical applications such as drilling heads and medical implants. Moreover, OCXOs (Oven Controlled Crystal Oscillators) provide frequency stability better than ±250 ppb over a –40 to 85 °C temperature range. \u003C/p>","2026-02-09T21:54:13.308Z","2026-02-09T22:45:46.482Z","2026-02-09T21:54:15.308Z","117",[1786],{"id":1325,"name":1787,"committee":15,"position":15,"affiliation":1788,"email":15,"biography":1789,"createdAt":1790,"updatedAt":1791,"url_path_id":1792,"contactPhoto":1793,"socialLinks":1808,"url_path":1809},"Thierry Hessler","Micro Crystal AG (Swatch Group), Switzerland","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Dr. Thierry Hessler is a physicist and engineer with over 30 years of experience in photonics, watchmaking, and microtechnology. He currently leads the R&D group at Micro Crystal AG, part of the Swatch Group, where he develops advanced quartz timing devices and production technologies.\u003C/span>\u003Cbr>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Prior to this, Dr. Hessler was Professor of Watchmaking at Haute Ecole Arc (HE-Arc) in Neuchâtel, a university of applied  science, leading applied research projects and supervising engineering students. Earlier, at The Swatch Group R&D division Asulab, he managed projects in MEMS technologies, quartz resonators, and mechanical watch physics.\u003C/span>\u003Cbr>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">He earned his Ph.D. in Physics from EPFL, focusing on ultrafast dynamics in semiconductor optical amplifiers, followed by postdoctoral research at the University of Western Australia on 2D electron transport in GaN-based heterostructures.\u003C/span>\u003Cbr>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Dr. Hessler is the author or co-author of more than 40 scientific papers and 49 patents in the fields of frequency control, photonics, and microtechnology.\u003C/span>\u003C/p>","2026-02-09T21:53:38.153Z","2026-02-09T21:53:49.260Z","116",{"id":1794,"name":1795,"alternativeText":15,"caption":15,"width":1796,"height":1797,"formats":1798,"hash":1804,"ext":714,"mime":717,"size":1805,"url":1806,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1807,"updatedAt":1807},90,"TH_Photo_2026.jpg",215,269,{"thumbnail":1799},{"ext":714,"url":1800,"hash":1801,"mime":717,"name":1802,"path":15,"size":1803,"width":1466,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_TH_Photo_2026_2b52f9ad89.jpg","thumbnail_TH_Photo_2026_2b52f9ad89","thumbnail_TH_Photo_2026.jpg",3.79,"TH_Photo_2026_2b52f9ad89",8.81,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/TH_Photo_2026_2b52f9ad89.jpg","2026-02-09T21:53:34.745Z",[],"-79","-80",{"id":551,"groupTitle":1812,"sessions":1813},"Group 3",[1814,1853],{"id":305,"session":1815},{"id":259,"title":1816,"teaser":1817,"body":89,"createdAt":1818,"updatedAt":1819,"publishedAt":1820,"url_path_id":1821,"contacts":1822,"url_path":1852},"Performance Enhancement of Microwave Frequency Standards with Special Lasers","\u003Cp>The performance of microwave atomic clocks is intricately linked to the characteristics of the laser systems employed for quantum state preparation and detection. Here, we present recent breakthroughs in enhancing three distinct microwave atomic clocks-the CPT chip-scale atomic clock, the optically pumped compact cesium beam clock, and the rubidium fountain clock-through the strategic integration of three specialized lasers: the high-speed directly modulated external cavity semiconductor laser, the Faraday laser and the one-click auto-locking laser. \u003C/p>","2026-02-09T21:56:15.227Z","2026-02-09T22:46:27.663Z","2026-02-09T21:56:16.747Z","119",[1823],{"id":909,"name":1824,"committee":15,"position":15,"affiliation":1825,"email":15,"biography":1826,"createdAt":1827,"updatedAt":1827,"url_path_id":1828,"contactPhoto":1829,"socialLinks":1850,"url_path":1851},"Jingbiao Chen","State Key Laboratory, China","\u003Cp>Jingbiao Chen, Distinguished BOYA Professor at the School of Electronics and Associate Director of the Institute of Quantum Electronics at Peking University, grew up in China and received his Ph.D. degree from Peking University and joined Peking University in 1999. After being a postdoc at Pennsylvania State University from 2002-2004, he returned to Peking University.\u003C/p>\u003Cp>Jingbiao Chen has long been engaged in research on quantum frequency standards (atomic clocks) and novel lasers, including active optical clock, Faraday laser, calcium atomic beam optical clock, and compact rubidium/cesium optical clock. He proposed the principle of active optical clock for the first time in 2005, which innovatively utilizes the stimulated radiation of atoms in bad cavity directly as a frequency standard signal. He serves as an executive director of the Chinese Society for Measurement, and a member of the Technical Committee on Time and Frequency of China. \u003C/p>","2026-02-09T21:55:49.002Z","118",{"id":1448,"name":1830,"alternativeText":15,"caption":15,"width":1831,"height":1832,"formats":1833,"hash":1846,"ext":714,"mime":717,"size":1847,"url":1848,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1849,"updatedAt":1849},"photo.jpg",591,748,{"small":1834,"thumbnail":1840},{"ext":714,"url":1835,"hash":1836,"mime":717,"name":1837,"path":15,"size":1838,"width":1839,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_photo_5f49ec088a.jpg","small_photo_5f49ec088a","small_photo.jpg",16.72,395,{"ext":714,"url":1841,"hash":1842,"mime":717,"name":1843,"path":15,"size":1844,"width":1845,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_photo_5f49ec088a.jpg","thumbnail_photo_5f49ec088a","thumbnail_photo.jpg",3.18,123,"photo_5f49ec088a",29.96,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/photo_5f49ec088a.jpg","2026-02-09T21:55:40.056Z",[],"-81","-82",{"id":298,"session":1854},{"id":239,"title":1855,"teaser":1856,"body":89,"createdAt":1857,"updatedAt":1858,"publishedAt":1859,"url_path_id":1860,"contacts":1861,"url_path":1901},"All Optical Ultracold Atoms in Microgravity,","\u003Cp> The ability of producing ultracold atoms in microgravity allows to probe the nature of gravitation, and push the boundaries of quantum physics reaching the regime of ultra-low temperature and novel topologies. Our team develops all optical techniques to produce ultra cold atoms and perform atom interferometry in weightlessness. Our microgravity platforms are versatile facilities to prepare future Space missions for fundamental physics and geosciences. \u003C/p>","2026-02-09T22:15:39.496Z","2026-02-09T22:46:53.900Z","2026-02-09T22:46:53.886Z","121",[1862],{"id":569,"name":1863,"committee":15,"position":15,"affiliation":1864,"email":15,"biography":1865,"createdAt":1866,"updatedAt":1867,"url_path_id":1868,"contactPhoto":1869,"socialLinks":1899,"url_path":1900}," Baptiste Battelier","Institut d'Optique, France","\u003Cp>Baptiste Battelier is a CNRS Research Engineer at the Laboratoire Photonique Numérique Nanosciences (Talence, FRANCE) and develops inertial quantum sensors for onboard applications. He is the director of the joint laboratory iXAtom with the French Company Exail to develop cold atom accelerometers for navigation and onboard gravimetry. He is in charge of experimental activities aiming to perform atom interferometry in microgravity and prepare future Space missions from Earth observation to fundamental physics.\u003C/p>","2026-02-03T21:21:09.961Z","2026-02-09T23:03:13.036Z","107",{"id":429,"name":1870,"alternativeText":15,"caption":15,"width":1871,"height":1872,"formats":1873,"hash":1895,"ext":1747,"mime":717,"size":1896,"url":1897,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1898,"updatedAt":1898},"P1030848.JPG",4608,2592,{"large":1874,"small":1880,"medium":1885,"thumbnail":1890},{"ext":1747,"url":1875,"hash":1876,"mime":717,"name":1877,"path":15,"size":1878,"width":37,"height":1879},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_P1030848_040c3405f6.JPG","large_P1030848_040c3405f6","large_P1030848.JPG",38.49,563,{"ext":1747,"url":1881,"hash":1882,"mime":717,"name":1883,"path":15,"size":1884,"width":44,"height":1261},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_P1030848_040c3405f6.JPG","small_P1030848_040c3405f6","small_P1030848.JPG",10.83,{"ext":1747,"url":1886,"hash":1887,"mime":717,"name":1888,"path":15,"size":1889,"width":51,"height":747},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_P1030848_040c3405f6.JPG","medium_P1030848_040c3405f6","medium_P1030848.JPG",22.42,{"ext":1747,"url":1891,"hash":1892,"mime":717,"name":1893,"path":15,"size":1894,"width":58,"height":1272},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_P1030848_040c3405f6.JPG","thumbnail_P1030848_040c3405f6","thumbnail_P1030848.JPG",3.65,"P1030848_040c3405f6",648.66,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/P1030848_040c3405f6.JPG","2026-02-03T21:20:28.117Z",[],"-70","-84",{"id":558,"groupTitle":1903,"sessions":1904},"Group 4",[1905,1937],{"id":613,"session":1906},{"id":437,"title":1907,"teaser":1908,"body":89,"createdAt":1909,"updatedAt":1910,"publishedAt":15,"url_path_id":1911,"contacts":1912,"url_path":1936},"Towards Robust Optical Frequency Combs in the Visible and Near Infrared for Astronomy","\u003Cp>Optical frequency combs with line spacing between 15-30 GHz can be used for calibration of spectrographs mounted on large telescopes and have gained considerable interest due to the high line frequency stability and uniform spacing. We report our progress towards developing a portable, remotely operated optical frequency comb in the 500-900 nm band aimed for calibration of the astronomical spectrographs, particularly the G-CLEF spectrograph of the GMT telescope. We describe two approaches based on electro-optical modulation of an acetylene- stabilized laser at 1542 nm, combined with nonlinear spectral broadening and frequency conversion. The first uses a resonant modulator while the second uses two intensity modulators, both driven by low a noise source at 20 GHz. \u003C/p>","2026-02-09T22:27:35.665Z","2026-02-09T22:47:31.499Z","125",[1913],{"id":887,"name":1914,"committee":15,"position":15,"affiliation":1915,"email":15,"biography":1916,"createdAt":1917,"updatedAt":1917,"url_path_id":1918,"contactPhoto":1919,"socialLinks":1934,"url_path":1935}," Flavio Cruz","Universidade Estadual de Campinas, Brazil","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);\">Flavio Cruz is a physicist specializing in AMO physics, optical frequency metrology, and precision laser systems. He is currently a Professor of Physics at the Gleb Wataghin Physics Institute at the University of Campinas, Brazil. His work includes seminal contributions to laser frequency stabilization techniques that underpin state-of-the-art optical clocks, as well as the development of ion- and neutral-atom-based optical frequency references and mid-infrared and terahertz frequency combs. Dr. Cruz has held research positions at NIST, JILA, and Infleqtion, where he contributed to the development of optical clocks, frequency combs and quantum technologies.\u003C/span>\u003C/p>","2026-02-09T22:26:20.168Z","124",{"id":525,"name":1920,"alternativeText":15,"caption":15,"width":1301,"height":1921,"formats":1922,"hash":1930,"ext":1924,"mime":717,"size":1931,"url":1932,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1933,"updatedAt":1933},"picture-Flavio Cruz-IFCS 2026.jpeg",432,{"thumbnail":1923},{"ext":1924,"url":1925,"hash":1926,"mime":717,"name":1927,"path":15,"size":1928,"width":1929,"height":733},".jpeg","https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_picture_Flavio_Cruz_IFCS_2026_a06e9ae362.jpeg","thumbnail_picture_Flavio_Cruz_IFCS_2026_a06e9ae362","thumbnail_picture-Flavio Cruz-IFCS 2026.jpeg",5.52,152,"picture_Flavio_Cruz_IFCS_2026_a06e9ae362",21.5,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/picture_Flavio_Cruz_IFCS_2026_a06e9ae362.jpeg","2026-02-09T22:25:54.369Z",[],"-87","-88",{"id":650,"session":1938},{"id":305,"title":1939,"teaser":1940,"body":89,"createdAt":1941,"updatedAt":1942,"publishedAt":1943,"url_path_id":1944,"contacts":1945,"url_path":1989},"Monolithically Integrated Leaky SAW Resonator and Antenna for Compact Passive Wireless Temperature Sensing in Extreme Environments","\u003Cp>This work reports a passive wireless temperature sensor based on a piezoelectric substrate integrating both an antenna and an acoustic MEMS resonator for harsh-environment monitoring. A leaky surface acoustic wave (LSAW) resonator combined with a split-arc on-chip electrically small antenna enables wireless temperature sensing up to 550 °C with extremely good linearity. The system is monolithically fabricated on the same substrate with a single lithographic step, providing a compact and passive solution for temperature sensing in harsh environments. \u003C/p>","2026-02-09T22:48:31.149Z","2026-02-09T22:48:33.069Z","2026-02-09T22:48:33.051Z","140",[1946],{"id":1525,"name":1947,"committee":15,"position":15,"affiliation":1948,"email":15,"biography":1949,"createdAt":1950,"updatedAt":1951,"url_path_id":1952,"contactPhoto":1953,"socialLinks":1987,"url_path":1988},"Luca Colombo","Northeastern University, USA","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(0,0,0);\">Luca Colombo received his B.Sc. and M.Sc. in Mechanical Engineering from Politecnico di Milano, Milan, Italy, in 2013 and 2015, respectively. He pursued his PhD in Electrical and Computer Engineering from Carnegie Mellon University, Pittsburgh PA, USA, with a dissertation on high performance thin film lithium niobate resonators for zero power Internet of Things applications in 2019. He is currently an Associate Research Professor at Northeastern University. His research focuses on acoustic and RF resonators and systems for sensing, 5G, and IoT applications.\u003C/span>\u003C/p>","2026-02-09T22:35:26.486Z","2026-02-17T17:40:31.454Z","129",{"id":1954,"name":1955,"alternativeText":15,"caption":15,"width":1956,"height":1957,"formats":1958,"hash":1983,"ext":714,"mime":717,"size":1984,"url":1985,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":1986,"updatedAt":1986},107,"Luca Colombo_Headshot_3.jpg",1130,1183,{"large":1959,"small":1965,"medium":1971,"thumbnail":1977},{"ext":714,"url":1960,"hash":1961,"mime":717,"name":1962,"path":15,"size":1963,"width":1964,"height":37},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_Luca_Colombo_Headshot_3_5cf3d581c7.jpg","large_Luca_Colombo_Headshot_3_5cf3d581c7","large_Luca Colombo_Headshot_3.jpg",83.23,955,{"ext":714,"url":1966,"hash":1967,"mime":717,"name":1968,"path":15,"size":1969,"width":1970,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_Luca_Colombo_Headshot_3_5cf3d581c7.jpg","small_Luca_Colombo_Headshot_3_5cf3d581c7","small_Luca Colombo_Headshot_3.jpg",22.83,478,{"ext":714,"url":1972,"hash":1973,"mime":717,"name":1974,"path":15,"size":1975,"width":1976,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_Luca_Colombo_Headshot_3_5cf3d581c7.jpg","medium_Luca_Colombo_Headshot_3_5cf3d581c7","medium_Luca Colombo_Headshot_3.jpg",47.71,716,{"ext":714,"url":1978,"hash":1979,"mime":717,"name":1980,"path":15,"size":1981,"width":1982,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Luca_Colombo_Headshot_3_5cf3d581c7.jpg","thumbnail_Luca_Colombo_Headshot_3_5cf3d581c7","thumbnail_Luca Colombo_Headshot_3.jpg",3.85,149,"Luca_Colombo_Headshot_3_5cf3d581c7",114.96,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Luca_Colombo_Headshot_3_5cf3d581c7.jpg","2026-02-17T17:40:27.562Z",[],"-92","-103",{"id":207,"groupTitle":1991,"sessions":1992},"Group 5",[1993,2045,2098,2143],{"id":213,"session":1994},{"id":298,"title":1995,"teaser":1996,"body":89,"createdAt":1997,"updatedAt":1998,"publishedAt":1999,"url_path_id":2000,"contacts":2001,"url_path":2044},"Ultrastable Optical Frequency Transfer and Synchronization Over multicore Optical Fiber","\u003Cp> Multicore optical fibers (MCFs) offer a unique platform for both long-haul frequency transfer and quantum network synchronization. We review our work in frequency transfer over MCF, with fractional frequency transfer stability of 3x10-19 at 10,000 s averaging over a 25 km long deployed fiber, as well as fiber noise cancellation over 40 km with sub-femtosecond core-to-core timing jitter and low crosstalk for quantum networking applications. \u003C/p>","2026-02-09T22:50:31.110Z","2026-02-09T22:50:36.318Z","2026-02-09T22:50:36.310Z","141",[2002],{"id":149,"name":2003,"committee":15,"position":15,"affiliation":2004,"email":15,"biography":2005,"createdAt":2006,"updatedAt":2007,"url_path_id":2008,"contactPhoto":2009,"socialLinks":2042,"url_path":2043},"Franklyn Quinlan","NIST, USA","\u003Cp>Franklyn Quinlan is a Physicist and Leader of the Precision Photonic Synthesis Group in the Time and Frequency Division at NIST in Boulder, CO.  His research focuses on the development of optical frequency combs and ultrastable optical frequency references, the photodetection of ultrashort optical pulses, optical pulse shaping, low noise microwave signal generation, and photonic interconnects to cryogenic platforms.\u003C/p>","2026-01-26T18:07:13.761Z","2026-02-09T23:03:43.675Z","87",{"id":2010,"name":2011,"alternativeText":15,"caption":15,"width":2012,"height":2013,"formats":2014,"hash":2038,"ext":714,"mime":717,"size":2039,"url":2040,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2041,"updatedAt":2041},56,"FQuinlan.jpg",1543,2033,{"large":2015,"small":2021,"medium":2027,"thumbnail":2033},{"ext":714,"url":2016,"hash":2017,"mime":717,"name":2018,"path":15,"size":2019,"width":2020,"height":37},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_F_Quinlan_94ea4a0d0f.jpg","large_F_Quinlan_94ea4a0d0f","large_FQuinlan.jpg",146.14,759,{"ext":714,"url":2022,"hash":2023,"mime":717,"name":2024,"path":15,"size":2025,"width":2026,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_F_Quinlan_94ea4a0d0f.jpg","small_F_Quinlan_94ea4a0d0f","small_FQuinlan.jpg",46.85,379,{"ext":714,"url":2028,"hash":2029,"mime":717,"name":2030,"path":15,"size":2031,"width":2032,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_F_Quinlan_94ea4a0d0f.jpg","medium_F_Quinlan_94ea4a0d0f","medium_FQuinlan.jpg",91.2,569,{"ext":714,"url":2034,"hash":2035,"mime":717,"name":2036,"path":15,"size":2037,"width":1564,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_F_Quinlan_94ea4a0d0f.jpg","thumbnail_F_Quinlan_94ea4a0d0f","thumbnail_FQuinlan.jpg",6.8,"F_Quinlan_94ea4a0d0f",437.87,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/F_Quinlan_94ea4a0d0f.jpg","2026-01-26T21:43:43.991Z",[],"-52","-104",{"id":391,"session":2046},{"id":613,"title":2047,"teaser":2048,"body":89,"createdAt":2049,"updatedAt":2050,"publishedAt":2051,"url_path_id":2052,"contacts":2053,"url_path":2097},"European Optical Clock Comparisons ","\u003Cp>The international metrology community is preparing for a redefinition of the SI second based on optical clocks. To assess the consistency of these systems, we conducted a series of international comparison campaigns from 2022 to 2025 using the European optical fiber network, satellite frequency transfer, and transportable clocks. Optical frequency standards in six countries, spanning ion and lattice systems based on In⁺, Hg, Yb⁺(E2), Yb⁺(E3), Yb, Sr⁺, and Sr were compared, yielding over 50 frequency ratios with uncertainties from 4×10⁻¹⁸ to 3×10⁻¹⁶. The results enabled cross-validation across a large network of independent clocks, identifying some technical issues and some inconsistencies up to 1×10⁻¹⁶, while confirming the robustness of most measurements. These results motivate continued investigations, improvements of the network, and further discussions within the community about the timeline and options for the redefinition. \u003C/p>","2026-02-09T22:51:06.537Z","2026-02-09T22:51:15.069Z","2026-02-09T22:51:15.047Z","142",[2054],{"id":1570,"name":2055,"committee":15,"position":15,"affiliation":2056,"email":15,"biography":2057,"createdAt":2058,"updatedAt":2059,"url_path_id":2060,"contactPhoto":2061,"socialLinks":2095,"url_path":2096},"Marco Pizzocaro","INRIM, Italy","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Marco Pizzocaro is a Senior Researcher at INRIM (Istituto Nazionale di Ricerca Metrologica, Italy), working in the field of optical frequency metrology. His research focuses on the development and characterization of the ytterbium optical lattice clock IT-Yb1 and on international clock comparisons, including contributions of optical clocks to International Atomic Time (TAI).\u003C/span>\u003C/p>","2026-02-09T22:36:34.637Z","2026-02-13T16:42:13.557Z","130",{"id":2062,"name":2063,"alternativeText":15,"caption":15,"width":2064,"height":2065,"formats":2066,"hash":2091,"ext":714,"mime":717,"size":2092,"url":2093,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2094,"updatedAt":2094},102,"IMG_20240506_153348098_PORTRAIT.jpg",1273,1901,{"large":2067,"small":2073,"medium":2079,"thumbnail":2085},{"ext":714,"url":2068,"hash":2069,"mime":717,"name":2070,"path":15,"size":2071,"width":2072,"height":37},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_IMG_20240506_153348098_PORTRAIT_57a26b6d84.jpg","large_IMG_20240506_153348098_PORTRAIT_57a26b6d84","large_IMG_20240506_153348098_PORTRAIT.jpg",76.69,670,{"ext":714,"url":2074,"hash":2075,"mime":717,"name":2076,"path":15,"size":2077,"width":2078,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_IMG_20240506_153348098_PORTRAIT_57a26b6d84.jpg","small_IMG_20240506_153348098_PORTRAIT_57a26b6d84","small_IMG_20240506_153348098_PORTRAIT.jpg",20.01,335,{"ext":714,"url":2080,"hash":2081,"mime":717,"name":2082,"path":15,"size":2083,"width":2084,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_IMG_20240506_153348098_PORTRAIT_57a26b6d84.jpg","medium_IMG_20240506_153348098_PORTRAIT_57a26b6d84","medium_IMG_20240506_153348098_PORTRAIT.jpg",44.41,502,{"ext":714,"url":2086,"hash":2087,"mime":717,"name":2088,"path":15,"size":2089,"width":2090,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_IMG_20240506_153348098_PORTRAIT_57a26b6d84.jpg","thumbnail_IMG_20240506_153348098_PORTRAIT_57a26b6d84","thumbnail_IMG_20240506_153348098_PORTRAIT.jpg",3.22,105,"IMG_20240506_153348098_PORTRAIT_57a26b6d84",251.8,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/IMG_20240506_153348098_PORTRAIT_57a26b6d84.jpg","2026-02-13T16:42:09.397Z",[],"-93","-105",{"id":569,"session":2099},{"id":650,"title":2100,"teaser":2101,"body":89,"createdAt":2102,"updatedAt":2103,"publishedAt":2104,"url_path_id":2105,"contacts":2106,"url_path":2142},"Activities of the CCTF Task Group on Moon Timing","\u003Cp>This talk will present some of the conclusions of the work done within the CCTF Task Group on Moon Timing, (i) to clarify the possible options for a reference time on the Moon and its realization based on our timekeeping experience on Earth, (ii) to understand possible operational constraints of the space agencies associated with the different options, and (iii) to ensure a frame which ensures the traceability of future realizations of Lunar Time to UTC. We will also present the recommendation draft that the CCTF intends to submit to the Conférence Générale des Poids et Mesures in 2026. \u003C/p>","2026-02-09T22:51:51.109Z","2026-02-09T22:51:53.086Z","2026-02-09T22:51:53.077Z","143",[2107],{"id":1456,"name":2108,"committee":15,"position":15,"affiliation":2109,"email":15,"biography":2110,"createdAt":2111,"updatedAt":2112,"url_path_id":2113,"contactPhoto":2114,"socialLinks":2140,"url_path":2141},"Steven Peil","USNO, USA","\u003Cp>Steven Peil is Chief Scientist in the Precise Time Department of the U.S. Naval Observatory (USNO). He received a BA degree in physics from the University of Pennsylvania and an MA and PhD in physics from Harvard University. As an NRC postdoctoral fellow at NIST, he investigated techniques for quantum computing with neutral atoms. In 2002 he joined USNO as a research physicist, contributing to the design, construction and operation of the rubidium-fountain clock ensemble, which has contributed to International Atomic Time for over 12 years. He served as Chief of the Clock Development Division at USNO for more than a decade, leading programs advancing the development of optical clocks based on thermal and cooled atomic beams and on an optical lattice. He supports several working groups of BIPM’s Consultive Committee on Time and Frequency (CCTF), including the Task Group on Moon Time.\u003C/p>","2026-02-09T22:37:00.454Z","2026-02-18T20:27:29.647Z","131",{"id":2115,"name":2116,"alternativeText":15,"caption":15,"width":902,"height":2117,"formats":2118,"hash":2136,"ext":714,"mime":717,"size":2137,"url":2138,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2139,"updatedAt":2139},109,"Picture1.jpg",787,{"small":2119,"medium":2125,"thumbnail":2131},{"ext":714,"url":2120,"hash":2121,"mime":717,"name":2122,"path":15,"size":2123,"width":2124,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_Picture1_50ddeea33a.jpg","small_Picture1_50ddeea33a","small_Picture1.jpg",23.19,299,{"ext":714,"url":2126,"hash":2127,"mime":717,"name":2128,"path":15,"size":2129,"width":2130,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_Picture1_50ddeea33a.jpg","medium_Picture1_50ddeea33a","medium_Picture1.jpg",47.2,448,{"ext":714,"url":2132,"hash":2133,"mime":717,"name":2134,"path":15,"size":2135,"width":525,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Picture1_50ddeea33a.jpg","thumbnail_Picture1_50ddeea33a","thumbnail_Picture1.jpg",3.58,"Picture1_50ddeea33a",53.26,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Picture1_50ddeea33a.jpg","2026-02-18T20:27:26.401Z",[],"-94","-106",{"id":410,"session":2144},{"id":213,"title":2145,"teaser":2146,"body":89,"createdAt":2147,"updatedAt":2148,"publishedAt":2149,"url_path_id":2150,"contacts":2151,"url_path":2181},"Aces Microwave Link in-Orbit Performance Characterization","\u003Cp>The ACES mission tests General Relativity and enables high-precision global time and frequency transfer using the PHARAO cold atom clock onboard the ISS and a worldwide network of ground clocks. Its Microwave Link (MWL) is a coherent, bi-directional, three-frequency system that cancels first-order propagation delays and combines code-phase and carrier-phase measurements to achieve high stability. Dedicated analysis pipelines correct for atmospheric, geometric, and instrumental effects, validated through in-orbit measurements and test loop translators. Initial in-orbit commissioning involved four ground terminals in Europe and the US, enabling common-view and non-common-view comparisons. Independent analyses at ESTEC and LTE show consistent results, with space-to-ground time transfer stability approaching a few parts in 10¹⁴ at 100 s over a single ISS pass and phase continuity at the tens of picoseconds level. Ongoing work refines calibrations and extends validation against fiber and TWSTFT links, marking the first full in-flight verification of the MWL and a key milestone toward testing the gravitational redshift at the ppm level. \u003C/p>","2026-02-09T22:52:27.141Z","2026-02-09T22:52:29.515Z","2026-02-09T22:52:29.462Z","144",[2152],{"id":1494,"name":2153,"committee":15,"position":15,"affiliation":2154,"email":15,"biography":2155,"createdAt":2156,"updatedAt":2157,"url_path_id":2158,"contactPhoto":2159,"socialLinks":2179,"url_path":2180},"Michael Plumaris","ESA, The Netherlands","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(0,0,0);\">Michael Plumaris is a postdoctoral researcher at the European Space Agency (ESA) working on the ACES (Atomic Clock Ensemble in Space) mission. His work focuses on high-precision time and frequency transfer and relativistic modeling of spaceborne microwave links, supporting clock comparisons between the PHARAO cold-atom clock on the International Space Station and ground timing laboratories. He previously worked on deep-space orbit determination, lunar navigation timing strategies, and two-way time transfer for UTC(k) synchronization.\u003C/span>\u003C/p>","2026-02-09T22:37:24.493Z","2026-02-17T17:39:14.420Z","132",{"id":1057,"name":2160,"alternativeText":15,"caption":15,"width":2161,"height":2162,"formats":2163,"hash":2175,"ext":18,"mime":19,"size":2176,"url":2177,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2178,"updatedAt":2178},"profile_mp.png",583,735,{"small":2164,"thumbnail":2170},{"ext":18,"url":2165,"hash":2166,"mime":19,"name":2167,"path":15,"size":2168,"width":2169,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_profile_mp_55ad5d295a.png","small_profile_mp_55ad5d295a","small_profile_mp.png",308.24,397,{"ext":18,"url":2171,"hash":2172,"mime":19,"name":2173,"path":15,"size":2174,"width":1421,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_profile_mp_55ad5d295a.png","thumbnail_profile_mp_55ad5d295a","thumbnail_profile_mp.png",36.21,"profile_mp_55ad5d295a",155.09,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/profile_mp_55ad5d295a.png","2026-02-17T17:39:10.999Z",[],"-95","-107",{"id":76,"groupTitle":2183,"sessions":2184},"Group 6",[2185,2223,2272,2320],{"id":1281,"session":2186},{"id":391,"title":2187,"teaser":2188,"body":89,"createdAt":2189,"updatedAt":2190,"publishedAt":2191,"url_path_id":2192,"contacts":2193,"url_path":2222},"Quantum Metrology with Optical Tweezer Clocks","\u003Cp> Programmable neutral-atom arrays have emerged as a leading platform for quantum science experiments, ranging from quantum computing and simulation to metrology. In particular, arrays of alkaline-earth atoms offer optical-clock qubits with long coherence times, scalability to large qubit numbers, and tunable Rydberg-mediated interactions. These features provide an ideal setting for exploring how microscopic control and entanglement can improve the performance of optical atomic clocks beyond conventional limits. This talk will cover two efforts in this area. First, I will present recent results from JILA demonstrating entanglement-enhanced optical-clock operation. Second, I will briefly introduce our new experiment under development at Caltech. Together, these efforts highlight the potential for programmable atom arrays to enable new capabilities at the intersection of precision measurement and quantum information processing. \u003C/p>","2026-02-09T22:52:53.906Z","2026-02-09T22:52:58.967Z","2026-02-09T22:52:58.945Z","145",[2194],{"id":1069,"name":2195,"committee":15,"position":15,"affiliation":2196,"email":15,"biography":2197,"createdAt":2198,"updatedAt":2199,"url_path_id":2200,"contactPhoto":2201,"socialLinks":2220,"url_path":2221},"Nelson Darkwah Oppong","CALTECH, USA","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);\">Nelson Darkwah Oppong is a physicist working at the intersection of quantum science and precision measurement. His work centers on using programmable arrays of individual atoms to explore how techniques from quantum information processing can improve optical atomic clocks and other quantum sensors. He is currently an Assistant Professor of Physics at Caltech in Pasadena, where he leads a research group, building new experiments that harness microscopic control for advanced quantum metrology.\u003C/span>\u003Cbr> \u003C/p>","2026-02-09T22:37:53.957Z","2026-02-23T18:40:55.067Z","133",{"id":2202,"name":2203,"alternativeText":15,"caption":15,"width":2204,"height":2204,"formats":2205,"hash":2216,"ext":714,"mime":717,"size":2217,"url":2218,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2219,"updatedAt":2219},112,"unnamed.jpg",600,{"small":2206,"thumbnail":2211},{"ext":714,"url":2207,"hash":2208,"mime":717,"name":2209,"path":15,"size":2210,"width":44,"height":44},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_unnamed_9682bea00b.jpg","small_unnamed_9682bea00b","small_unnamed.jpg",28.87,{"ext":714,"url":2212,"hash":2213,"mime":717,"name":2214,"path":15,"size":2215,"width":733,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_unnamed_9682bea00b.jpg","thumbnail_unnamed_9682bea00b","thumbnail_unnamed.jpg",4.85,"unnamed_9682bea00b",34.36,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/unnamed_9682bea00b.jpg","2026-02-23T18:40:52.272Z",[],"-96","-108",{"id":1325,"session":2224},{"id":569,"title":2225,"teaser":2226,"body":89,"createdAt":2227,"updatedAt":2227,"publishedAt":15,"url_path_id":2228,"contacts":2229,"url_path":2271},"Temperature Dependency of Birefringent Effects in Crystalline Mirror Coatings","\u003Cp> We investigate the temperature-dependency of birefringent effects in crystalline AlGaAs/GaAs and nitrogen-dilute AlGaAsN/GaAs mirror coatings. Using a dual-frequency modulation technique in a low-vibration cryostat, we measure the frequency splitting of polarization eigenmodes from room temperature to 5 K. Our results show that the birefringent line splitting increases by about 5% upon cooling, and its response to step changes in intracavity power varies strongly in both amplitude and transient duration. These findings provide new insights into the temperature dependency of birefringence effects in crystalline coatings. A better understanding of these effects is essential for developing mitigation strategies for the associated noise sources or improved coating designs for the next generation of ultra-stable optical cavities.\u003C/p>","2026-02-09T22:53:48.727Z","146",[2230],{"id":1573,"name":2231,"committee":15,"position":15,"affiliation":2232,"email":15,"biography":2233,"createdAt":2234,"updatedAt":2235,"url_path_id":2236,"contactPhoto":2237,"socialLinks":2269,"url_path":2270},"Daniele Nicolodi","PTB, Germany","\u003Cp>Daniele Nicolodi is a physicist working in optical frequency metrology. His work centers on ultra-stable optical frequency references, spectral purity transfer using optical frequency combs, and low-noise microwave signal generation. He is currently a Junior Group Leader at Physikalisch-Technische Bundesanstalt (PTB) in Braunschweig, where he leads the Novel Frequency References Group, developing next-generation ultra-stable optical cavities.\u003C/p>","2026-02-09T22:38:24.425Z","2026-02-20T17:39:15.991Z","134",{"id":2238,"name":2239,"alternativeText":15,"caption":15,"width":2240,"height":2241,"formats":2242,"hash":2265,"ext":714,"mime":717,"size":2266,"url":2267,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2268,"updatedAt":2268},110,"DSC_0300_edited.jpg",1280,960,{"large":2243,"small":2248,"medium":2254,"thumbnail":2259},{"ext":714,"url":2244,"hash":2245,"mime":717,"name":2246,"path":15,"size":2247,"width":37,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_DSC_0300_edited_68fc00af30.jpg","large_DSC_0300_edited_68fc00af30","large_DSC_0300_edited.jpg",113.65,{"ext":714,"url":2249,"hash":2250,"mime":717,"name":2251,"path":15,"size":2252,"width":44,"height":2253},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_DSC_0300_edited_68fc00af30.jpg","small_DSC_0300_edited_68fc00af30","small_DSC_0300_edited.jpg",30.36,375,{"ext":714,"url":2255,"hash":2256,"mime":717,"name":2257,"path":15,"size":2258,"width":51,"height":1879},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_DSC_0300_edited_68fc00af30.jpg","medium_DSC_0300_edited_68fc00af30","medium_DSC_0300_edited.jpg",66.05,{"ext":714,"url":2260,"hash":2261,"mime":717,"name":2262,"path":15,"size":2263,"width":2264,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_DSC_0300_edited_68fc00af30.jpg","thumbnail_DSC_0300_edited_68fc00af30","thumbnail_DSC_0300_edited.jpg",6.34,208,"DSC_0300_edited_68fc00af30",182.62,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/DSC_0300_edited_68fc00af30.jpg","2026-02-20T17:38:47.634Z",[],"-97","-109",{"id":909,"session":2273},{"id":410,"title":2274,"teaser":2275,"body":89,"createdAt":2276,"updatedAt":2277,"publishedAt":2278,"url_path_id":2279,"contacts":2280,"url_path":2319},"A high-stability, high-Accuracy 27Al+ Optical Clock","\u003Cp> We report on a new 27Al+ clock with fractional systematic uncertainty of 5.5e-19 and with long term instability of 3.5e-16 /√τ, the latter is the lowest of any ion-based clock. We also report on frequency ratio measurement against Sr and Yb lattice clocks with total fractional uncertainty in the ratios of 2.2e-18 and 3.2e-18, respectively. Lastly, we'll discuss the work being done to upgrade the system to work with multiple 27Al ions, further improving on the time to average out statistical uncertainty by a factor of 4. \u003C/p>","2026-02-09T22:54:23.120Z","2026-02-09T22:54:51.181Z","2026-02-09T22:54:51.174Z","147",[2281],{"id":2282,"name":2283,"committee":15,"position":15,"affiliation":2004,"email":15,"biography":2284,"createdAt":2285,"updatedAt":2286,"url_path_id":2287,"contactPhoto":2288,"socialLinks":2317,"url_path":2318},54,"Daniel Rodriguez Castillo","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(0,0,0);\">Daniel Rodriguez Castillo is a researcher in the Ion Storage Group at NIST Boulder and a physics PhD candidate at the University of Colorado. His research centers around precision measurements and developing an optical time standard based on the clock transition of singly ionized aluminum, with a focus on improving stability by scaling up the technology to multiple ions.\u003C/span>\u003C/p>","2026-02-09T22:38:45.789Z","2026-02-17T17:34:00.844Z","135",{"id":1769,"name":2289,"alternativeText":15,"caption":15,"width":2290,"height":2291,"formats":2292,"hash":2313,"ext":1924,"mime":717,"size":2314,"url":2315,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2316,"updatedAt":2316},"IMG_4726.jpeg",4032,3024,{"large":2293,"small":2298,"medium":2303,"thumbnail":2308},{"ext":1924,"url":2294,"hash":2295,"mime":717,"name":2296,"path":15,"size":2297,"width":37,"height":51},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_IMG_4726_35b78ce255.jpeg","large_IMG_4726_35b78ce255","large_IMG_4726.jpeg",145.92,{"ext":1924,"url":2299,"hash":2300,"mime":717,"name":2301,"path":15,"size":2302,"width":44,"height":2253},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_IMG_4726_35b78ce255.jpeg","small_IMG_4726_35b78ce255","small_IMG_4726.jpeg",43.4,{"ext":1924,"url":2304,"hash":2305,"mime":717,"name":2306,"path":15,"size":2307,"width":51,"height":1879},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_IMG_4726_35b78ce255.jpeg","medium_IMG_4726_35b78ce255","medium_IMG_4726.jpeg",87.77,{"ext":1924,"url":2309,"hash":2310,"mime":717,"name":2311,"path":15,"size":2312,"width":2264,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_IMG_4726_35b78ce255.jpeg","thumbnail_IMG_4726_35b78ce255","thumbnail_IMG_4726.jpeg",8.72,"IMG_4726_35b78ce255",1316.43,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/IMG_4726_35b78ce255.jpeg","2026-02-17T17:33:54.619Z",[],"-98","-110",{"id":1658,"session":2321},{"id":1006,"title":2322,"teaser":2323,"body":89,"createdAt":2324,"updatedAt":2324,"publishedAt":15,"url_path_id":2325,"contacts":2326,"url_path":2366},"Active AC Stark Shift Compensation in a Two-Photon Rubidium Optical Frequency Reference","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(0,0,0);\">Optical frequency references based on the two-photon transition in rubidium at 778 nm are a promising platform high-performance, compact optical timing applications. In typical operation, their overall frequency stability faces a tradeoff between improving the short-term performance at the expense of increasing the long-term instability due to the AC Stark shift. Here we experimentally demonstrate a method that provides active compensation of the AC Stark shift, enabling operation of the optical frequency reference with a fractional frequency instability at or below 3 x 10-14 for time scales from 1 s to 105 s. \u003C/span>\u003C/p>","2026-02-12T17:49:35.972Z","187",[2327],{"id":429,"name":2328,"committee":15,"position":15,"affiliation":2004,"email":15,"biography":2329,"createdAt":2330,"updatedAt":2331,"url_path_id":2332,"contactPhoto":2333,"socialLinks":2364,"url_path":2365},"Yorick Andeweg","\u003Cp>\u003Cspan style=\"background-color:rgb(255,255,255);color:rgb(34,34,34);font-family:Arial, Helvetica, sans-serif;\">Yorick Andeweg is a physics PhD candidate at the University of Colorado Boulder doing research in the Atomic Devices and Instrumentation group at NIST. His research aims to improve the precision of portable optical atomic clocks. In particular, he is interested in using unique interrogation schemes and signal processing methods to minimize or correct clock shifts.\u003C/span>\u003C/p>","2026-02-12T17:45:45.873Z","2026-02-12T17:59:37.099Z","186",{"id":819,"name":2334,"alternativeText":15,"caption":15,"width":2335,"height":2336,"formats":2337,"hash":2360,"ext":714,"mime":717,"size":2361,"url":2362,"previewUrl":15,"provider":22,"provider_metadata":15,"createdAt":2363,"updatedAt":2363},"Yorick Andeweg Photo.jpg",1548,1496,{"large":2338,"small":2344,"medium":2349,"thumbnail":2355},{"ext":714,"url":2339,"hash":2340,"mime":717,"name":2341,"path":15,"size":2342,"width":37,"height":2343},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/large_Yorick_Andeweg_Photo_e09ea59077.jpg","large_Yorick_Andeweg_Photo_e09ea59077","large_Yorick Andeweg Photo.jpg",79.18,966,{"ext":714,"url":2345,"hash":2346,"mime":717,"name":2347,"path":15,"size":2348,"width":44,"height":1546},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/small_Yorick_Andeweg_Photo_e09ea59077.jpg","small_Yorick_Andeweg_Photo_e09ea59077","small_Yorick Andeweg Photo.jpg",26.73,{"ext":714,"url":2350,"hash":2351,"mime":717,"name":2352,"path":15,"size":2353,"width":51,"height":2354},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/medium_Yorick_Andeweg_Photo_e09ea59077.jpg","medium_Yorick_Andeweg_Photo_e09ea59077","medium_Yorick Andeweg Photo.jpg",49.93,725,{"ext":714,"url":2356,"hash":2357,"mime":717,"name":2358,"path":15,"size":2359,"width":843,"height":733},"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/thumbnail_Yorick_Andeweg_Photo_e09ea59077.jpg","thumbnail_Yorick_Andeweg_Photo_e09ea59077","thumbnail_Yorick Andeweg Photo.jpg",4.96,"Yorick_Andeweg_Photo_e09ea59077",161.88,"https://confcats-siteplex.s3.us-east-1.amazonaws.com/ifcs26/Yorick_Andeweg_Photo_e09ea59077.jpg","2026-02-12T17:45:14.591Z",[],"-146","-147",{"data":2368,"meta":2369},{"id":245,"heading":240,"createdAt":246,"updatedAt":247,"publishedAt":248,"url_path_id":249,"url_path":252,"contentType":120},{},1778853860439]