For more than 60 years, the Conference on Precision Electromagnetic Measurements (CPEM) has been the premier forum for all scientists working in this exciting field. And for the first time in its long history, CPEM is coming to Aotearoa New Zealand.
Hosted by the Measurement Standards Laboratory (MSL), in collaboration with the National Measurement Institute of Australia (NMIA), this conference will see more than 350 world-leading experts descend on Wellington. Attendees will include scientists and engineers from national metrology institutes, universities, industrial and governmental standards labs, and manufacturers of precision measurement instruments.
Over the course of the five day programme (12-16 December 2022), delegates will take part in plenary talks, technical presentations, poster sessions and workshops at the Michael Fowler Centre. They will also visit and tour the Measurement Standards Laboratory campus in Lower Hutt – the New Zealand home for the International System of Units (the SI). To make the most of this unique gathering, a series of satellite meetings – for working groups and committees – will be arranged for the days surrounding the main conference.
The program for CPEM 2022 will be expansive and inclusive, reflecting both the landmark change to the SI that came about in 2019, and the fascinating future of metrology that lies ahead. Topics are expected to include fundamental constants, electrical standards, photonics and optical metrology, realisation of the kilogram, radio frequency and microwaves, the forthcoming redefinition of the second, and quantum metrology.
Described as “the most important scientific and technological conference in the domain of electromagnetic measurements”[1], CPEM was first established in 1958 by the National Bureau of Standards; forerunner to today’s National Institute of Standards and Technology (NIST). Initially a solely US-based conference, CPEM quickly became an international affair, and as demand grew, other countries began to host it. Now, the conference location alternates between one of three North American locations (NIST Boulder, NIST Gaithersburg, and NRC Ottawa) and an overseas metrology institute.
NZ’s successful bid was led by MSL Principal Research Scientist, Dr Murray Early. With his three decades of expertise in electrical metrology, he has been a regular contributor to CPEM sessions, and in 2014, he was elected to the Executive Committee. Dr Early is the Conference Program Co-Chair for 2022, alongside Dr Ilya Budovsky, Head of NMIA’s Electrical and Time Standards.
When asked to reflect on what this event will mean to NZ, Early said, “For scientists working in this sector, there’s no more prestigious conference than CPEM. So as hosts, it is a wonderful opportunity to showcase New Zealand’s metrology expertise on a global stage, and for our young scientists to establish important connections with overseas experts. We’re particularly excited to welcome our collaborators and colleagues who have generously helped us over the years.”
The technical committee co-chairs are Dr Dimitrios Georgakopoulos (NMIA) and Mr Tom Stewart (MSL). Dr Budovsky describes CPEM as a place “where ideas for new measurement standards are born, shared and their realisation presented to the electrical metrology community.” And he says after working – and networking – remotely for so long, he’s looking forward to “…seeing our overseas friends in person, and to discussing all things electrical, while enjoying NZ’s legendary hospitality.”
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1. Fundamental Constants
CODATA - Candidate Measurements
Fundamental Constant Discrepancy Issues (Big G, Proton Radius, Muon g-2 etc)
Fundamental Consistency Tests
Fundamental Constants - Other
2. Realization And Dissemination Of The Kilogram
Kibble Balances, Electrostatic Balances, Avogadro Methods
Low-Mass Kibble Balances
Realization and Dissemination of the Kilogram - Other
3. Novel Sensors And Measurements
MEMS and NEMS in Electrical Measurements
Nanoscale Electrical Measurements
Novel Sensors and Measurements - Other
4. Quantum Electrical Standards
Development and Application of Josephson Voltage Standards
Single-Electron Transport (SET) and Quantum Current Standards
Development and Application of Quantum Hall Resistance Standards (including Graphene)
Quantum Impedance Bridges
SQUID-Based Measurements and Cryogenic Current Comparators (CCC)
Quantum Electrical Standards - Other
5. Quantum Technologies And Electromagnetic Metrology
Electromagnetic Quantum Technology Roadmaps
Second Quantum Revolution - Applications to Electromagnetic Metrology
Measurements to Support Quantum Information Systems
Quantum Sensors
Quantum Technologies and Electromagnetic Metrology - Other
6. Photonics And Optical Metrology
Single Photon Metrology
Radiometric Standards at the Few Photon Level
Optical Sensing of Electrical Quantities
Far-Infrared Metrology
Photonics and Optical Metrology - Other
7. Time And Frequency
Redefinition of the Second
Atomic Fountains, Microwave Clocks, Optical Clocks
Frequency Combs
Stable RF and Optical Oscillators for Atomic Clocks
Time Scales, Synchronization
Time and Frequency - Other
8. Voltage
DC Voltage
AC and DC Voltage Ratio
AC Voltage
AC-DC Voltage Difference
Voltage - Other
9. Current
DC Current
AC Current
AC-DC Current Difference
Current - Other
10. Resistance
High, Medium and Low Resistance
Resistance Bridges (DC and AC)
Resistance - Other
11. Impedance
Coaxial/Digital Bridges
Thompson Lampard Capacitors
Inductance, Capacitance and AC Resistance
Impedance Analysers and LCR meters
Impedance – Other
12. Power And Energy
Harmonic Power and Power Analysis
Smart Grid & Phase Measurement Units
Smart Grid & Power Quality
Power and Energy - Other
13. High Voltage And Current
AC High Voltage/Current/Power
DC High Voltage/Current/Power
High Voltage Impulse
High Voltage and Current - Other
14. Radio Frequency / Microwave
Antennas, Fields, and Electromagnetic Compatibility
Fast Pulses, Terahertz, and Waveform Metrology
Power, Noise, and Network-Parameters
Attenuation and Transmission Line Impedance Standards
Materials Characterisation
Radio Frequency / Microwave – Other
15. Magnetics
Electromagnetic Properties of Materials
Conventional Magnetometers and Magnetic Sensors
Magnetics - Other
16. International Electromagnetic Metrology
Comparisons
Software Tools and Uncertainty Analysis
International Electromagnetic Metrology - Other
Dec 12
2022
Dec 16
2022
Abstract Submission Deadline
Registration deadline
2018-07-08 France Paris
2018 Conference on Precision Electromagnetic Measurements2018-06-08 France Paris
2017 Conference on Precision Electromagnetic Measurements2014-08-24 Brazil
Conference on Precision Electromagnetic Measurements
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