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DFM Expands Quantum Capabilities with a Custom Molecular Beam Epitaxy System

DFM Expands Quantum Capabilities with a Custom Molecular Beam Epitaxy System

by Thomas Rasmussen | 30 Apr, 2025 | Metrology

In the fall of 2024, DFM successfully installed a state-of-the-art, custom-built Molecular Beam Epitaxy (MBE) system, led by Sabbir A. Khan, Head of the Quantum Materials Team, to advance our quantum materials research. Following installation and commissioning, the...
UTC(DFM) contributes with more than 1 % to International Atomic Time (TAI)

UTC(DFM) contributes with more than 1 % to International Atomic Time (TAI)

by Thomas Rasmussen | 4 Apr, 2024 | Metrology, News

International Atomic Time (TAI) is a global time scale maintained by the International Bureau of Weights and Measures (BIPM ) in France. The Coordinated Universal Time (UTC), which is the primary time scale used by international communication, navigation, research,...
DFM develops improved black body calibration set-up for 23 – 500 Degrees C

DFM develops improved black body calibration set-up for 23 – 500 Degrees C

by Thomas Rasmussen | 22 Feb, 2024 | Metrology, News

The market for pyrometers is growing rapidly due to an increased industrial focus on non-contact temperature measurements and portable digital instruments. A pyrometer is a non-contact thermometer that measures the temperature of an object based on the radiation from...
Stabilaser replaces obsolete 543 nm HeNe laser

Stabilaser replaces obsolete 543 nm HeNe laser

by Thomas Rasmussen | 21 Sep, 2023 | Metrology, Products

As the Danish National Metrology Institute, DFM offers accredited calibration of gauge blocks for length measurement equipment using various methods. The most accurate method is laser interferometry, whereby the length is derived from the interference patterns created...
DFM offers synchronization to the Danish UTC representation

DFM offers synchronization to the Danish UTC representation

by Thomas Rasmussen | 27 Jun, 2023 | Metrology, News

In many industries, it is critical to time information transfers accurately and traceably to a calibrated time reference. This includes the financial sector, air travel and the energy sector, for example. In the fall of 2022, DFM established Denmark’s first...
DFM obtains ultra-precise absolute temperature at 961.78 °C with new Ag fixed point.

DFM obtains ultra-precise absolute temperature at 961.78 °C with new Ag fixed point.

by Thomas Rasmussen | 1 Mar, 2023 | Metrology

Temperature calibration of thermometers is performed using the International Temperature Scale of 1990 (ITS-90) specified by the International Committee of Weights and Measures (CIPM). The ITS-90 ranges from -272,50 °C to 1084,62 °C and is defined through 14...
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Recent Posts

  • Laura A. Smoliar Appointed CEO of Quantum Denmark
  • DFM Expands Quantum Capabilities with a Custom Molecular Beam Epitaxy System
  • UTC(DFM) contributes with more than 1 % to International Atomic Time (TAI)
  • DFM develops improved black body calibration set-up for 23 – 500 Degrees C
  • Stabilaser replaces obsolete 543 nm HeNe laser
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