Inverse spin Hall effect of a Ni0.08Pd0.92 alloy. A clear anomaly in the inverse spin Hall resistance can be seen near the Curie temperature at around T = 21 K (denoted by ★ and ▲). © Dahai Wei. #UTokyoResearch

Inverse spin Hall effect of a Ni0.08Pd0.92 alloy. A clear anomaly in the inverse spin Hall resistance can be seen near the Curie temperature at around T = 21 K (denoted by ★ and ▲). © Dahai Wei. #UTokyoResearch

Low Curie temperature material for induction heating The Curie point is the magnetic transformation temperature of a ferromagnetic material between its ferromagnetic and paramagnetic phase.

Low Curie temperature material for induction heating The Curie point is the magnetic transformation temperature of a ferromagnetic material between its ferromagnetic and paramagnetic phase.

July 25, 2012 - Higgs excitations near absolute zero:    The sudden breaking of symmetry plays a fundamental role in physics, in particular for the description of phase transitions that change the whole state of a system. One example is the spontaneous alignment of the atomic magnets in a ferromagnetic material that is cooled down below the Curie-temperature. Being governed by such a “global order”, the system can be excited to a collective oscillation, in which all particles move in a...

July 25, 2012 - Higgs excitations near absolute zero: The sudden breaking of symmetry plays a fundamental role in physics, in particular for the description of phase transitions that change the whole state of a system. One example is the spontaneous alignment of the atomic magnets in a ferromagnetic material that is cooled down below the Curie-temperature. Being governed by such a “global order”, the system can be excited to a collective oscillation, in which all particles move in a...

A Canadian nickel has the ferromagnetic element nickel as a major part of its composition, and is strongly attracted to a magnet, as shown in the photograph. When heated above its Curie temperature by the gas torch, it loses its ferromagnetism and falls away from the magnet to the pedestal. After a few seconds it will again be pulled up to the magnet.

A Canadian nickel has the ferromagnetic element nickel as a major part of its composition, and is strongly attracted to a magnet, as shown in the photograph. When heated above its Curie temperature by the gas torch, it loses its ferromagnetism and falls away from the magnet to the pedestal. After a few seconds it will again be pulled up to the magnet.

Material: Fe-based amorphous core Saturation flux density induction: 1.56T Curie temperature(℃): 410 Stacking factor: >0.8 Saturation magnetostriction(*10^-6): <30 Resistivity (μΩ.cm): 110 Ribbon thickness: 25μm Core shape: C core

Material: Fe-based amorphous core Saturation flux density induction: 1.56T Curie temperature(℃): 410 Stacking factor: >0.8 Saturation magnetostriction(*10^-6): <30 Resistivity (μΩ.cm): 110 Ribbon thickness: 25μm Core shape: C core

neodymium disc magnets http://www.magspring-magnet.com/ndfeb-magnets/neodymium-n52-magnets.html

neodymium disc magnets http://www.magspring-magnet.com/ndfeb-magnets/neodymium-n52-magnets.html

Tesla's Thermomagnetic Motor - a little known invention of his. Tesla’s thermomagnetic motor is based on the phenomenon known as Curie temperature (after its discoverer, Pierre Curie — of radium fame). The Curie temperature is the point at which permanent magnetic properties of certain metals go down the drain.

Tesla's Thermomagnetic Motor - a little known invention of his. Tesla’s thermomagnetic motor is based on the phenomenon known as Curie temperature (after its discoverer, Pierre Curie — of radium fame). The Curie temperature is the point at which permanent magnetic properties of certain metals go down the drain.

As the temperatures continue to dip, it’s prime time for cozy knitwear to take the edge off winter. Last year, we marveled at Ohhio’s ultra-chunky creation

Ultra-Cozy Giant Knit Blankets Are Made Without Any Knitting Needles Necessary

As the temperatures continue to dip, it’s prime time for cozy knitwear to take the edge off winter. Last year, we marveled at Ohhio’s ultra-chunky creation

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