The magnetic properties of geologic materials offer insights into an enormous range of
important geophysical phenomena ranging from inner core dynamics to paleoclimate. Often …

Continuous thermal demagnetization, in which measurements of magnetization are made at
high temperature T during heating, is considerably faster than the conventional …

The laboratory of paleomagnetism of Montpellier (France) has developed a new one-axis
vibrating thermal magnetometer dedicated to the study of physical properties of natural rocks …

The Thellier method is classical but is still regarded as the most reliable method for
paleointensity determination. Recently, many types of additional protocols have been …

Data on the variation of the direction and strength of Earth's ancient magnetic field (absolute
paleointensity) provide crucial information into the mechanisms of the geodynamo and the …

In Part II of our ongoing series on interpretation of low-temperature data, we take a look at
the nature of the hematite Morin transition. This is the first of several magnetic phase …