Recent paleomagnetic studies have constrained the strength and longevity of the magnetic
field generated by the solar nebula, which has broad implications for the early evolution of …

Speleothems are ideal archives of environmental magnetism and paleomagnetism, since
they retain continuous magnetic signals in stable conditions and can be used for reliable …

The evolution of the domain structure (DS) of cubic submicron-and micron-sized magnetite
particles has been studied in detail during “cooling” of specimens from the Curie …

Essential molecules of life—amino acids, nucleic acids, and sugars—are chiral; they exist in
mirror-symmetrical pairs. However, biological systems exclusively use only one form of …

Carbonate rocks frequently undergo remagnetisation events, which can partially/completely
erase their primary detrital remanence and introduce a secondary component through …

Magnetic hysteresis measurements are routinely made in the Earth and planetary sciences
to identify geologically meaningful magnetic recorders, and to study variations in present …

The ability of rocks to hold a reliable record of the ancient geomagnetic field depends on the
structure and stability of magnetic domain-states contained within the rock's magnetic …

Micromagnetic modelling allows the systematic study of the effects of particle size and shape
on the first-order reversal curve (FORC) magnetic hysteresis response for magnetite …

Analytical capabilities of scanning electron microscopy (SEM) and light microscopy (LM)
allow accurate phase identification in two dimensions (2D), using a diverse set of …

A relative palaeointensity determination was obtained using the pseudo-Thellier technique
on sediment from Ther, Tirna Basin, Latu-Osmanabad District, Maharashtra, India. The …