The detection of strongly magnetized ancient crust on Mars is one of the most surprising outcomes of recent Mars exploration, and provides important insight about the history and nature of the martian core. The iron-rich core probably formed during the hot accretion of Mars ~4.5 billion years ago and subsequently cooled at a rate dictated by the overlying mantle. A core dynamo operated much like Earth’s current dynamo, but was probably limited in duration to several hundred million years. The early demise of the dynamo could have arisen through a change in the cooling rate of the mantle, or even a switch in convective style that led to mantle heating. Presently, Mars probably has a liquid, conductive outer core and might have a solid ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planeta...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...
The detection of strongly magnetized ancient crust on Mars is one of the most surprising outcomes of...
The ancient martian dynamo is mysterious in both spatial and temporal features. First, strong crusta...
Mars lacks a detectable magnetic field of global scale, but boasts a rich spectrum of magnetic field...
The decline of Mars' global magnetic field some 3.8–4.1 billion years ago is thought to reflect the ...
The core dynamos of Mars and the Moon have distinctly different histories. Mars had no core dynamo ...
Recent magnetic studies of Mars suggest that (1) it possessed a periodically reversing magnetic fiel...
Present-day Mars does not possess an active core dynamo and associated global magnetic field. Howeve...
Recent magnetic studies of Mars suggest that (1) it possessed a periodically reversing magnetic fiel...
In 1983 Stevenson et al. published a paper explaining the differences in the magnetism of the terre...
The crustal magnetic field of Mars differs markedly from Earth’s as the Martian features are an orde...
Abstract This review summarizes the knowledge of Mars’ interior structure, its inferred composition,...
Abstract Crustal magnetization of rocks in regions of Mars surface testifies to an era of dynamo act...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planeta...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...
The detection of strongly magnetized ancient crust on Mars is one of the most surprising outcomes of...
The ancient martian dynamo is mysterious in both spatial and temporal features. First, strong crusta...
Mars lacks a detectable magnetic field of global scale, but boasts a rich spectrum of magnetic field...
The decline of Mars' global magnetic field some 3.8–4.1 billion years ago is thought to reflect the ...
The core dynamos of Mars and the Moon have distinctly different histories. Mars had no core dynamo ...
Recent magnetic studies of Mars suggest that (1) it possessed a periodically reversing magnetic fiel...
Present-day Mars does not possess an active core dynamo and associated global magnetic field. Howeve...
Recent magnetic studies of Mars suggest that (1) it possessed a periodically reversing magnetic fiel...
In 1983 Stevenson et al. published a paper explaining the differences in the magnetism of the terre...
The crustal magnetic field of Mars differs markedly from Earth’s as the Martian features are an orde...
Abstract This review summarizes the knowledge of Mars’ interior structure, its inferred composition,...
Abstract Crustal magnetization of rocks in regions of Mars surface testifies to an era of dynamo act...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planeta...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...
Mars was most active during its first billion years. The core, mantle, and crust formed within ∼50 m...