New research sheds light on earliest days of Earth's formation

Earliest days of Earth's formation

New research sheds light on the earliest days of the earth's formation and potentially calls into question some earlier assumptions in planetary science about the early years of rocky planets. Establishing a direct link between the Earth's interior dynamics occurring within the first 100 million years of its history and its present-day structure, the work is one of the first in the field to combine fluid mechanics with chemistry to better unders…

York University research sheds light on earliest days of Earth's formation

Faculty of Science prof used novel approach of applying fluid dynamics and chemistry to planetary sciences for modelling study published in Nature

New research sheds light on earliest days of Earth's formation

New research led by a York University professor sheds light on the earliest days of Earth's formation and potentially calls into question some earlier assumptions in planetary science about the early years of rocky planets. Establishing a direct link between Earth's interior dynamics occurring within the first 100 million years of its history and its present-day structure, the work is one of the first in the field to combine fluid mechanics with…

York University research sheds light on earliest days of Earth’s formation

Toronto, Canada, March 26, 2025 (GLOBE NEWSWIRE) -- Wednesday March 26 – New research led by a York University professor sheds light on the earliest days of the earth’s formation and potentially calls into question some earlier assumptions in planetary…

York University - York U research sheds light on earliest days of Earth's formation

New research led by a York University professor sheds light on the earliest days of the earth's formation and potentially calls into question some earlier assumptions in planetary science about th. . .

A unique simulation of the earth's mantle reveals unexpected processes in the early phase of our planet. Researchers for the first time combined stress mechanics and chemistry to simulate the solidification of the earth's mantle from the Ur-Magma ocean. (Read more)