<p>The Earth's core is both solid and liquid. The outer core is molten and produces currents of molten nickel/iron which generate the Earth's magnetic field in a dynamo effect, while the inner core is solid. The reason the inner core is solid is that it is under tremendous pressure, more so than the outer core. Scientists know this from the analysis of seismic waves which pass through the Earth.</p>

CC BY-SA 4.0
2019-11-05T11:44:40.960Z
But how does the concept of solid and liquid apply to such great temperatures and pressures? And of course, there would not be any boundary between the inner and the outer core and instead would be a continuation. How much do we know about that continuation?
Adwait Naravane
CC BY-SA 4.0
2019-11-03T13:53:58.067Z
2019-11-03T13:53:58.067Z
Michael Walsby
<p>From what I know from various textbooks, pop-science shows and my classes, the earth's core is solid. But how does the concept of solid and liquid make sense at these high temperatures.</p>

<temperature><core>
On the solidity of the Earth's core
Adwait Naravane
# On the solidity of the Earth's core

(Asked by: username_0 on 2019-11-03)

From what I know from various textbooks, pop-science shows and my classes, the earth's core is solid. But how does the concept of solid and liquid make sense at these high temperatures.

**Tags:** temperature, core


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## 1 answers

### Answer by username_1 on 2019-11-03. Score: 1

The Earth's core is both solid and liquid. The outer core is molten and produces currents of molten nickel/iron which generate the Earth's magnetic field in a dynamo effect, while the inner core is solid. The reason the inner core is solid is that it is under tremendous pressure, more so than the outer core. Scientists know this from the analysis of seismic waves which pass through the Earth.

> **Comments:**
> **username_0**: But how does the concept of solid and liquid apply to such great temperatures and pressures? And of course, there would not be any boundary between the inner and the outer core and instead would be a continuation. How much do we know about that continuation?  

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