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3 thoughts on “A New Kind Of Metal In The Deep Earth”
Stupid BS. The earth core are Piezoelectric meaning it has a very hard diamond/crystal structure with Piezoelectric properties, this is also why earth emits gravitational and magnetically waves.
This is also whereby when u follow the nature you can make free energy generators out of crystal stones because they convert energy to electromagnetic waves and then u can have a pickup coil around the crystal and harvest huge electric powers from it.
These systems are also commonly used in alien space crafts.
That earth scientists more or less always are wrong should by now be commonly known!
The Earth’s core is a complex and fascinating structure that scientists have studied extensively using various methods. Here’s what we know about the Earth’s core in 2024 and how we’ve come to understand its composition and properties:
Composition and Structure – The Earth’s core is primarily composed of iron and nickel, with some lighter elements[1][2]. It is divided into two main parts:
1. Outer core: A liquid layer approximately 2,200 km thick[4].
2. Inner core: A solid sphere with a radius of about 1,220 km[1][4].
How We Know: Seismic Studies – Seismic waves have been instrumental in revealing the core’s structure: S-waves do not penetrate the outer core, indicating its liquid nature[3]. The behavior of seismic waves at the inner-outer core boundary suggests a solid inner core[3]. Seismic waves travel faster along the north-south axis than east-west in the inner core, indicating a crystalline structure[4].
Density and Mass – The Earth’s average density (5.5 g/cmĀ³) is much higher than that of surface rocks (3-3.6 g/cmĀ³), implying a dense core[3]. The core’s density is estimated to be 12.8-13.0 kg/L at the surface, dropping to about 12.1 kg/L in the liquid outer core[1].
Magnetic Field – The Earth’s magnetic field is generated by the movement of liquid iron in the outer core, confirming its composition[2].
Crystalline Structure – The inner core, while solid, is not a single large crystal: It’s composed of many small iron crystals packed together[4]. The most likely crystal structure is hexagonal close-packed (HCP)[4]. The crystals are believed to align roughly north-south, matching the Earth’s rotation axis and magnetic field[2].
Temperature and Pressure – The inner core remains solid despite extremely high temperatures (estimated at 5,700 K) due to immense pressure[1]. The temperature at the core-mantle boundary is estimated to be between 3,500-4,500Ā°C[3].
Ongoing Research – Scientists continue to study the core’s composition, with recent estimates suggesting: 8-13% oxygen in the outer core[1]. Possibility of 6-9% silicon in the core, depending on temperature[3]. Presence of other light elements like sulfur, which explains the core’s slightly lower density than pure iron[1][3].
Understanding the Earth’s core is an ongoing process, with new discoveries and theories constantly emerging as our technology and methods improve.
Stupid BS. The earth core are Piezoelectric meaning it has a very hard diamond/crystal structure with Piezoelectric properties, this is also why earth emits gravitational and magnetically waves.
This is also whereby when u follow the nature you can make free energy generators out of crystal stones because they convert energy to electromagnetic waves and then u can have a pickup coil around the crystal and harvest huge electric powers from it.
These systems are also commonly used in alien space crafts.
That earth scientists more or less always are wrong should by now be commonly known!
How is the geomagnetic field created if we have a diamond core?
The Earth’s core is a complex and fascinating structure that scientists have studied extensively using various methods. Here’s what we know about the Earth’s core in 2024 and how we’ve come to understand its composition and properties:
Composition and Structure – The Earth’s core is primarily composed of iron and nickel, with some lighter elements[1][2]. It is divided into two main parts:
1. Outer core: A liquid layer approximately 2,200 km thick[4].
2. Inner core: A solid sphere with a radius of about 1,220 km[1][4].
How We Know: Seismic Studies – Seismic waves have been instrumental in revealing the core’s structure: S-waves do not penetrate the outer core, indicating its liquid nature[3]. The behavior of seismic waves at the inner-outer core boundary suggests a solid inner core[3]. Seismic waves travel faster along the north-south axis than east-west in the inner core, indicating a crystalline structure[4].
Density and Mass – The Earth’s average density (5.5 g/cmĀ³) is much higher than that of surface rocks (3-3.6 g/cmĀ³), implying a dense core[3]. The core’s density is estimated to be 12.8-13.0 kg/L at the surface, dropping to about 12.1 kg/L in the liquid outer core[1].
Magnetic Field – The Earth’s magnetic field is generated by the movement of liquid iron in the outer core, confirming its composition[2].
Crystalline Structure – The inner core, while solid, is not a single large crystal: It’s composed of many small iron crystals packed together[4]. The most likely crystal structure is hexagonal close-packed (HCP)[4]. The crystals are believed to align roughly north-south, matching the Earth’s rotation axis and magnetic field[2].
Temperature and Pressure – The inner core remains solid despite extremely high temperatures (estimated at 5,700 K) due to immense pressure[1]. The temperature at the core-mantle boundary is estimated to be between 3,500-4,500Ā°C[3].
Ongoing Research – Scientists continue to study the core’s composition, with recent estimates suggesting: 8-13% oxygen in the outer core[1]. Possibility of 6-9% silicon in the core, depending on temperature[3]. Presence of other light elements like sulfur, which explains the core’s slightly lower density than pure iron[1][3].
Understanding the Earth’s core is an ongoing process, with new discoveries and theories constantly emerging as our technology and methods improve.
Citations:
[1] https://en.wikipedia.org/wiki/Earth's_inner_core
[2] https://www.sciencefocus.com/planet-earth/earths-mysterious-core
[3] https://www.reddit.com/r/askscience/comments/lppm8/do_we_really_know_what_earths_core_is_made_of/
[4] https://education.nationalgeographic.org/resource/core/
[5] https://csunshinetoday.csun.edu/education/csun-professor-explains-the-state-of-earths-core-rotation/
[6] https://theconversation.com/the-earths-inner-core-is-a-total-mystery-heres-how-were-starting-to-solve-it-238029
[7] https://www.washingtonpost.com/climate-environment/2023/02/24/new-earth-inner-core-layer-metallic-ball/
[8] https://www.forbes.com/sites/davidbressan/2022/02/14/earths-inner-core-could-exist-as-exotic-matter-between-liquid-and-solid/