Hello everyone!
To the Editors: My native language is Norwegian, so please feel free to correct any English errors in my contributions. I also wish I were more skilled with the various wiki tools and tricks for making more polished edits, so thank you to those who focus on those aspects.
Raven_rs (talk • • contribs)
Personal Info
- First computer: Commodore 8086 with a Single 5.25" drive, 20mb hd
- Birth on internet: in the age of 14.4 kbit/s modems
- Joined: January 2001 at international launch as an anonymous user.
- Account: 23:18, 21 January 2007 user account Raven_rs was created making it easier to do edits.
- Level: extended confirmed user (admin? no, I rather spend time researching and contributing)
- Location: Oslo, Norway
- Education: Cand. Jur (i.e. Master of Law) from the University in Oslo, Norway, especially with Corporate Law, Roman Law, EU Law.
- Work: I have been in the army, worked for the police, worked in psychiatry in a closed ward, worked with immigration, prev. boardmember of companies.
- URL: https://uio.academia.edu/GlennIsaksen
- Hobbies: Listening to soundstracks, making soundstracks, gaming, stocks, fincancial markets, reading scientific papers, contributing to wikipedia.
I have a deep passion for ancient history and have read extensively on the subject, with over 4,000 scientific papers, e-books, and books stored on my hard drive and using the Wikipedia Library. My primary interests include Egyptology (especially the SIP), the Bronze Age, the Iron Age, Climatology, Radiocarbon dating, Dendrochronology, and the ancient civilizations of Assyria, the Hittites, Ebla, Qatna, Byblos, Yamhad, Akkad, Subartu, Sumer, Canaan, and Babylon. Additionally, I have a keen interest in astronomy and some aspects of physics (black holes, E=mc2, spacetime, quantum physics vs general relativity).
- How did climate contribute to the rise and fall of Egyptian dynasties for more accurate dating of the Egyptian chronology?
- Coursera: Egypt before and after pharaohs, The Ancient Greeks, Wonder of Ancient Egypt, Introduction to Ancient Egypt and its civilization, The Bible's Prehistory, Purpose, and Political Future.
Contributions
Some articles I have started or major contributions
Middle Bronze Age
Egypt
Near East
Late Bronze Age
Rome
Archaelogical Sites and states
Fun Facts
How humans are made
Here's a table listing the elements that make up the human body and where they were formed in the universe:
Element |
Where It Was Made in the Universe
|
**Oxygen (O)** |
Formed in the cores of massive stars during stellar nucleosynthesis.
|
**Carbon (C)** |
Produced in the cores of stars through fusion processes known as the triple-alpha process.
|
**Hydrogen (H)** |
Primordial element formed during the Big Bang nucleosynthesis.
|
**Nitrogen (N)** |
Created in the cores of stars through fusion reactions.
|
**Calcium (Ca)** |
Formed in supernovae through explosive nucleosynthesis.
|
**Phosphorus (P)** |
Created in supernova explosions.
|
**Potassium (K)** |
Produced in the cores of stars and through supernova nucleosynthesis.
|
**Sulfur (S)** |
Generated in stars and released into space through supernova explosions.
|
**Sodium (Na)** |
Formed in the cores of stars during stellar nucleosynthesis.
|
**Magnesium (Mg)** |
Created in the cores of massive stars and dispersed by supernovae.
|
**Chlorine (Cl)** |
Produced in stars and through supernova processes.
|
**Iron (Fe)** |
Formed in large amounts during supernova explosions of massive stars.
|
**Zinc (Zn)** |
Created during the late stages of stellar evolution and in supernovae.
|
**Copper (Cu)** |
Produced during supernova explosions and in the late stages of stellar nucleosynthesis.
|
**Manganese (Mn)** |
Formed during supernova explosions and in the interiors of stars.
|
**Iodine (I)** |
Produced during supernova explosions.
|
**Cobalt (Co)** |
Created during the supernova nucleosynthesis process.
|
**Nickel (Ni)** |
Formed during the late stages of massive star evolution and supernovae.
|
**Selenium (Se)** |
Produced in stars during fusion reactions and supernovae.
|
**Fluorine (F)** |
Created in the later stages of stellar evolution in asymptotic giant branch stars and supernovae.
|
This table highlights the origins of the elements in human bodies, illustrating the cosmic processes that contribute to the makeup of life on Earth.