A comprehensive reference listing 69 isotopes with essential data — atomic number (Z), mass number (A), and half-life — organized for quick lookup. Ideal for students, researchers, and enthusiasts who want concise tables, stability trends, and practical notes on isotope properties and decay.
The Complete List of Isotopes
Arsenic Isotopes: The Complete List
This post provides a comprehensive, tabulated reference of all 32 known arsenic isotopes. For each isotope we list mass number (A), measured half-life, and decay mode(s), with concise notes on notable isotopes — ideal for researchers, students, and professionals seeking quick, reliable data for environmental monitoring, medical contexts, and nuclear science.
Darmstadtium Explained: Research, Properties, and Why It Has No Practical Uses
An in-depth, accessible guide to Darmstadtium: how it was discovered, how researchers synthesize and measure its fleeting atoms, its known physical and nuclear properties, and the scientific reasons it currently has no practical uses. This hub summarizes core research, links to detailed posts on experiments and theory, and explains what Darmstadtium reveals about heavy-element science.
The Complete List Of Fermium Isotopes
This comprehensive guide lists all 20 known fermium isotopes, presenting atomic mass, half-life, and primary decay mode for each in a clear table. Ideal for students, researchers, and nuclear-chemistry enthusiasts, the post explains stability trends, decay pathways, and measurement notes. Explore detailed Fermium Isotopes data and quickly access essential nuclear properties and references.
List of All Nihonium Isotopes
This post lists all 6 known Nihonium Isotopes and summarizes their measured half-lives, decay modes, and production reactions. Perfect for researchers and enthusiasts seeking concise nuclear data and reference details for element 113.
8 Elements Bohrium Reacts With
This hub lists eight elements Bohrium reacts with and links to individual posts that explore each reaction in detail — experimental results, reaction types, bonding behavior, and conditions. Learn which elements form compounds or interact with bohrium, view summary tables and references, and follow deep-dive pages for thermodynamic data, synthesis notes, and experimental evidence.