Radioactive decay products of lithium-11 [OC] Visualization

What This Visualization Shows

This data visualization displays "Radioactive decay products of lithium-11 [OC]" and provides a clear visual representation of the underlying data patterns and trends. The visualization focuses on Lithium-11 is an atom with 3 protons and 8 neutrons, an extremely lopsided proton-neutron ratio that results in two neutrons being separated from the "main" nucleus (which is essentially just a lithium-9 nucleus). Because these neutrons are loosely bound, one or more of them can get ejected from the nucleus as the nucleus decays radioactively. This results in lithium-11 having SEVEN known decay paths, unusually many and more than any smaller nucleus. If you generated 1,000,000 lithium-11 atoms in god mode and then resumed time, the chart shows the average result you should get. In total, 6 different stable nuclides are produced as products of lithium-11 decay chains (namely 4He, 6Li, 7Li, 9Be, 10B, 11B).

Chart made by myself using data from Wikipedia.

Link to chart: [https://sankeymatic.com/build/?i=PTAEFEDsBcFMCdQDEA2B7A7gZ1AI1tBrLJKAHJoAmsWANKCgJYDWso0AFo1gFwBQIUEOHCAymgCu8AMZsA2gEEAsgHkAqmQAqAXVCaAhvADmBPnwCM5gDKNQc8wHYADC90OAErAvXbcgJwAzLoAHDbeNnbmAU66fmGWEfZ%2BLjGgwQBCXgm%2BACzmKbGZ4b7BAGwATA5VuvlF2XalKamWRXyhvgBUIUVxvqWl3V69dl2gfq0e8qOlnnwzU7qlYW2ZI7o5s7ULoLXeq%2DY1TnXm%2B%2BZ%2BwakO8SfbLXxYjABebBigjU58oBxvLnwAtoYjIxSCgduVPohzOD2Dtgp9cKByh9cEZQNI0OhEABiABmePxn2g8H0kCwAAdDCRoOQ%2BJAqC8wZ9vgBWD6gcn6aTA1EOZnwtDwaiINmcWB%2DNj6T7ozGgLHBeUKz5oClc6AATx2fBx6Fe0ikADd9NApGwnAA6PmgYEcBCMaA4%2BBoP6gSTQB7UAC0wKlGIFsr8AcDSpVdo15pyfJQ%2BjVrpdgoQoH0EmgTqNjGknwAVhIsNBGDiY%2DBGEDSTTQNnc%2Dm1SRKDgyBDYPqEFhYEZiWTvvXE9BoJyuJB0X8ySgCDQU6BILBKbm%2BFH8CgcNK%2DVimr8voxqGWuEYOEwd9TzbzPji0DAcZy2FgSVgPS2izjPkxJxyuZBUebofBYFG802Hs8dnyT4ASMSAqx2X452%2DSB9HFRMyTJKd4BwABNT5%2DzYcxSk%2BIhiw4akckg%2DR50NFAJAlBCkNQ48JBQFAyS%2DLkHlPUA0NAMk0AePMWPnTAcNgPCCKI%2BcOK4xgWKTFN9D3Ug2SwaQbTgyS0GPRhkOpfATy%2DeEv30ZgOOBak%2BVI8jQC0gFqQAcloM1LM%2BBjYBxRgAA9QEsuz2QkPEXLcuzRXFNA8Rbal9DeeFQDZaQIs%2BShovFXtQHFGBxNJElWDVCz01Yx9uDzP5cGkklZGov40CbUBJgi%2BhzShPxygCf4yswm4qtAD1zScPxHD5UryvmVqaoCUo8ka8qWla9qzXMZlmWCcFerYJZbCcaqpqw%2DogA](https://sankeymatic.com/build/?i=PTAEFEDsBcFMCdQDEA2B7A7gZ1AI1tBrLJKAHJoAmsWANKCgJYDWso0AFo1gFwBQIUEOHCAymgCu8AMZsA2gEEAsgHkAqmQAqAXVCaAhvADmBPnwCM5gDKNQc8wHYADC90OAErAvXbcgJwAzLoAHDbeNnbmAU66fmGWEfZ%2BLjGgwQBCXgm%2BACzmKbGZ4b7BAGwATA5VuvlF2XalKamWRXyhvgBUIUVxvqWl3V69dl2gfq0e8qOlnnwzU7qlYW2ZI7o5s7ULoLXeq%2DY1TnXm%2B%2BZ%2BwakO8SfbLXxYjABebBigjU58oBxvLnwAtoYjIxSCgduVPohzOD2Dtgp9cKByh9cEZQNI0OhEABiABmePxn2g8H0kCwAAdDCRoOQ%2BJAqC8wZ9vgBWD6gcn6aTA1EOZnwtDwaiINmcWB%2DNj6T7ozGgLHBeUKz5oClc6AATx2fBx6Fe0ikADd9NApGwnAA6PmgYEcBCMaA4%2BBoP6gSTQB7UAC0wKlGIFsr8AcDSpVdo15pyfJQ%2BjVrpdgoQoH0EmgTqNjGknwAVhIsNBGDiY%2DBGEDSTTQNnc%2Dm1SRKDgyBDYPqEFhYEZiWTvvXE9BoJyuJB0X8ySgCDQU6BILBKbm%2BFH8CgcNK%2DVimr8voxqGWuEYOEwd9TzbzPji0DAcZy2FgSVgPS2izjPkxJxyuZBUebofBYFG802Hs8dnyT4ASMSAqx2X452%2DSB9HFRMyTJKd4BwABNT5%2DzYcxSk%2BIhiw4akckg%2DR50NFAJAlBCkNQ48JBQFAyS%2DLkHlPUA0NAMk0AePMWPnTAcNgPCCKI%2BcOK4xgWKTFN9D3Ug2SwaQbTgyS0GPRhkOpfATy%2DeEv30ZgOOBak%2BVI8jQC0gFqQAcloM1LM%2BBjYBxRgAA9QEsuz2QkPEXLcuzRXFNA8Rbal9DeeFQDZaQIs%2BShovFXtQHFGBxNJElWDVCz01Yx9uDzP5cGkklZGov40CbUBJgi%2BhzShPxygCf4yswm4qtAD1zScPxHD5UryvmVqaoCUo8ka8qWla9qzXMZlmWCcFerYJZbCcaqpqw%2DogA), which allows us to understand complex relationships and insights within the data through visual storytelling.

Deep Dive into the Topic

This data visualization represents a sophisticated analysis of complex information patterns that provide valuable insights into underlying trends and relationships. Data visualization serves as a bridge between raw numerical data and human understanding, transforming abstract statistics into comprehensible visual narratives.

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