The Frightening End of the Periodic Table

🔬 The periodic table consists of 118 elements that make up our world.

💡 While familiar elements like aluminum, iron, and sulfur are found towards the beginning of the periodic table, elements towards the end are extremely rare.

☢️ Elements at the end of the periodic table are dangerous and can cause harm if exposed to them.

📌 As we progress through the periodic table, elements with different properties and appearances are formed.

⚡ Protons, although essential to matter, cannot create atoms on their own due to their positive charge.

🔬 If the universe only contained protons, the periodic table would consist solely of hydrogen atoms.

🔬 Protons can be retained in the nucleus of atoms with the help of neutrons through the strong nuclear force.

⚛️ Atoms with more than 84 protons become unstable and are known as radioactive elements, emitting particles at high speeds.

💥 Radioactive materials leave a visible trail of condensation when placed in a cloud chamber.

🔬 Unstable elements at the end of the periodic table are radioactive and continuously lose protons, transforming into lighter elements over time.

⏰ The stability of a radioactive element determines how long it takes for it to transform into other elements. For example, uranium takes 4.5 billion years, while plutonium only takes 20,000 years.

⚛️ Plutonium is more unstable than uranium, which is why minerals of uranium can be found on Earth, but not plutonium.

💥 Elements at the end of the periodic table with more protons are highly unstable and transform into other elements in milliseconds.

🔬 These ephemeral elements can only be observed by artificially producing their atoms in particle accelerators.

⚛️ Creating atoms with a high number of protons is extremely difficult, resulting in a slow production rate of one atom per week for the heaviest elements.

💥 The element loganesón is highly unstable and releases a significant amount of energy, almost equivalent to the explosion of a ton of TNT, during its first second of existence.

☢️ If survived the initial explosion, the loganesón will convert into flerovium, a highly radioactive element, releasing more energy and spreading radioactive dust in the air.

🌡️📦☢️ The aftermath of the loganesón explosion involves facing a hot and radioactive dust cloud, posing a deadly radiation hazard.

📚 The periodic table is beneficial for us in various ways.

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