Future Elements - Periodic Table of Videos

TL;DR

Scientists are close to creating elements 119 and 120 using new technologies and facilities.

Transcript

I'm in Dubna in Russia, the birthplace of six super-heavy elements. We are on the knavish набережная Менделеева (the Mendeleev Embankment). And here I am next to the statue of Dmitri Mendeleev and what I want to tell you about Is the things that I've learnt in the last few days about the chances of making the super-heavy elements; 119 [and] 120. S... Read More

Key Insights

• 😚 Advances in technology and facilities are bringing scientists closer to creating super-heavy elements 119 and 120.
• 👶 Challenges include obtaining rare target materials like einsteinium and designing new technologies to overcome technical obstacles.
• ❣️ The super-heavy element factory in Dubna, Russia, is at the forefront of experimental efforts to create elements beyond 118.
• 🥺 Successful creation of these elements could lead to significant scientific breakthroughs and new discoveries.
• ❣️ Collaboration between researchers, engineers, and facilities is essential for the successful creation of super-heavy elements.
• 😁 The use of intense beams and advanced accelerators are crucial in conducting experiments for element creation.
• ❣️ The construction of specialized facilities like the super-heavy element factory signifies the dedication to scientific progress and discovery.

Questions & Answers

Q: What are the challenges in creating super-heavy elements 119 and 120?

Challenges include obtaining suitable target materials like einsteinium and developing new technologies to prevent target overheating.

Q: How is Dubna, Russia contributing to the creation of super-heavy elements?

Dubna is building a super-heavy element factory with a more intense beam for experiments, aiming to create elements 119 and 120.

Q: What role does the accelerator play in creating super-heavy elements?

The accelerator accelerates ions to high speeds before they go into the separator, which directs beams to different experiments for element creation.

Q: What are the implications of successfully creating elements 119 and 120?

The creation of super-heavy elements contributes to advancements in scientific understanding and could potentially lead to new technological innovations in the future.

Summary & Key Takeaways

• Super-heavy elements 119 and 120 mark the beginning of the eighth row on the periodic table.

• Challenges include finding suitable target materials like einsteinium and developing new technologies.

• Dubna, Russia is constructing a super-heavy element factory to conduct experiments for creating these elements.