What Would an Extended Periodic Table Look Like?

In this video, I predict what an extended periodic table looks like based on extensive research.
www.youtube.com/@TheChemNerd4...
Sources:
en.wikipedia.org/wiki/Extende... en.wikipedia.org/wiki/Extende... web.archive.org/web/201603050... journals.jps.jp/doi/pdf/10.11...
en.wikipedia.org/wiki/Energy_...
www.madsci.org/posts/archives...
Models:
en.wikipedia.org/wiki/File:99...
en.wikipedia.org/wiki/File:20...
en.wikipedia.org/wiki/File:97...
en.wikipedia.org/wiki/File:22...
commons.wikimedia.org/wiki/Fi...
creativecommons.org/licenses/...
#science #chemistry #maths #education

[@TheChemNerd44]

Check out my playlist for more chemistry theory like this!

[@LouieRenault]

Cool video! I've seen few that gather all of this information into one video, thank you!

[@andreysoares6203]

Not only did you a great job making such a informative, interesting and well-made video, but you also have an amazing game and music taste with that soundtrack in the background!!

[@Haze-ln7mt]

Ngl, this is pretty well edited, and your topics are pretty interesting! For such a small channel, you're growing beautifully as a creator, and I can't wait for more ChemNerd44 (I'm expecting that elbow reveal at 44k subscribers!)

[@greengoblin435]

I love this video... I have been thinking about this question for SO LONG. Now I finally get a real answer. Tysm!!!

[@LeTtRrZ]

I’m a little surprised you didn’t mention the island of stability. It is speculated that there may be some super heavy elements that are relatively stable, perhaps around the 150 ballpark?

[@KYNMrsBagg]

I wish I had this video while I was in school

[@user-oh1zc5ro7b]

outer wilds music :)

[@aqdrobert]

We need to reserve spaces for Nth Metal, Dilithium, Unobtanium, Adamantium and Mithril.

[@JohnRandomness105]

I have a picture of Pyykko's extended periodic table. Apparently in the eighth period, 8p1/2 states slip in after the g states but before the f states. Then the f and d states continue, but then 9s appears before the p shell, and 9p1/2 states replace the 8p1/2 states that would otherwise be there.

[@christopherleubner6633]

The bottleneck would be the outer electron group velocity. Once it gets close to C there is no more possibilities of an element existing due to nuclear transitions being in a forbidden energy state configuration. If something did miraculously have a stable configuration it would have several bizarre physical properties.

[@claytonbenignus4688]

Also, the extended periodic table elements are getting exponentially more expensive to make. I suspect that some nations, like Japan, France, Britain and Germany will stop at Element 119 or 120 because of the expense exceeding their national debts. Russia would stop around 122, and the United Stated and China would stop around 125.

[@chemistry-ij9pb]

you should make a video covering trends observed in the periodic table and use them to make guesses on how theoretical elements would behave and tweak it accordingly

[@H7Argy]

oooh, It'd be interesting if they would actually go on and extend the table.

[@thomasw4422]

Periodic table, extended editon

[@jameshalpin515]

Very Intriguing!

[@Salins_Editz]

Offff Nice one..very informative

[@Tarun-gc8xf]

damn I wish they thought this in schools... very informative

[@Oganessonproductions]

Wait. Elements beyond my number exist-

[@arawong6070]

im pretty sure ununennium is gonna end up like ninovium