The Metahyperchain

The Metahyperchain is a hyperchain, that is, it contains infinite chains. It's size is comparable to The Super Space in Miner's chain.
It starts off with the Metamöbiverse, and because the chain has an infinite number of infinite chains, it doesn't end.
==Members of the hyperchain==
Here are the members of the chain, in order:
===First Layer===
*Metamöbiverse
*Metakleinverse
*Metaonerusversethis name for 2 reasons: 1. if it had the name Metatoriverse, it would have the same name as the Metatoriverse, and 2. the Metaonerusverse does not have a star, and can be classified as part of the Metatorus Chain.
*Metahencentroverse
*Metatworusverse
*Metatrirusverse
*...
*Metatorukuverse
*Metatoruchain
*Metaonerukuverse
*Metatworukuverse
*Metatrirukuverse
*...
===Second Layer===
*Metametatoriverse
*Metatorubarrier
*Metametamöbiverse
*Metametakleinverse
*Metametaonerusverse
*...
*Metametatorukuverse
*Metametatoruchain
*Metametaonerusverse
===Third Layer===
*Metametametatoriverse
*Metametatorubarrier
*Metametametamöbiverse
*...
*Metametametatorukuverse
*Metametametatoruchain
*...
===Fourth Layer===
*Metametametametatoriverse
*...
*Metametametametatorukuverse
*...
===Fifth Layer and onward===
*Metametametametametatoriverse
*...
*Metametametametametametatoriverse
*...
*...
==Layers of infinity==
In the list of members, you can see that the members are grouped into 'layers'. This isn't a mistake, because second layer and onward, the next metametameta...metametatoriverse is MUCH larger than the last, eventually approaching cardinality \alef_1, or ordinality \Omega.
Here are some of the sizes for the starts of layers:
Metamöbiverse: \epsilon_1 (this is the one outlier).
Metametatoriverse: \phi(1,0,0)
Metametametatoriverse: LVOor\psi(\Omega^{\Omega^\Omega})
Metametametametatoriverse: BHO or \psi(\epsilon_{\Omega+1})or\psi(\Omega_2)
Metametametametametatoriverse: \psi(I)
...
etc.
Category:Verse
Category:Möbiverse Hyperchain