Miner's Lazer Beam Number is a very big number created by Miner (duh) and it is still unknown wheter or not this number is bigger than the Omniverse in light milleniums. It is speculated that this number is bigger than an inch squared when measured in planck areas.
the formula
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{\displaystyle Mzb_{1} = \underbrace{Rayo^{Rayo^{Rayo^{\cdots^{Rayo(1)}(1)}(1)}(1)}(1)}_{Rayo(1)}}
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{\displaystyle Mzb_{2} = \underbrace{Rayo^{Rayo^{Rayo^{\cdots^{Rayo(2)}(2)}(2)}(2)}(2)}_{Rayo(2)}}
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{\displaystyle Mzb_{3} = \underbrace{Rayo^{Rayo^{Rayo^{\cdots^{Rayo(3)}(3)}(3)}(3)}(3)}_{Rayo(3)}}
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{\displaystyle \vdots}
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{\displaystyle Mzb_{2763} = \underbrace{Rayo^{Rayo^{Rayo^{\cdots^{Rayo(2763)}(2763)}(2763)}(2763)}(2763)}_{Rayo(2763)}}
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{\displaystyle \vdots}
Now, lets nest it, just like we did with the loading function !
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{\displaystyle Mzb_{4}^{5} = \underbrace{Mzb_{Mzb_{Mzb_{Mzb_{Mzb_{\cdots_{Mzb_{4}}}}}}}}_{Rayo(4*5)}}
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702
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{\displaystyle Mzb_{702}^{452} = \underbrace{Mzb_{Mzb_{Mzb_{Mzb_{Mzb_{\cdots_{Mzb_{702}}}}}}}}_{Rayo(702*452)}}
Conclusion∴ The number is *drumroll noises*
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2147483648
2147483648
{\displaystyle Mzb_{2147483648}^{2147483648}}
