# Results in the Spontaneous Annihilation of the Cosmological Constant

## TL;DR

This paper proposes a novel approach linking the cosmological constant to black hole properties, offering a simple solution to the cosmological constant problem with observational agreement.

## Contribution

It introduces a new formula applying Schwarzschild and Einstein radius concepts to a dynamic universe modeled as a black hole, connecting lambda with black hole entropy.

## Key findings

- Excellent agreement with observational data
- A new formula linking lambda to black hole entropy
- A simplified solution to the cosmological constant problem

## Abstract

We suggest a new formula, which allows the Schwarzschild's solution and the Einstein radius to be applied to the dynamic universe, when our universe is hypothetically regarded as a single dynamic black hole. In this study, a cosmological constant problem is solved in the simplest manner, while we find excellent agreements with observation. We adopt a model, wherein k = 0, lambda is not equal to 0, and omega = 1 to interlock lambda with critical density of the black hole of our universe rho cBH, thereby presenting complimentary relation between lambda and Bekenstein-Hawking entropy S BH.