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The lambda constant, introduced by Albert Einstein, was once considered a mistake but has sparked a lot of interest among physicists today. This is because it could be a crucial bridge between the physics of the infinitely large and the physics of the infinitely small.
Physicists face the following challenges with the lambda constant. It holds two great mysteries: its origin and the precision of its extremely small value. The solution to these mysteries has the potential to trigger a new revolution in physics.
I will present a bold theory for this enigma, which combines and harmonizes with some of the hypotheses related to the lambda constant. This theory will be the core of the argument I will use to defend the thesis that:
"Lambda is a gravitational constant!"
The defense of the thesis that lambda is a gravitational constant begins with its history, a fantastic journey that goes from an "ingenious solution" to a "historic mistake," and finally to a "surprising conclusion." This story illustrates well how science advances and adapts...
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