Introduction The idea of surpassing the current absorption rate of light by incorporating anti‑light and anti‑light spectrum equations. Part I: Theoretical Approach Using Anti‑Light Spectrum Equations 1. Absorption Mechanisms 2. Anti‑Light Concept 3. Nonlinear Absorption 4. Raman Scattering 5. Theoretical Models Summary of Part I While the concept is highly theoretical and would require significant…
Mathematical Representation of Darker Materials
Part 1: Hypothesizing a Darker Material Step 1: Mathematical Representation of Vantablack Vantablack is known for its extreme light absorption properties, absorbing 99.965% of visible light¹. Let’s denote the light absorption capacity of Vantablack as AVBA_{VB}: AVB=0.99965A_{VB} = 0.99965 Step 2: Hypothetical Darker Material To hypothesize a material darker than Vantablack, we need to consider…
Antilight – An introduction
I. Exploring Anti-Light in a Positive Environment A. Introduction Let’s start by using known principles from our laws of physics to hypothesize the speed of anti-light in a positive environment. B. Step-by-Step Calculation Reference II. Hypothesizing Anti-Light Speed in an Anti-Space Environment A. Conceptualizing an Anti-Space Environment An anti-space environment can be conceptualized as a…
Why we need a complimenting perspective
There are several intriguing theories and studies that explore concepts related to anti‐black holes and antimatter in the universe however there is plenty of room for a new theory and ways to connect and complement the existing theories. Anti-Black Holes Existing Theories Negative Mass Solutions: Some theoretical physicists have explored the idea of negative mass…