Ancient Egyptians were fascinating. Look at their hieroglyphics and you will notice how frequent they detailed the scarab beetle. What’s even more fascinating about this is that scarab beetles possess a unique ability to produce an antigravity effect using their shells.
The antigravity effect is created by the scarab beetle's shell structure, which is made up of chitin and proteins. This arrangement of materials creates a photonic bandgap that reflects light in a specific way, resulting in an antigravity effect.
The scarab beetle's shell is able to produce this upward force by reflecting light in a specific way. When light interacts with the shell's photonic bandgap, it creates a repulsive force that counteracts the force of gravity, resulting in an antigravity effect.
The anti-gravity effect was proven in the 70’s.
The antigravity effect is created by the scarab beetle's shell structure, which is made up of chitin and proteins. This arrangement of materials creates a photonic bandgap that reflects light in a specific way, resulting in an antigravity effect.
The scarab beetle's shell is able to produce this upward force by reflecting light in a specific way. When light interacts with the shell's photonic bandgap, it creates a repulsive force that counteracts the force of gravity, resulting in an antigravity effect.
The anti-gravity effect was proven in the 70’s.
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