The effect of vacancy defects on the stability of atomic metallic hydrogen: A deep neural network molecular dynamics study

Key Points

• Vacancy defects significantly affect the stability of atomic metallic hydrogen, showcasing essential interactions.
• The study measures changes in stability properties due to defects, leading to discoveries about atomic behavior.
• Analysis using deep neural network molecular dynamics reveals critical insights into atomic structures at high pressures.
• This research highlights the importance of vacancy defects in understanding hydrogen's properties under extreme conditions.