Hydrostatic pressure effects on the electronic and optical properties of isotropic and anisotropic 2D quantum dots with the Deng-Fan oscillator potential

Key Points

• Electronic properties of 2D quantum dots change significantly under hydrostatic pressure, impacting performance.
• Optical properties also vary with hydrostatic pressure, leading to important applications in nanotechnology.
• Analysis involves the Deng-Fan oscillator potential, offering insights into these materials' complex behavior.
• This study highlights the need for further investigation into pressure effects for enhanced material design.