Uploaded December 2025 | Updated September 2026, 6 hours ago
Robert Debiase presents a detailed overview of his research into generating macroscopic external Casimir forces using wedge geometry. His work draws from a century of theoretical and experimental research into the Casimir effect, supported by detailed mathematics and explained by extensive schematics and diagrams.
The wedge geometry is useful for studying the electromagnetic Casimir effect because it’s simpler than curved boundaries but more complex than parallel plates, allowing for analysis of features like the Casimir force on sharp edges and tips. The wedge geometry allows for the calculation of both universal and non-universal contributions to the Casimir energy.
Robert Debiase presents a detailed overview of his research into generating macroscopic external Casimir forces using wedge geometry. His work draws from a century of theoretical and experimental research into the Casimir effect, supported by detailed mathematics and explained by extensive schematics and diagrams.
The wedge geometry is useful for studying the electromagnetic Casimir effect because it’s simpler than curved boundaries but more complex than parallel plates, allowing for analysis of features like the Casimir force on sharp edges and tips. The wedge geometry allows for the calculation of both universal and non-universal contributions to the Casimir energy.










