Summary

I.       Casimir force in QED:       

 High precision experimental precision achieved with scanning probes                        

       Applications require control of this force, and its shape dependence

II.      Thermal Casimir force:   

 Critical Casimir force observed for colloids in a binary mixture    

III.    Repulsion/Levitation?

 Metamaterials, las invisibility cloaks:     

 Geometry: 

IV.   Earnshaw's theorem:             

  No levitation is possible with electrostatic interactions:  

 No levitation is possible with Casimir forces with dielectric composites: 

V.   Thermal nonequilibrium: Breakdown of classical "Stefan-Bolzmann" law

 Near field heat transfer:      Radiation anisotropy: 

VI.    Thermal nonequilibrium:

  Force, propulsion:      Levitation:         

VII.     Dynamic phenomena: 

 A rotating dielectric will slow down in vacuum: 

Acknowledgments

Thosten Emig, Giuseppe Bimonte, Noah Graham, Robert Jaffe

Ramin Golestanian, Mark Hertzberg

Jamal Rahi, Mohammad Maghrebi

Vlad Golyk, Matthias Krüger

Next (Outline) Outline Casimir force Thermal Casimir Repulsion? Earnshaw's theorem Non-equilibrium Heat Non-equilibrium Force Dynamic Casimir Summary