2017 results:
21. Holographic Imaging - Di­gi­tal Ho­lo­gra­phic Microsco­py using Lloyd's Mir­ror In­ter­fe­ro­me­ter  
Di­gi­tal Ho­lo­gra­phic Microsco­py using Lloyd's Mir­ror In­ter­fe­ro­me­ter Based on the con­cept of self-re­fe­ren­cing in­ter­fe­ro­me­try, ano­ther…  
22. Holographic Imaging - Self-re­fe­ren­cing di­gi­tal ho­lo­gra­phic microsco­py  
Self-re­fe­ren­cing di­gi­tal ho­lo­gra­phic microsco­py Many ty­pi­cal ho­lo­gra­phic microsco­pic set­ups ge­ne­ra­te a ho­lo­gram by…  
23. Holographic Imaging - Du­al-wa­ve­length scan­ning  
Du­al-wa­ve­length scan­ning Sam­ples cha­rac­te­ri­zed by big­ger dif­fe­ren­ces in height, can be me­a­su­red with the help of…  
24. Holographic Imaging  
As the to­po­gra­phic struc­tu­re of an ob­ject is en­coded in the phase in­for­ma­ti­on, it can be nu­me­ri­cal­ly un­wrap­ped.…  
25. Holographic Imaging  
The am­pli­tu­de and the phase re­con­struc­tion of a USAF test chart can be seen in Fi­gu­re 5a and 5b re­spec­tive­ly.  
26. Holographic Imaging - Di­gi­tal ho­lo­gra­phic Microsco­py  
Di­gi­tal ho­lo­gra­phic Microsco­py When ex­pan­ding the di­gi­tal ho­lo­gra­phic set-up by a microsco­pe ob­jec­tive, both la­te­ral and axial…  
27. Holographic Imaging - Di­gi­tal Ho­lo­gra­phy  
Di­gi­tal Ho­lo­gra­phy In con­trast to pho­to­re­frac­tive ho­lo­gra­phy, there is no ho­lo­gra­phic ma­te­ri­al re­cor­ding the…  
28. Holographic Imaging  
Fi­gu­re 3a: Prin­ci­ple set-up of di­gi­tal ho­lo­gra­phy , O = ob­ject beam, R= re­fe­rence beam Am­pli­tu­de and phase of the…  
29. Holographic Imaging - Pho­to­re­frac­tive Ho­lo­gra­phy  
Pho­to­re­frac­tive Ho­lo­gra­phy Using a pho­to­re­frac­tive ma­te­ri­al as ho­lo­gra­phic ma­te­ri­al is cal­led…  
30. Holographic Imaging - Basic Prin­ci­ples of Ho­lo­gra­phy  
Basic Prin­ci­ples of Ho­lo­gra­phy The basic prin­ci­ple of ho­lo­gra­phy is the su­per­po­si­ti­on of two co­he­rent beams crea­ting an…  
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