Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) approaches to double exposure lithography have been explored. We have synthesized "transparent" PAG and sensitizer compounds for use in ISTP systems and have demonstrated the possibility of utilizing such energy transfer systems to generate acid. We have also synthesized side chain liquid crystalline polymers and small molecule azobenzene compounds for use in OTL applications and have begun photoswitching studies
In the past 50 years, photolithography has enable continuous scaling down of microelectronic devices...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
The current optical photolithography technology is approaching the physical barrier to the minimum a...
The current optical photolithography technology is approaching the physical barrier to the minimum a...
textThe relentless commercial drive for smaller, faster, and cheaper semi-conductor devices has push...
The semiconductor industry is planning to use Extreme Ultraviolet lithography as its next-generation...
textDouble-exposure lithography has shown promise as potential resolu- tion enhancement technique t...
textDouble-exposure lithography has shown promise as potential resolu- tion enhancement technique t...
In the past 50 years, photolithography has enable continuous scaling down of microelectronic devices...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
Intermediate state two-photon (ISTP) photoacid generator (PAG) and optical threshold layer (OTL) app...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
193 immersion lithography has reached its maximal achievable resolution. There are mainly two lithog...
The current optical photolithography technology is approaching the physical barrier to the minimum a...
The current optical photolithography technology is approaching the physical barrier to the minimum a...
textThe relentless commercial drive for smaller, faster, and cheaper semi-conductor devices has push...
The semiconductor industry is planning to use Extreme Ultraviolet lithography as its next-generation...
textDouble-exposure lithography has shown promise as potential resolu- tion enhancement technique t...
textDouble-exposure lithography has shown promise as potential resolu- tion enhancement technique t...
In the past 50 years, photolithography has enable continuous scaling down of microelectronic devices...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...
Double patterning and double exposure techniques have been proposed as possible methods for reducing...