International audienceNanoimprint lithography has been investigated using polydimethylsiloxane as a thermocurable resist. This novel process allowed us to reduce both pressure (<10 bars) and temperature (80 °C) when compared to a conventional imprinting process with a thermoplastic polymer resist such as polymethylmethacrylate. Using a new formulation of the elastomeric material, we have demonstrated high quality imprinting of both micronic and nanometric structures with no evidence of any viscous flow problems. The excellent etching resistance of the polydimethylsiloxane structures to a reactive ion etching silicon process and the compatibility with a lift-off procedure for pattern transfer are also presented
In this work we demonstrate that Reverse Nanoimprint Lithography is a feasible and flexible lithogra...
Sub-micrometer features are replicated into high-molecular-weight polymer resists by using solvent-a...
Over the past few decades, polydimethylsiloxane (PDMS) has become the material of choice for a varie...
International audienceNanoimprint lithography has been investigated using polydimethylsiloxane as a ...
Soft UV-imprint lithography at sub-micron dimensions was achieved in thin films of photopolymer resi...
International audienceIn conventional nanoimprint lithography, relatively high pressures and high te...
Presented here is the novel use of thermoplastic siloxane copolymers as nanoimprint lithography (NIL...
International audienceSoft lithography at the nanoscale requires a nanostructured silicon master mol...
Soft nanoimprint lithography (soft NIL) relies on a mechanical deformation of a resist by a patterne...
A new robust and exceptionally simple procedure for soft nano-imprint lithography (Soft-NIL) is desc...
This dissertation begins by presenting the use of inorganic copolymer imprint resists, namely siloxa...
Conventional lithography using photons and electrons continues to evolve to scale down three-dimensi...
New polymers have been developed for application in bilayer resist systems. The products are sensiti...
We have demonstrated multi-step room-temperature nanoimprint lithography (RTNIL) using polystyrene (...
We have investigated new aromatic polymers for nanoimprint and subsequent dry etching, namely thermo...
In this work we demonstrate that Reverse Nanoimprint Lithography is a feasible and flexible lithogra...
Sub-micrometer features are replicated into high-molecular-weight polymer resists by using solvent-a...
Over the past few decades, polydimethylsiloxane (PDMS) has become the material of choice for a varie...
International audienceNanoimprint lithography has been investigated using polydimethylsiloxane as a ...
Soft UV-imprint lithography at sub-micron dimensions was achieved in thin films of photopolymer resi...
International audienceIn conventional nanoimprint lithography, relatively high pressures and high te...
Presented here is the novel use of thermoplastic siloxane copolymers as nanoimprint lithography (NIL...
International audienceSoft lithography at the nanoscale requires a nanostructured silicon master mol...
Soft nanoimprint lithography (soft NIL) relies on a mechanical deformation of a resist by a patterne...
A new robust and exceptionally simple procedure for soft nano-imprint lithography (Soft-NIL) is desc...
This dissertation begins by presenting the use of inorganic copolymer imprint resists, namely siloxa...
Conventional lithography using photons and electrons continues to evolve to scale down three-dimensi...
New polymers have been developed for application in bilayer resist systems. The products are sensiti...
We have demonstrated multi-step room-temperature nanoimprint lithography (RTNIL) using polystyrene (...
We have investigated new aromatic polymers for nanoimprint and subsequent dry etching, namely thermo...
In this work we demonstrate that Reverse Nanoimprint Lithography is a feasible and flexible lithogra...
Sub-micrometer features are replicated into high-molecular-weight polymer resists by using solvent-a...
Over the past few decades, polydimethylsiloxane (PDMS) has become the material of choice for a varie...