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Last updated January 31, 2026
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Non-thiol hydrophobic polymer brush underlayers: MerckRecent Research Landscape

Poor substrate compatibility during directed self-assembly causes pattern defects and alignment failure. These materials engineer surface energy and interfacial tension to stabilize block copolymer morphology.

What technical problems is Merck addressing in Non-thiol hydrophobic polymer brush underlayers?

Inadequate block copolymer interfacial adhesion

(9)evidences

Inconsistent chemical affinity between the underlying layer and the substrate leads to film instability. Achieving uniform surface energy across diverse substrates prevents pattern collapse and dewetting in directed self-assembly.

Substrate surface instability

(5)evidences

Inconsistent chemical affinity between polymer brushes and specific metallic or dielectric substrates leads to poor pattern fidelity. Precise surface discrimination prevents non-specific deposition in advanced semiconductor fabrication.