Gold nanopillar substrate workbench
Configure a 785 nm SERS geometry, rotate the model, inspect a cross-section, and prepare reproducible simulations.
Rotatable 3D-style geometry
Drag to rotate · scroll to zoom · use section slider to slice pillars
Hotspot overlay preview
Illustrative hotspot graphic, not electromagnetic simulation output.Pitch120 nm
Pillar height50 nm
Gold film20 nm
Compare experimental designs
| Design | Height | Au film | Replicates |
|---|
Resonance plot · demonstration
Illustrative synthetic curve only. No solver-derived resonance peak or SERS EF is claimed.DAYTASTREAM RESEARCH
Research overview
Design, review, and compare gold nanopillar substrates in one collaborative workspace.
DAYTAMEEP · RESEARCH WORKSPACE
From geometry to evidence.
Keep substrate configurations, discussion, and simulation readiness organized in one place.
Au 785 nmNanopillar-on-film · SERS
Substrate matrix6 designsHeights × Au film thickness
Experimental replicates30 chipsFive per design
Meep engineNot connectedPreview data only
Start a design
Edit geometry, explore orientations, and export reproducible settings.
Shared research library
Load saved designs and review teammate comments.
Compare the matrix
Inspect six planned experimental configurations side by side.
COLLABORATION
Saved configurations
One shared place for design snapshots, notes and peer review.
EXPERIMENTAL DESIGN
Compare designs
Explore the six-design substrate matrix. These are fabrication plans, not solved numerical results.
COMPUTE
Simulation runs
Run orchestration is not yet connected. No Meep or AWS computations have been launched from this interface.