Implicit Solvent Electrostatics: Continuum Response Benchmark¶
- Task ID:
chemistry.implicit_solvent_pb_gb - Domain:
chemistry - Subdomain:
computational_biophysics - Status:
test - Tags:
implicit_solvent,poisson_boltzmann,generalized_born,biomolecular_electrostatics,finite_difference,binding_energy,multi_case,surface_models,anonymous_contract,private_suite_bank,infinite_generation,rcsb_screening,pdb_redo_hidden_bank,real_biomolecule_families,nonlinear_pb,ses_native_geometry,salt_scan,temperature_scan
Public Summary¶
This page is generated from task metadata and selected public-safe excerpts.
Example B1 Prompt Excerpt¶
You are given an eight-case implicit-solvent electrostatics benchmark in `data/`.
## Scientific goal
For each case, compute:
1. A higher-fidelity finite-difference PB electrostatic binding-response estimate.
2. A Born-type approximate binding-response estimate.
3. The reaction-field values at the requested query coordinates.
4. The reaction field on the requested 2D plane.
The intended high-fidelity route is a task-local finite-difference Poisson-Boltzmann solve on the provided Cartesian grid, using the supplied SES/SAS volumetric tensors, site table, and per-case response metadata. `manifest.json` encodes the response regime as `linearized_screening` or `nonlinear_screening`; use that to choose the linearized or nonlinear PB update. The secondary route should be a Born-radius-based approximation or another physically motivated GB-style surrogate.
Notes¶
- This page is a generated site artifact.
- Higher-level prompt details and internal benchmark specifics may remain intentionally undisclosed.