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data/examples/profiles.yaml

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+# Example interest profiles for bingham. Copy to user/profiles.yaml and edit,
+# or draft one from your own papers with `bingham init` (see README).
+#
+# Each profile:
+#   description  2-3 sentences in the field's vocabulary; the query for
+#                embedding and re-ranking
+#   keywords     technical terms and abbreviations for BM25 (see data/vocabulary.md)
+#   exemplars    papers that typify the topic, as `doi:` or `arxiv:`. A paper's
+#                embedding score is its maximum similarity over the description
+#                and the exemplars. Abstracts are fetched once; paste one under
+#                `abstract:` if no source has it.
+#
+# A profile's version is a hash of its content, so editing a profile re-screens
+# against that profile only.
+
+# Papers with a tracked author always reach the re-ranker and the digest.
+# Match on full names; initials are ambiguous across arXiv.
+tracked_authors: []
+  # - name: Jane Q. Researcher
+  #   match: [Jane Q. Researcher, Jane Researcher]
+
+profiles:
+  - id: suspension-rheology
+    name: Suspension rheology
+    description: >
+      Rheology of suspensions of solid particles in Newtonian and viscoelastic
+      liquids: viscosity as a function of volume fraction, shear thinning and
+      shear thickening, normal stress differences, yield stress, and
+      viscoelasticity of concentrated hard-sphere, charged, attractive, and
+      non-Brownian suspensions.
+    keywords: [suspension, non-Brownian, volume fraction, jamming, Peclet number,
+      hydrodynamic interactions, lubrication force, Stokesian dynamics,
+      normal stress difference, shear thickening, DST, yield stress, SAOS, LAOS]
+    exemplars:
+      - doi: 10.1146/annurev-chembioeng-060713-040221   # Denn & Morris 2014, review
+
+  - id: microrheology
+    name: Microrheology
+    description: >
+      Passive and active microrheology of soft materials: tracer particle
+      tracking and the mean squared displacement, the generalized
+      Stokes-Einstein relation, one- and two-point microrheology, optical and
+      magnetic tweezers, and diffusing wave spectroscopy.
+    keywords: [microrheology, mean squared displacement, MSD, GSER,
+      two-point microrheology, particle tracking, optical tweezers,
+      magnetic tweezers, DWS]
+    exemplars: []