INDEX

Explanations

biological roots and suffixes

np_acts-logits-general · gemini-2.5-flash-lite

anatomical or medical tissue terms in scientific contexts.

oai_token-act-pair · claude-3-7-sonnet-20250219 Triggered by @neilrathi

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “dialysis,” “haemo,” “mediastinal,” “hematopoiesis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

oai_token-act-pair · o4-mini Triggered by @jyhe0408

New Auto-Interp

Configuration

google/gemma-scope-27b-pt-res/layer_34/width_131k

Prompts (Dashboard)

24,576 prompts, 128 tokens each

Dataset (Dashboard)

monology/pile-uncopyrighted

Embeds

IFrame

Link

Not in Any Lists

No Comments

Negative Logits

nél

-1.03

ebb

-1.03

 spē

-1.02

冀

-1.00

($__

-1.00

ornos

-0.99

忒

-0.98

cademic

-0.97

izaciones

-0.95

ıkları

-0.94

POSITIVE LOGITS

特别是

1.20

 comptes

1.02

Кто

0.96

 Notwendigkeit

0.92

 renov

0.88

щение

0.88

突入

0.87

 ilust

0.86

веси

0.86

他にも

0.85

Activations Density 0.177%

biological roots and suffixes

anatomical or medical tissue terms in scientific contexts.

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “dialysis,” “haemo,” “mediastinal,” “hematopoiesis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

No Comments

No Known Activations

biological roots and suffixes

anatomical or medical tissue terms in scientific contexts.

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “dialysis,” “haemo,” “mediastinal,” “hematopoiesis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

No Comments

No Known Activations

biological roots and suffixes

anatomical or medical tissue terms in scientific contexts.

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “di­alysis,” “haemo,” “medi­a­sti­na­l,” “hemato­po­ie­sis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

No Comments

No Known Activations

biological roots and suffixes

anatomical or medical tissue terms in scientific contexts.

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “di­alysis,” “haemo,” “medi­a­sti­na­l,” “hemato­po­ie­sis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

No Comments

No Known Activations

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “dialysis,” “haemo,” “mediastinal,” “hematopoiesis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.

The neuron fires on recurring multi‐letter stems (e.g. “stri,” “dialysis,” “haemo,” “mediastinal,” “hematopoiesis,” etc.), i.e. it detects the Greek‐ or Latin-derived root morphemes typical of biomedical/scientific terminology.