INDEX

Explanations

kernel code and scientific abstracts

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

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode inode, struct file filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

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

getBoolean

-0.79

travis

-0.79

超市

-0.77

yeli

-0.77

prow

-0.77

 largura

-0.71

 اط

-0.70

wasi

-0.69

itse

-0.69

Wars

-0.69

POSITIVE LOGITS

字符

0.88

printk

0.87

USO

0.85

 EXPORT

0.83

sema

0.81

EXPORT

0.81

kz

0.80

Module

0.79

 Cyan

0.78

avimas

0.75

Activations Density 0.035%

kernel code and scientific abstracts

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode inode, struct file filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

No Comments

No Known Activations

kernel code and scientific abstracts

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode inode, struct file filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

No Comments

No Known Activations

kernel code and scientific abstracts

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode *inode, struct file *filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

No Comments

No Known Activations

kernel code and scientific abstracts

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode *inode, struct file *filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

No Comments

No Known Activations

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode inode, struct file filp )” pattern). It lights up on the tokens that appear when you start a C function signature.

The neuron is essentially keyed to the syntax of C function definitions (e.g. the “int dev_open( struct inode inode, struct file filp )” pattern). It lights up on the tokens that appear when you start a C function signature.