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+---
+date: '2022-12-19T14:46:26'
+hypothesis-meta:
+  created: '2022-12-19T14:46:26.361697+00:00'
+  document:
+    title:
+    - My AI Safety Lecture for UT Effective Altruism
+  flagged: false
+  group: __world__
+  hidden: false
+  id: 6k0-pn-rEe20ccNOEgwbaQ
+  links:
+    html: https://hypothes.is/a/6k0-pn-rEe20ccNOEgwbaQ
+    incontext: https://hyp.is/6k0-pn-rEe20ccNOEgwbaQ/scottaaronson.blog/?p=6823
+    json: https://hypothes.is/api/annotations/6k0-pn-rEe20ccNOEgwbaQ
+  permissions:
+    admin:
+    - acct:ravenscroftj@hypothes.is
+    delete:
+    - acct:ravenscroftj@hypothes.is
+    read:
+    - group:__world__
+    update:
+    - acct:ravenscroftj@hypothes.is
+  tags:
+  - nlproc
+  - explainability
+  target:
+  - selector:
+    - endContainer: /div[2]/div[2]/div[2]/div[1]/p[68]
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+    - exact: "(3) A third direction, and I would say maybe the most popular one in\
+        \ AI alignment research right now, is called interpretability.  This is also\
+        \ a major direction in mainstream machine learning research, so there\u2019\
+        s a big point of intersection there.  The idea of interpretability is, why\
+        \ don\u2019t we exploit the fact that we actually have complete access to\
+        \ the code of the AI\u2014or if it\u2019s a neural net, complete access to\
+        \ its parameters?  So we can look inside of it.  We can do the AI analogue\
+        \ of neuroscience.  Except, unlike an fMRI machine, which gives you only an\
+        \ extremely crude snapshot of what a brain is doing, we can see exactly what\
+        \ every neuron in a neural net is doing at every point in time.  If we don\u2019\
+        t exploit that, then aren\u2019t we trying to make AI safe with our hands\
+        \ tied behind our backs?"
+      prefix: ' take over the world, right?
+
+
+
+
+        '
+      suffix: "\n\n\n\nSo we should look inside\u2014but"
+      type: TextQuoteSelector
+    source: https://scottaaronson.blog/?p=6823
+  text: Interesting metaphor - it is a bit like MRI for neural networks but actually
+    more accurate/powerful
+  updated: '2022-12-19T14:46:26.361697+00:00'
+  uri: https://scottaaronson.blog/?p=6823
+  user: acct:ravenscroftj@hypothes.is
+  user_info:
+    display_name: James Ravenscroft
+in-reply-to: https://scottaaronson.blog/?p=6823
+tags:
+- nlproc
+- explainability
+- hypothesis
+type: annotation
+url: /annotations/2022/12/19/1671461186
+
+---
+
+
+
+ <blockquote>(3) A third direction, and I would say maybe the most popular one in AI alignment research right now, is called interpretability.  This is also a major direction in mainstream machine learning research, so there’s a big point of intersection there.  The idea of interpretability is, why don’t we exploit the fact that we actually have complete access to the code of the AI—or if it’s a neural net, complete access to its parameters?  So we can look inside of it.  We can do the AI analogue of neuroscience.  Except, unlike an fMRI machine, which gives you only an extremely crude snapshot of what a brain is doing, we can see exactly what every neuron in a neural net is doing at every point in time.  If we don’t exploit that, then aren’t we trying to make AI safe with our hands tied behind our backs?</blockquote>Interesting metaphor - it is a bit like MRI for neural networks but actually more accurate/powerful
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