Categories
metascience
progress
AI
- Book review of “The Alignment Problem” by Brian Christian
- What would a science of AI look like?
- Summary from the 2020 AGI Strategy Meeting's session on Community Capacity
- Condensed notes from “Ethics of AI” at NYU, October 14-15th, 2016
- My AI article for middle schoolers: “Robots and Mechanical Men”
AI safety
Bayesian inference
COVID19
Machine learning
Mathematics
Musings
NIH
Neuroscience
Python
Science communication
Tesla
artificial intelligence
astronomy
books
coding
computers
data science
deep learning
drug discovery
economics
education
environmentalism
genetics
git
machine learning
- Motivations for studying how to interpret molecular machine learning models
- Resources for learning data science and machine learning
- Geoffrey Hinton on what's wrong with CNNs
- DIY Drug Discovery - using molecular fingerprints and machine learning for solubility prediction
- Testing out decision trees, AdaBoosted trees, and random forest
- Maximum entropy priors
- More counterintuitive Bayesian reasoning problems
music
musings
neuroscience
non-technical
- An introduction to the water structure problem
- Our Nature Communications paper – ice-like phonons in liquid water
- Crackpot Nobelists
- Neuromorphic hardware – a path towards human-level artificial intelligence
- The chance that a child will have a severe reaction to the MMR vaccine is less than the chance they will die in a 200 mile car ride
- “Halting State” by Charles Stross
- “The Moon is a Harsh Mistress” by Robert A. Heinlein
- “Zero to One” by Peter Thiel
- Some corrections to Matthew Inman’s Tesla puff piece
- Polyhedra
- A misconception about microwaves
- Does hot water freeze faster than cold? Explaining the Mpemba effect
- More is different
nontechnical
nootropics
op-eds
philosophy
physics
poetry
programming
progress studies
pseudoscience
psychology
python
quantum theory
quotes
rationality
research
- Debye relaxation in water, aka “how microwaves work” explained at last
- An introduction to the water structure problem
- Our Nature Communications paper – ice-like phonons in liquid water
- Exclusion zone water
- Why physicists still use Fortran
- Wasserfadden!
- Periodic Boundary Conditions
- Polyhedra
- A misconception about microwaves
- Quantum effects in water
- More is different
- Building a Kernel for 3D Shape Recognition Using Neural Networks