Coverage​
Inverse
U.S.
​3 Life-Changing Things That Happen to the Human Brain at 25
PhysOrg
U.S.
Causal disentanglement is the next frontier in AI
Spektrum
Germany
Algorithmen üben Evolution
(Algorithms practice evolution)
Tekk
Germany
Kausale Entflechtung ist die nächste Grenze in der KI (Next frontier for AI is causal unbundling)
Future Minute
International
Teaching AI to think abstractly
The New York Times
U.S.
When are you really random?
Quanta Magazine
U.S.
Mathematical Simplicity May Drive Evolution’s Speed​
Pour La Science
France
The Universe and Morality Seen from the Theory of Computability
Tech News
Taiwan
A study found that 25-year-old is the peak of random thinking ability
Scientific American​
U.S.​
Our Ability to Keep 'em Guessing Peaks around Age 25
AAAS
U.S.​
25 is "Golden Age" for the Ability to Make Random Choices
Mashable​
U.S.​
​Our ability to think randomly peaks at age 25
​Quartz
U.S.​​
There’s a reason your kids keep you guessing—they can probably think more randomly than you can
​New Scientist
U.K.
​Our ability to think in a random way peaks at 25 then declines
​PhysOrg
U.S.
​25 is 'golden age' for the ability to make random choices
​ScienceDaily
U.S.
​25 is 'golden age' for the ability to make random choices
​​Economic Times
International
Turning 25? This may be the best time of your life 
​New Zealand Herald
New Zealand
Randomness peaks when you're in your 20s, study finds
​New York Post
U.S.
The exact age you start becoming a boring, predictable adult
Cosmos
​Australia
Randomness peaks at age 25
​Medical Daily
U.S.
​Why Your Mid-20s Is the Best Age For Making Random Choices
​The Independent
U.K.
Why the golden age of creativity peaks at 25
​​India Today
India
25 golden age when humans outsmart computers: study
Inverse
U.S.
Human Behavioral Complexity Peaks at Age 25
London Mathematical Society Newsletter
​U.K.
The Online Algorithmic Complexity Calculator 
​(page 22)
​Wired
U.S.
 Computers Made Out of DNA, Slime and Other Strange Stuff"
Investigación y Ciencia
Spain
La brecha de Sloane
​(The Sloane's gap)
​​Technology.Org
U.S.
Turing’s contributions to the philosophy of computation
Pour La Science
France
Des indécidables à portée de main 
​(The undecidables at hand)
​​MIT Technology Review
U.S.
Best of the rest from the Physics ArXiv 
Pour La Science
France
Indécidables utiles et inutiles 
​(Useful and useless undecidibles)
Le Monde
France
Le cerveau : probabiliste par nature ?
Pour La Science
France
La beauté mis en formules (Beauty captured in formulas)
​ACM Computing Reviews
U.S.
Best of Computing Reviews in the Theory of Computation 2012
Pour La Science
France
 Qu'est-ce qu'un objet complexe? 
​(What is a complex object?)
Investigación y Ciencia
Spain
De los universos digitales
​a la mente 
(From digital universes to the human mind)
Pour La Science
France
Le défi des faibles complexités 
​(The challenge of weak complexities)

Others: