![Quanta Magazine on Twitter: "ICYMI: The mathematical concept of algorithmic complexity seemed inapplicable in the real world. But scientists are now using it to analyze networks and push their evolution toward optimal Quanta Magazine on Twitter: "ICYMI: The mathematical concept of algorithmic complexity seemed inapplicable in the real world. But scientists are now using it to analyze networks and push their evolution toward optimal](https://pbs.twimg.com/media/EH4_32KX4AETNo5.jpg)
Quanta Magazine on Twitter: "ICYMI: The mathematical concept of algorithmic complexity seemed inapplicable in the real world. But scientists are now using it to analyze networks and push their evolution toward optimal
![Quanta Magazine on Twitter: "ICYMI: We can hold only about five items in our conscious attention — our “working memory.” Scientists finally understand what goes wrong if we try to remember more. Quanta Magazine on Twitter: "ICYMI: We can hold only about five items in our conscious attention — our “working memory.” Scientists finally understand what goes wrong if we try to remember more.](https://pbs.twimg.com/media/EFegLWFXoAAzUMZ.jpg)
Quanta Magazine on Twitter: "ICYMI: We can hold only about five items in our conscious attention — our “working memory.” Scientists finally understand what goes wrong if we try to remember more.
Quanta Magazine - Traversable wormholes may reconcile the properties of black holes with quantum physics. https://buff.ly/2yE4HJi | Facebook
![Quanta Magazine on Twitter: "On a hunch, a chemist performed diffraction on long prime number sequences. This is what he found. https://t.co/831tueI9i4… https://t.co/pA74IqO8WS" Quanta Magazine on Twitter: "On a hunch, a chemist performed diffraction on long prime number sequences. This is what he found. https://t.co/831tueI9i4… https://t.co/pA74IqO8WS"](https://pbs.twimg.com/media/DdPZRZvX0AUAftL.jpg)
Quanta Magazine on Twitter: "On a hunch, a chemist performed diffraction on long prime number sequences. This is what he found. https://t.co/831tueI9i4… https://t.co/pA74IqO8WS"
![Quanta Magazine on Twitter: "ICYMI: Using a brain-computer interface, scientists have directly observed how neurons respond during learning. https://t.co/WDPSuhSV8a… https://t.co/G81MkGan0g" Quanta Magazine on Twitter: "ICYMI: Using a brain-computer interface, scientists have directly observed how neurons respond during learning. https://t.co/WDPSuhSV8a… https://t.co/G81MkGan0g"](https://pbs.twimg.com/media/DiqrnsHXcAE9nr-.jpg)
Quanta Magazine on Twitter: "ICYMI: Using a brain-computer interface, scientists have directly observed how neurons respond during learning. https://t.co/WDPSuhSV8a… https://t.co/G81MkGan0g"
Quanta Magazine - ICYMI: Quantum computers have the potential to solve problems that classical computers never could. But first they must overcome some fundamental challenges, most notably the problem of noise. https://buff.ly/2EyqzGt
![Quanta Magazine Twitterren: "During tissue regeneration, the typical solutions offered by adult stem cells aren't always enough. Instead, some cells may turn the clock back to a more flexible fetal-like state to Quanta Magazine Twitterren: "During tissue regeneration, the typical solutions offered by adult stem cells aren't always enough. Instead, some cells may turn the clock back to a more flexible fetal-like state to](https://pbs.twimg.com/media/Dl6EeF4W4AE93Ik.jpg)