Morning Overview on MSN
Scientists found how losing tiny brain insulation can derail thinking
New work in mice is revealing how losing insulation on just a few nerve fibers can throw off the timing of brain signals and ...
Morning Overview on MSN
Octopuses change color in milliseconds, even though they’re colorblind
Octopuses can flip from mottled rock to smooth sand in less time than it takes a human to blink, yet their eyes carry only a ...
Introduction This article outlines the research protocol for a multicentre, randomised, controlled study designed to evaluate the therapeutic effect of a modified olfactory training (MOT) based on ...
The broadcast and media industry’s ongoing technical transformation is expected to reach several inflection points ... Read More ...
Humans can detect buried objects without touching them, sensing faint pressure ripples in sand. Scientists are calling this ...
Leonardo will develop and deliver four next-generation radars for Italy’s long-range ballistic missile defense, including ...
Interesting Engineering on MSN
New tech can help US military drones to operate in GPS-denied environments, boost efficiency
Safe Pro has now deployed upgraded AI algorithms to its patented Safe Pro Object Threat Detection (SPOTD) technology for ...
Researchers at the ArQuS Laboratory of the University of Trieste (Italy) and the National Institute of Optics of the Italian ...
The Breakthrough Listen Initiative, together with its network of collaborators, has undertaken observations of 3I/ATLAS using ...
While Australia is one of the most biodiverse countries in the world, we also have some of the highest extinction rates.
Neural and computational evidence reveals that real-world size is a temporally late, semantically grounded, and hierarchically stable dimension of object representation in both human brains and ...
Interesting Engineering on MSN
Lensless imaging system uses sensor arrays and software to beat optical limits
New lensless imaging system uses sensor arrays and computation to deliver wide-field, sub-micron optical resolution.
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