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table | Making History: all of the missions to Mars

December 11, 2018

art - planets - no. 1

digest | GoMentum Station: test track for high-tech autonomous vehicles

Global leading edge transport research.
December 10, 2018

photo - street - no. 3

report | Almost Autonomous: putting semi self-driving cars on the road

For safe + affordable accident prevention.
November 14, 2018

art - autonomous vehicle - no. 1

digest | From the Field: 3 key obstacles for self-driving cars

Hidden limitations.
November 10, 2018

art - autonomous vehicle - no. 8

report | Material Matters: the new world of novel substances

Plan for the disruption + benefits of modern materials.
October 25, 2018

art - geo print - no. 11

digest | Miso Robotics: automated chefs in the kitchen

Flippy the intelligent cooking assistant.
October 1, 2018

photo - robot industrial - no. 3

digest | Fashion Forward: digital super-models + virtual tools

They look real, act real, and interact on social media.
October 1, 2018

photo - model future - no. 12

Future Food: growing meat in the laboratory

Memphis Meats is cooking up tomorrow.
August 10, 2018

art - hamburger - no. 3

How to predict the side effects of millions of drug combinations

Stanford Univ. computer scientists have figured it out, using artificial intelligence
July 17, 2018

polypharmacy side effects ft

Nanomaterials that mimic nerve impulses (spikes) discovered

Complement current “neuromorphic” (brain-like) chips, which emulate synapses
July 13, 2018

Nanomaterials that simulate nerve impulses (credit: Osaka University)

MIT’s Cheetah 3 blind robot can climb a staircase littered with debris, leap, and gallop across rough terrain

Could be used for exploring disaster zones and other dangerous or inaccessible environments
July 6, 2018

Cheetah 3 on stairs

Discovering new drugs and materials by ‘touching’ molecules in virtual reality

Scientists can now visualize and experiment with structures and dynamics of complex molecular structures (at atomic-level precision), with real-time multi-user collaboration via the cloud
July 6, 2018

To figure out how to block a bacteria's attempt to create multi-resistance to antibiotics, a researcher grabs a ligand (a binding molecule) that simulates a type of penicillin called benzylpenicillin (red) and interactively guides that molecule to dock within another enzyme (blue-orange) molecule called beta-lactamase, which is produced by bacteria in an attempt to disable the penicillin (by making a patient resistant to a class of antibiotics called β-lactam). (credit: University of Bristol)

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