Inside Science
/
Article

Robot Inspired by Plant Roots Burrows Underground

AUG 09, 2021
Engineers developed a soft robot that can move through sand and curve around objects where traditional robots struggle.
Robot Inspired by Plant Roots Burrows Underground

(Inside Science) -- When people think of a robot, they often imagine classical robots such as R2-D2 with their bodies hard and rigid. But lately, soft robots such as Baymax from “Big Hero 6" are becoming more popular. These robots, often inspired by nature, can bend and flex in response to their environment, enabling them to overcome challenges that more traditional robots had. A team of researchers from the University of California, Santa Barbara and Georgia Institute of Technology developed one such robot that can travel underground. Inspired by plant root growth, this robot can extend its body to tunnel and burrow through soft sand. One day, the new robot could be a part of space exploration, surveying lunar caves or sampling Martian soil.

More Science News
/
Article
A combination of tunneling barrier mobility and transparency parameters produces the most accurate lifetime of polymers.
/
Article
Thin alumina coatings can create a barrier for tritium, reducing its permeation while fundamentally changing the permeation process.
/
Article
Pairing a plasma actuator with the Coanda effect enables low-cost control of airflow in HVAC systems.
/
Article
Metropolis–Hastings algorithms reduce data smearing and improve density distribution results.
/
Article
Classical approaches to verifying a subject’s position can be easily fooled. Quantum optics can help, but only if the systems are fast and have low loss.
/
Article
The sweeping federal financial assistance rule proposed by the Office of Management and Budget is on hold. The reprieve may be an opportunity for the rule to fizzle.
/
Article
His 1988 sketch of how to use Antarctic ice to detect neutrinos led to the IceCube observatory, which made the first detections of high-energy neutrinos in 2013.
/
Article
After collecting experimental data from a replica of the renowned bell, researchers used a technique called modal analysis to model its acoustic properties.
/
Article
At the end of the turbulent 1960s, the postwar funding boom in US physics came to a crashing halt. The lessons learned then may be helpful to today’s physicists.