A new robotic exoskeleton in town

This week's NSF Science 360 highlights include the introduction of Harmony, a robotic exoskeleton designed to aid in upper body therapy for patients with spinal and neurological injuries. The northern cling fish's unique suction abilities inspire new surgical devices. Additionally, the issue of 1,4-dioxane pollution in North Carolina's water is addressed, with researchers working on solutions. The video concludes with a prompt to explore more science news online.

What is the primary purpose of the Harmony exoskeleton?

• To improve industrial manufacturing

• To enhance athletic performance

• To assist in military operations

• To provide full upper body therapy

What unique feature does the northern clingfish possess?

• It can survive in both salt and freshwater

• It has a powerful suction cup

• It can regenerate lost fins

• It can change colors rapidly

How are researchers planning to use the northern clingfish's suction ability?

• To develop new fishing nets

• To create better underwater cameras

• To design surgical devices and tagging tools

• To improve aquarium cleaning systems

What is the main concern with 1,4-dioxane in North Carolina?

• It is causing fish populations to decline

• It is a potential human carcinogen

• It is making the water taste bad

• It is increasing water temperature

What solution are researchers exploring to address 1,4-dioxane pollution?

• Building new water treatment plants

• Implementing stricter fishing regulations

• Using low-cost carbon filters at home

• Introducing new fish species to the rivers