AZoRobotics

AZoRobotics

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English
Online/Digital

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49
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Global

#864609

United States

#638098

Science and Education/Science and Education

#1962

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Articles

  • 1 week ago | azorobotics.com | Laura Thomson

    According to a study published in Cyborg and Bionic Systems, recent advances in flexible bioelectronics have made significant progress toward seamless integration at bio-tissue-electronic interfaces. However, persistent obstacles such as foreign body response (FBR) caused by mechanical mismatch and signal instability under dynamic physiological settings remain key impediments.

  • 1 week ago | azorobotics.com | Bethan Davies |Soham Nandi

    Reviewed by Bethan DaviesResearchers have developed two advanced haptic devices that enhance robotic teleoperation by providing more intuitive and precise control in hazardous industrial environments, addressing a long-standing gap in safety and usability.

  • 1 week ago | azorobotics.com | Laura Thomson

    With an NSF CAREER award and inspiration from nature, Lehigh University researcher David Saldaña hopes to improve the capabilities of aerial robots, enabling them to manipulate flexible materials and adjust to changing stresses in real-time. Inspiration can strike at any time, any place, and from almost anything. I was walking my dog and watching a squirrel jump from tree branch to tree branch.

  • 1 week ago | azorobotics.com | Bethan Davies |Soham Nandi

    Reviewed by Bethan DaviesDrones are taking off, but so are regulatory concerns. The rapid adoption of drones across commercial, military, and recreational sectors is reshaping industries—but it’s also raising serious concerns around safety, privacy, and airspace integrity. Unregulated use can lead to mid-air collisions, unauthorized surveillance, and disruptions to controlled zones.

  • 1 week ago | azorobotics.com | Bethan Davies |Soham Nandi

    Reviewed by Bethan DaviesResearchers have developed a light-driven robotic material that autonomously purifies water, propels itself across surfaces, and runs entirely on sunlight—no batteries, motors, or electronics required. Published in PhotoniX, the study introduces a multifunctional foam built from reduced graphene oxide (RGO), titanium carbide MXene, and titanium dioxide (Ti3C2Tx–TiO2).

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