Robotics Related Content

Researchers have developed DNA motors with the ability to sense and process chemical information – mimicking the basic properties of living cells

Robot-assisted surgery cut hospital recovery time down by 20%, according to a clinical trial used to perform bladder cancer removal.

With farmers using electric toothbrushes to pollinate tomatoes, scientists are using micro-robotic tech to figure out how 'buzz pollination' can be replicated.

A team at Rutgers University have figured out how to regenerate tissue for spinal injury symptoms - using AI and robotics to create therapeutic proteins.

Kensuke Harada from Graduate School of Engineering Science, Osaka University, provides an introduction to and analysis of a move towards artificial intelligence (AI)-based technology in industrial robots.

An increase in “deaths of despair” – suicide and overdose – across the US has been linked to robot manufacturing which is gradually replacing people in their jobs.

A team at Johns Hopkins University created a robot that successfully performed laparoscopic surgery - without human intervention.

At the University of Freiburg, scientists have created artificial muscles from natural proteins - less Dr Frankenstein, more future potential for reconstructive medicine or soft robotics.

Neil Ballinger at EU Automation, explains why some countries are more successful at implementing automation and what UK manufacturers can learn from them

Professor Ken Saito and PhD candidate Yuki Takei, College of Science and Technology, Nihon University, tells us about a project they are working on to generate typical animal like actions in robots.

Athena Coustenis, Niklas Hedman and Gerhard Kminek for the COSPAR Panel on Planetary Protection discuss updates in the Planetary Protection Policy to ensure sustainable scientific lunar exploration.

Matt Kirchner- President, Lab Midwest & Dr. Joshua Gamer- Dean, Western Technical College discuss IoT and advancing technology.

Scientists at the Japan Advanced Institute of Science and Technology are trying to use neuroscience to create emotionally intelligent robots - which process more than logical instructions.

Kensuke Harada, Professor from Osaka University in Japan, explains how a humanoid robot searches for an object in our daily environment.

Korean scientists are creating an AI called 5G-I-VEmoSYS, which can read human emotions via wireless signals and body movement.

Chief Scientist at Dynamic Object Language Labs Inc, Dr Paul Robertson explains how autonomous AI systems are key to achieving synergy between humans and robotics that can work together as a team.

Ken Saito, Associate Professor from College of Science and Technology, Nihon University in Japan, tell us about a millimetre-sized microrobot with an artificial brain.

Dr Gamer, Academic Dean, Integrated Technology Division, tells us all about mechatronics education at Western Technical College, supported by the National Science Foundation (NSF).

Per Juul Nielsen, CEO at UVD Robots, explains how autonomous robots can be used to fight infections, such as COVID-19 on the front lines.

A West Midlands company has just been appointed the UK’s official dental and care home distributor of the Coronavirus killing robot called THOR UVC®.