Scientists have discovered an entirely new form of biological reproduction—and applied their discovery to create the first-ever, self-replicating living robots.

The SENSYCUT project aims to create low-cost, nano-scale resolution sensors and cutting tools for machining operations of high value aerospace products, to increase precision, lower costs and prevent manufacturing errors.

Grover is not your average farmer. It can lift more than 1,000 pounds and assists in the monitoring, watering, and harvesting of a wide variety of crops, from leafy greens to strawberries.

Researchers have developed a robotic device that provides an innovative motor and cognitive rehabilitation service that can be used at health centres as well as at home. The team has developed a platform made up of four elements: a robot that interacts with the patient, an artificial intelligence system that uses a 3D sensor to control the robot, an application that can be used by health care staff to set up and track sessions, and a cloud-based storage system which contains information and analytics from all of the rehabilitation processes.

Every day, cytologists around the world use optical microscopes to analyze and classify samples of bone marrow cells thousands of times. This method to diagnose blood diseases was established more than 150 years ago, but it suffers from being very complex. Looking for rare but diagnostically important cells is both a laborious and time-consuming task. Artificial intelligence has the potential to boost this method - however it needs a large amount of high-quality data to train an AI algorithm.

Whenever you explore an environment or search for something, you scan the scene using continuous rapid eye movements. Your eyes also make short stops to fixate on certain elements of the scene that you want more detailed information about. The way you move your eyes and the selection of details you fixate your gaze upon can be summed up as your viewing behaviour.

Worldwide, coastal wetlands like salt marshes and mangroves are increasingly recognized as valuable natural defenses that protect coasts. Tidal salt marshes enhance flood safety by being 'wave absorbers' that protect the dikes behind them, and by being 'flood fighters' that lower the flood depth by limiting the size of breaches when a dike would fail during severe storms. This raises the question if we can establish and restore these wetlands where needed, now that the sea level is rising, and storms become stronger and more frequent.

Nexa3D announced that it partnered with AI-powered manufacturing software leader Oqton to meet the growing demand for additively manufactured patient specific dental appliances and aligners worldwide.

Thursday 18 November 2021 - Can Technology Innovation Awaken a Sleeping Giant? This webinar includes a summary of the key issues facing global agriculture; emerging applications of agricultural robotics; an overview of some of the key developments in the field; and much more.

When grazing goats that are wearing this new technology hear a beep, it alerts them to stay within the invisible boundary of the grazing area. If they don't, a digital collar around their necks gives them a small electric shock.

Wednesday 17 November 2021 - Over the last year, we've seen an increasing number of 5G consumer network rollouts and field testing around the world. This webinar discusses an overview of 5G development; 5G commercial deployment; an overview of 5G application; and much more.

Designed for implementation in a 6U CubeSat (of 10cm x 20cm x 30cm dimensions), the QlevEr Sat demo is the latest development in an ongoing collaboration between CSUG and Teledyne e2v that was first established four years ago.

Cionic, a company committed to improving the lives of people with mobility differences by helping them move more independently through bionic clothing, has conducted trials in the San Francisco Bay Area that resulted in an average improvement of 143% to foot drop across trial participants of Cionic's Neural Sleeve gait study.

Precision and quality are key in additive manufacturing, especially when it is being used to create heat-resistant metal parts for applications such as jet engines, rockets or other high temperature environments. A team of engineers is using machine learning to monitor and mitigate defects that occur in additive manufacturing.

Picking up a blueberry or grape without squishing it isn't hard, but try teaching it to a robot. The same goes for walking on ice, turning a key to unlock a door or cooking a favorite dish. When it comes to the senses, touch remains a challenge for artificial intelligence and robotics researchers.

In a pilot human study, researchers show it is possible to improve specific human brain functions related to self-control and mental flexibility by merging artificial intelligence with targeted electrical brain stimulation.

5G has two new frequency bands: sub-6 GHz (3.5 - 7 GHz) and mmWave (>24 GHz). 5G sub-6 GHz, with a frequency relatively close to the 4G frequency range, does not receive as much attention as the other new frequency band - mmWave. Even though there has been a lot of buzz surrounding mmWave, has this technology been extensively adopted? What are the pain points in the mmWave industry? What are its prospects for the future?

Researchers have announced the development of a viral detection algorithm for smartwatches. . The algorithm will be commercialized by physIQ, which develops solutions designed to improve health care outcomes by applying artificial intelligence to real-time physiological data from wearable sensors.

Yellow leaf disease, a major sugarcane pest in Brazil, is caused by a virus resistant to thermal treatment. An infected plantation can be saved only by growing plantlets in tissue culture in the laboratory and planting them out, a time-consuming process that requires specialized infrastructure and personnel.

Researchers have designed an AI tool called EVE (Evolutionary model of Variant Effect), which uses a sophisticated type of machine learning to detect patterns of genetic variation across hundreds of thousands of nonhuman species and then use them to make predictions about the meaning of variations in human genes.