Insect cyborgs: The future of small, high-mobility, and efficient devices
Electrical stimulation of stick insect leg muscles can be used to control their movement, with a nearly linear relationship between…
Category: Artificial Intelligence
Robots are helping scientists to understand how insects evolved two distinct flight strategies: synchronous and asynchronous flight.
In synchronous flight, the insect’s brain directly controls each wingstroke. In asynchronous flight, the muscles of the insect’s wings automatically…
AI and birders are joining forces to push bird conservation to the next level.
New research from Cornell University is using big data and artificial intelligence (AI) to model hidden patterns in nature, not…
Revolutionizing Experiments: Efficient Designs with Zero Autocorrelation Sequences
Orthogonal designs for computer experiments constructed from sequences with zero autocorrelation (also known as orthogonal arrays) are a powerful tool…
Stable Audio: A New Latent Diffusion Model for Controllable Audio Generation
Stability AI has unveiled Stable Audio, a latent diffusion model designed for controllable audio generation. Stable Audio combines text metadata,…
New AI Software Revolutionizes Microscopy Image Analysis
AtomAI is a new software package that applies deep learning to microscopy data at atomic resolutions. It can identify thin…
AI-designed robots: The next step in the evolution of technology.
Scientists at Northwestern University have developed an AI that can design new robots from scratch in seconds. The AI was…
Rhythm is the key to a robot’s soul.
Rhythm is a fundamental part of movement in both animals and robots. By incorporating rhythm into design, engineers can enhance…