A.I. Turns Its Artistry to Creating New Human Proteins

“One of the most powerful things about this technology is that, like DALL-E, it does what you tell it to do,” said Nate Bennett, one of the researchers working in the University of Washington lab. “From a single prompt, it can generate an endless number of designs.”

To generate images, DALL-E relies on what artificial intelligence researchers call a neural network, a mathematical system loosely modeled on the network of neurons in the brain. This is the same technology that recognizes the commands you bark into your smartphone, enables self-driving cars to identify (and avoid) pedestrians, and translates languages on services like Skype.

see also Are Bedsores Giving You or Your Loved Ones Discomfort? Try These Home Remedies For Immediate Relief

A neural network learns skills by analyzing vast amounts of digital data. By pinpointing patterns in thousands of corgi photos, for instance, it can learn to recognize a corgi. With DALL-E, researchers built a neural network that looked for patterns as it analyzed millions of digital images and the text captions that described what each of these images depicted. In this way, it learned to recognize the links between the images and the words.

When you describe an image for DALL-E, a neural network generates a set of key features that this image may include. One feature might be the curve of a teddy bear’s ear. Another might be the line at the edge of a skateboard. Then, a second neural network — called a diffusion model — generates the pixels needed to realize these features.

The diffusion model is trained on a series of images in which noise — imperfection — is gradually added to a photograph until it becomes a sea of random pixels. As it analyzes these images, the model learns to run this process in reverse. When you feed it random pixels, it removes the noise, transforming these pixels into a coherent image.

At the University of Washington, other academic labs, and new start-ups, researchers are using similar techniques in their effort to create new proteins.

Proteins begin as strings of chemical compounds, which then twist and fold into three-dimensional shapes that define how they behave. In recent years, artificial intelligence labs like DeepMind, owned by Alphabet, the same parent company as Google, have shown that neural networks can accurately guess the three-dimensional shape of any protein in the body based just on the smaller compounds it contains — an enormous scientific advance.

Barbara Stanley, Influential Suicide Researcher, Dies at 73

Dr. Stanley wrote more than 200 papers. She was president of the International Academy for Suicide Research and served on boards and committees of...

6 Reasons why digestive issues can increase during winter

Introduction The winter season brings with it a slew of health concerns like digestive issues. During the winter, not only are respiratory problems, achy joints...

How to achieve Digital Detox without unplugging from Social Life

 That’s where the idea of digital detox emerges. A digital detox involves abstaining from electronic gadgets and digital media in order to boost general...

- Advertisement -

spot_img

Barbara Stanley, Influential Suicide Researcher, Dies at 73

Dr. Stanley wrote more than 200 papers. She was president of the International Academy for Suicide Research and served...

Expose your thoughts

LEAVE A REPLY

Please enter your comment!
Please enter your name here