Revolutionary Applications of Neuromorphic Computing

We have billions of tiny cells in our brain called neurons, which 'talk' to one another via electric signals. The bond between these gets stronger each time we learn something new. That is basically what neuromorphic computing tries to emulate.

What is Neuromorphic Computing?

‘Neuro' means brain, and 'morphic’ refers to form. In other words, neuromorphic computing means giving shape or form to a computer, thus allowing it to determine patterns and learn from experiences just like a human can. The technology makes use of chips that can make artificial 'neurons.’ These can bond with one another just like actual neurons, thus allowing and facilitating machine learning.

Top Applications of Neuromorphic Computing?

The revolutionary technology is already making waves in the following fields:?

Healthcare

Scientists are using neuromorphic technology in disease monitoring and diagnosis by aiding radiologists in pinpointing abnormalities and diseases faster than ever.

Economy

Neuromorphic computing is being used to forecast financial outcomes to determine the impact on markets accurately. With time, the tech can also automate redundant jobs and save time.?

Environmental Sciences?

The tech also has the potential to monitor ecological processes, allowing scientists and researchers to determine productive measures to combat climate change and prevent destructive outcomes.?

Human Potential?

With time, neuromorphic computing can be used to create autonomous machines to aid scientific research and enhance job performance and productivity on a large scale.?

Neuromorphic Computing – A Double-Edged Sword?

Neuromorphic computing is a double-edged sword. With time and technological advances, artificial intelligence may take over most jobs, but it can also prove invaluable in creating breakthroughs in various industries.?