NEWS & ARTICLES

Defining biocomputing in a few sentences remains a challenging task. This is because biocomputing is an emerging field. And as it usually happens with new technological areas, it takes time…

Imagine a future where the boundaries between biology and technology dissolve, and the power of intelligence and computing transcends traditional silicon-based devices. Welcome to the next evolutionary leap – the era of biocomputing.

After an intensive year of relentless research, we are thrilled to announce that FinalSpark’s Biological Neuroplatform BNP has advanced to the production stage, pushing the boundaries of what we thought possible in neurophysiology.

We have recently been working a lot on the characterization of our neurospheres. Below are the most interesting data from this. We acquired our first electron microscopy (ESEM-Quanta) images our…

After 1 year of activity, our lab is now fully operational. We started by mastering the art of culturing neurospheres starting from human progenitors. The beautiful picture below shows a…

The above pictures show our installation. Basically, this is all what is needed for basic cell culture. We obviously have all the consumables required, either hardware (tips, petri, etc) or…

We started to work on our biological neural networks. For this application, living neural cells are needed. There are 2 ways to achieve this: We chose the second option as…

Since its inception, FinalSpark has been actively doing fundamental research using digital computers. We now believe relying exclusively on digital computing to reach a General Artificial Intelligence is a dead…

Most of the machine learning tasks are using a concept of “error” (also called loss in deep learning or fitness in genetic programming or reward in reinforcement learning) in order…

Is our approach to reach artificial intelligence disruptive? Yes, it is. Are our results disruptive? Yes, they are. We are therefore motivated to take this to the next level.