Cortical Labs develops biological computing technologies that integrate neurons into silicon chips for computational purposes.

Cortical Labs

We are a biological computing startup putting live neurons into chips to revolutionise computing. Welcome to the post-silicon age.

Blackbird Ventures

Life Extension Ventures

Radar Ventures

Horizons Ventures

In-Q-Tel

I am honored and thrilled to be speaking at the 'Women in Tech' event organized by the Graduate Student Association (GSA) at the University of Melbourne. I look forward to sharing my journey, from my early days as a Bachelor's student in Electrical Engineering to my current role as a full-time Post-Doctoral Data Scientist at Cortical Labs.

This event is a wonderful opportunity to reflect on the challenges and triumphs along the way and to connect with others who are passionate about driving change and innovation in technology.

Join us on August 22nd to celebrate and uplift the voices of women in tech!
More details about the event can be found here: https://lnkd.in/g-bKXh_Z

#WomenInTech #GSA #Unimelb #TechInnovation #Empowerment

Episode II of the From Cells to Code series is now online - https://lnkd.in/gVHa8XEg

Check out some of the amazing Cortical Labs team walking through how we go from human induced pluripotent stem cells to functioning neurons!

https://lnkd.in/gzYtZFhj

#science #brains

Introducing a new educational video series that we’ve put together called From Cells to Code. We just uploaded the first episode- Growing Stem Cells https://lnkd.in/g3ikNznx  make sure you like a subscribe!

We're #hiring a new Financial Controller in Brunswick, Victoria. Apply today or share this post with your network.

Will we ever understand how consciousness arises and what would it mean if we did?

In a new paper co-authored with Dr Alon Loeffler, A. Prof. Lomax Boyd from Johns Hopkins University and Prof Julian Savulescu from University of Singapore we propose an iterative process for investigating morally relevant states like consciousness in neural systems, ranging from single cells to intact brains by using cells in a dish in game environments.

Developing tools like we do at Cortical Labs that allow you to explore how cells behave in different simulated environments is incredibly unlikely to give rise to consciousness in these very simple systems, but it does offer a way to simplify the otherwise impossible complexity that exists in the brains of animals and offer a pathway forward to try better understanding the neural basis for a range of different states.  

You can check out this paper here: https://lnkd.in/g7qqdTMD

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