Kelsey Scharnhorst's guest appearances

Kelsey Scharnhorst

MIND & MACHINE: Science & Tech of Maximizing Human Capability

BeTheTalk with Nathan Eckel

Be The Talk with Nathan Eckel

Paul Shapiro

Honorée Corder

Nir Eyal

Steven Kotler

Charlie Plumb

Naveen Jain

Vitaly Golomb

Kwame Christian

Adriana Girdler

Joyce Hunter

Douglas Rushkoff

Sarah Baker

Karen Salmansohn

Adi Jaffe

Anders Ericsson

OwlTail

Kelsey Scharnhorst obtained a B.S. in chemistry from Western Washington University (2013), a M.S. at UCLA (2014), and is finishing her PhD in materials-chemistry (2018). She researches innovative microchips for A.I. using a self-assembling and densely interconnected network that is similar to the human brain in structure, density, and function. Watch Kelsey's TEDx talk HERE.  Connect with Kelsey HERE.  BeTheTalk is a 7 day a week podcast where Nathan Eckel chats with talkers from TEDx &amp; branded events. Tips tools and techniques that can help you give the talk to change the world at BeTheTalk.com !

Kelsey Scharnhorst obtained a B.S. in chemistry from Western Washington University (2013), a M.S. at UCLA (2014), and is finishing her PhD in materials-chemistry (2018). She researches innovative microchips for A.I. using a self-assembling and densely interconnected network that is similar to the human brain in structure, density, and function. Watch Kelsey's TEDx talk <a href="https://www.youtube.com/watch?v=8hm15WRbVLA" rel="nofollow" target="_blank">HERE</a>.  Connect with Kelsey <a href="https://www.linkedin.com/in/kelseyscharnhorst/" rel="nofollow" target="_blank">HERE</a>.  BeTheTalk is a 7 day a week podcast where Nathan Eckel chats with talkers from TEDx &amp; branded events. Tips tools and techniques that can help you give the talk to change the world at <a href="http://BeTheTalk.com" rel="nofollow" target="_blank">BeTheTalk.com</a> !

089: PeopleThink with Kelsey Scharnhorst

Today we explore Artificial Intelligence (AI) through Neuromorphic Computing with computer chips that emulate the biological neurons and synapses in the brain. Neuro-biological chip architectures enable machines to solve very different kinds of problems than traditional computers, the kinds of problems we previously thought only humans could tackle. My guest today is Kelsey Sharnhorst. Kelsey is an Artificial Neural Network Researcher at UCLA. Her research lab (Gimzewski Lab under James Gimzewski) is focused on creating neuromorphic computer chips and further developing their capabilities. We’ll talk with Kelsey about how neuromorphic computing is different, how neural-biological computer architecture works, and how it will be used in the future.

Today we explore Artificial Intelligence (AI) through Neuromorphic Computing with computer chips that emulate the biological neurons and synapses in the brain. Neuro-biological chip architectures enable machines to solve very different kinds of problems than traditional computers, the kinds of problems we previously thought only humans could tackle. My guest today is Kelsey Sharnhorst. Kelsey is an Artificial Neural Network Researcher at UCLA. Her research lab (Gimzewski Lab under James Gimzewski) is focused on creating neuromorphic computer chips and further developing their capabilities. We’ll talk with Kelsey about how neuromorphic computing is different, how neural-biological computer architecture works, and how it will be used in the future.

Neuromorphic Computing, AI Chips Emulating the Brain with Kelsey Scharnhorst