Future of Computing and AI with Dr. Vassil Dimitrov

Dr. Vassil Dimitrov, Professor of Electrical & Computer Engineering, University of Calgary

Lifelong curiosity and passion for mathematics

Bridging mathematics and engineering through hybrid education

Podcast

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Overview

In this fascinating episode of The Brand Called You (TBCY), host Stephen Ibaraki interviews Dr. Vassil Dimitrov, Professor in the Department of Electrical and Computer Engineering at the University of Calgary.

Dr. Dimitrov shares his career milestones, deep passion for mathematics, and groundbreaking work at the intersection of encryption, analog computing, artificial intelligence, quantum computing, and brain-inspired hardware. The conversation explores how mathematics and engineering together are shaping the future of computation, AI hardware accelerators, image compression, and education.

Below is a detailed, timestamped breakdown of the discussion, highlighting key insights from each segment.

00:00:25 – Career Milestones

Lifelong curiosity and passion for mathematics

Bridging mathematics and engineering through hybrid education

Commitment to applying mathematical theory to real-world problems

00:02:56 – Key Applications of His Work

Advances in encryption and cryptography

Research on information representation: analog vs. digital processing

Inventing multiple-base number systems (used in hearing aids, now explored for AI hardware)

Contributions to image compression and blockchain consensus algorithms

00:08:52 – Mathematical Problems That Fascinate Him

Efficient factoring algorithms beyond conventional quantum methods

Work on number-representation conjectures, including the Erdős conjecture

Interest in problems that are simple to state but difficult to solve

00:11:55 – The Future of Quantum Computing

Healthy skepticism about near-term commercial viability

Insights into IBM, Google, D-Wave, and post-quantum cryptography

00:16:01 – Exascale Supercomputing

Enthusiasm for exascale systems approaching brain-level operations

Applications in genetics, drug discovery, physics, and protein folding

00:18:19 – Chip Architecture Breakthroughs

In-memory computing as a major driver of future performance

Physical limits of transistor scaling and the need for new architectures

00:20:05 – Photonic & Optical Computing

Revival of optical computing for AI workloads
Advocacy for hybrid optical-digital systems

RESOURCES:

Learn more about Dr Vassil Dimitrov: LinkedIn

Enjoyed this podcast?

Dr. Vassil Dimitrov is fascinated by how humans represent information. Why do many children answer “3” when asked what lies halfway between 1 and 9? Our brains don’t compute like machines—perhaps they use logarithmic encoding. Share your thoughts in the comments and spread these insights with friends!

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