PCB Manufacturing: the invisible architecture inside modern technology
Follow the path from copper traces and laminated layers to the boards that power phones, computers, medical devices and spacecraft.
Circuits to Supernovas breaks down complex ideas in science and engineering into engaging episodes—from printed circuit boards and CUDA to CRISPR, 5G networks and the cosmos.
Each episode takes one complex topic and turns it into an accessible journey through how it works, why it matters and where it could lead.
Follow the path from copper traces and laminated layers to the boards that power phones, computers, medical devices and spacecraft.
Move from microscopic machines to global networks, computer graphics and biological systems—all through the same lens of curiosity.
GPUs, CUDA, compilers, algorithms and the systems that transform code into computation.
TOPICS://CUDA / COMPILERS / COMPUTEUnderstand 5G, digital infrastructure and the technologies connecting devices, cities and people.
TOPICS://5G / SIGNALS / CONNECTIVITYGene editing, microscopic systems and the convergence of engineering with living processes.
TOPICS://CRISPR / MEMS / BIOTECHExplore computer generated imagery, simulation and how computation creates convincing virtual realities.
TOPICS://CGI / RENDERING / SIMULATIONFrom reverse osmosis to precision manufacturing, see how engineering solves physical-world problems.
TOPICS://WATER / MANUFACTURING / SYSTEMSZoom outward from circuits and machines to the physical laws and phenomena shaping the universe.
TOPICS://PHYSICS / SPACE / SUPERNOVASCircuits to Supernovas is a science and engineering podcast focused on explaining the technologies, discoveries and physical systems behind everyday life and humanity’s biggest ambitions.
Episodes move between electronics, software, biotechnology, communications, industrial engineering and the universe itself.
Search for “Circuits to Supernovas” on your preferred podcast platform and follow the show for episodes across science, technology and engineering.