Hello everyone, Uniphics Book has evolved, it was pointed out that there was a math calculation issue in chapter 8. Resolving the issue resulted in a revision to other chapters to make them consistent. I apologies for any inconvenience if you have already downloaded the chapters. These changes have made Uniphics more robust. Thank you.
Paul
Hi Pablo,
I’ve been following the evolution of the Uniphics framework with great interest, particularly the revisions introduced in Chapter 8 and the matrix formulation of the (\xi M) field.
From an engineering standpoint, several of the proposed expressions for energy density ((E_d)) and time flow ((t_d)) suggest intriguing analogies for modeling phenomena encountered in high-frequency power electronics.
In particular, I wonder whether this formalism could serve as a useful simulation heuristic for studying fast-switching stability, spatial energy distribution, and noise mitigation beyond conventional approaches.In some of our recent work on high-density solid-state power and switching-control platforms, we’ve observed interesting behavior while attempting to thermally and electrically decouple current paths through controlled spatial gradients.
That led me to wonder whether the Uniphics field equations either already account for—or could be extended to incorporate—practical corrections related to electromagnetic interference (EMI) suppression in high-energy-density environments.If you’re interested in exchanging technical perspectives from the hardware design and experimental engineering side, I’d be glad to continue the discussion through a private channel.
Best regards,
Fernando U.
Zivo Tec
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Hello Fernando,
I am not sure if I can help, but I am willing to talk with you about it. I am a retired electrical engineer and I have been traveling the world. I am currently on cruise to UK. Where are you from? Time zones can be difficult for communication.
Paul
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