On discovering the work of Elia Bottalico, Saskia Charity, and Dominika Vasilkova and Ce Zhang of the University of Liverpool

TO: Four scholars trying to reach Beyond the Standard Model:
•  Dominika Vasilkova: ArXivBSMLiverpool, Paper at Liverpool
•  Saskia Charity: InspireHEPBSMLiverpool now at Fermilab
•  Elia Bottalico: InspireHEPBSMLiverpool at Liverpool
•  Ce Zhang: InspireHEPBSM, Liverpool
FM: Bruce E. Camber
RE: Is there new physics beyond the Standard Model of particle physics?”
Our finding will help settle the question
.” Meet the authors reaching Beyond the Standard Model (BSM)

Third email: 25 September 2025

Dominika Vasilkova, Saskia Charity, Elia Bottalico, and Ce Zhang

Dear Charity, Ce, Elia and Dominika,

Back in February 2024 I sent a note to Dominika Vasilkova advising that I had developed a page about your BSM research. Just to keep you all in the loop, that page has now been updated: https://81018.com/bottalico-charity-vasilkova-zhang/  

I hope you are all well and doing fine.  Life is impossible for most people, and I suspect you are being rewarded for your tenacity. I hope so.  

In March 2025 we had a bit of a breakthrough here: https://81018.com/irrationals/ That was our Grok4 conversation. ChatGPT was helpful. Perplexity was modestly affirming: https://81018.com/perplexity/

In July the finite-infinite mechanism —  https://81018.com/planck-polyhedral-core/ — became dynamic and now we are trying to take the next step: https://81018.com/where/ I hope you find it all of interest and might share your critical insights. Thank you.

Warmly,

Bruce

Second email: 18 February 2024

You and your team may find the format and tone of this reformat of that article about the Big Bang a bit more to your liking. I will assure you that the earlier article was not spoof, but an earnest attempt to develop a different approach.

Best wishes,

Bruce

First email: 10 February 2024 (updated)

Dear Dr. Dominika Vasilkova:

In November 2016 Stanford University professor Andre Linde told us to figure out the anomalous magnetic moment of the muon before going further! He was having us do a gut check. Last year, I wrote to your colleague, Alex Keshavarzi (Manchester). As a member of the Muon g-2 Collaboration (Abstract/PDF), they all seemed destined to figure out the anomaly. They haven’t.

Two insights, very different starting points, might inspire some new thoughts about it all.  Naive perhaps, but relatively unexamined:

There are many of us outside the mainstream. If you have any insights as to where our simple logic fails, please-please-please share that precious information.  Many thanks.

Warm regards,

Bruce

PS. Tell your group to continue to publish, just the four of you, and get out of the 30-100+ contributor silliness.  To have a team of four creatives, that’s all you’ll need to conquer the world.  The universe may take a few more people.  –BEC