Lina Necib, MIT, Cambridge, Massachusetts
Homepage(s): MIT, CV, ADS, Kavli, IN, inSpireHEP, Research Group
First email: 4 October 2024
Dear Prof. Dr. Lina Necib:
Congratulations on forming and nurturing your research group. I enjoyed your multilingual public engagement. I was most pleased to read that you have tested dark matter models. My apporach to the subject has been to ignore big bang cosmology in order to ask the question, “Which constants and universals might yield some interesting results if we apply exponential notation?” Of course, MIT is an excellent place to ask such questions. That you have a high school student in your midst speaks volumes.
Might you entertain a radically different approach? Given your AI capabilities, it might yield surprising results. The full article is here: https://81018.com/infinitesimals/ These are the eight key points:
- The Planck units define an infinitesimal sphere.
- Spheres at the Planck scale define a perfection.
- Perfection is defined by the continuity-symmetry-harmony within pi(π).
- The universe is tiled and tessellated by Planck spheres.
- A grid of Planck-scale spheres defines the infinitesimal universe.
- Planck-scale physics and mathematics are defined by pi(π).
- Continuity-symmetry-and-harmony of pi (π) render the homogeneous and isotropic.
- There are geometries of imperfection. (Started with Aristotle)
These hypotheses should read as a hypothetical, “What if” question.
Now, long, long ago, I grew up in and around Cambridge (and around both MIT and Harvard) and got to know many professors while quite young.
Best wishes,
Bruce
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Bruce E. Camber
https://81018.com
https://81018.com/mit-scholars/