Academic
Correspondence
Academic Correspondence | Research Dialogues
Theoretical Framework
Our research synthesizes Grothendieck's mathematical frameworks with contemporary photonic theory, exploring negative effective mass phenomena through computational topology , symmetry and quantum field theory. Various other mathematical techniques are covered. This interdisciplinary approach enables novel insights into photon behavior in metamaterials. The medicine side our research focus on directed evolution and drug development to aid the condition of the autistic patient.
Tong Wang, Massless configuration and its physical effect
on systems of combined mass and negative mass
Access Article →Quantum Eigenstate Dynamics for Artificial General Intelligence Synthesis
Publication covering technical exchange on quantum eigenstate manipulation using superconducting qubit arrays for photonic computing. Here i deliver a proof, how a quantum chip is able to understand and differentiate between `yes and no` far beyond the capacity of average binary code and binary computers.
View Publication →Grothendieck's Mathematical Techniques and their Potential Applications in Photonics
Unobserved Photonic States in Higher Dimensions: A Bridge Between Mirzakhani Geometry, Langlands Program, and Supersymmetry
View Publication →A Novel Approach to Precision Medicine for Autism: Integrating CRISPR-Cas9 Technology, Brain Organoids, and Circadian Rhythm Insights
Directed-evolution centered precision medicine for the autistic patient.
View Publication →- © Peter De Ceuster 2024