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Majorana Particle: A Quantum Enigma

  • Ettore Majorana (1937) theorized a particle that is its own antiparticle—now called the Majorana fermion.
  • These particles could revolutionize quantum computing due to their topological stability and resistance to decoherence.
  • Microsoft’s Controversy:
    • In 2020, Microsoft researchers claimed to have observed and manipulated Majorana zero modes in nanowires.
    • Later scrutiny revealed flaws in the data interpretation, casting doubt on the claim.
Nobel Worthiness: If conclusively observed and controlled, Majorana fermions would represent a breakthrough in both fundamental physics and quantum technology.



Warburg Extrapolation: Cancer as a Metabolic Disease
  • Otto Warburg (1920s) discovered that cancer cells favor anerobic glycolysis—fermenting glucose even in the presence of oxygen.
  • Dr. Thomas Seyfried expanded this into a full metabolic framework:
    • Cancer cells not only ferment glucose but also glutamine, bypassing mitochondrial respiration.
    • This dual-fuel fermentation is necessary and sufficient for cancer survival.
    • Seyfried’s work challenges the gene-centric view of cancer and proposes metabolic therapy as a non-toxic alternative.