The nature of light and the so-called wave-particle duality has fascinated physicists and laypeople for over a century. From Albert Einstein’s explanation of the photoelectric effect to the mysterious results of the double-slit experiment, light has forced us to grapple with counterintuitive ideas in quantum mechanics—notably that something could behave like both a wave and […]
Quantum Physics
The Quantum Physics Missing Link: Geometric Quantization
In a groundbreaking discussion on quantum physics, the intricate concept of geometric quantization is explored, bridging classical and quantum mechanics. This fascinating area addresses the challenge of moving between the classical and quantum worlds, emphasizing the duality of these realms. By providing historical context, mathematical frameworks, and insights into Poisson geometry, this blog post expands […]
Wolfram’s Ambition: A Theory of Everything
In modern theoretical physics, one of the most compelling and challenging goals is to find a Theory of Everything (TOE)—a single, all-encompassing framework capable of describing every fundamental aspect of reality, from the large-scale structure of the cosmos to the most microscopic quantum phenomena. Over the years, candidates for such a theory have included string […]
The Amplituhedron and the Future of Space-Time
Is space-time really doomed? Has a new, exotic geometric shape—dubbed the “amplituhedron”—emerged to replace the familiar fabric of reality? If you have been following theoretical physics over the last decade, you might have read headline-grabbing statements about the “end of space-time,” “new shapes supplanting space-time,” or “revolutionary geometry rewriting the Standard Model.” In a media […]
Everything Is a Lagrangian Submanifold: Modern Phase Space Geometry
In standard physics curricula, we learn that fundamental physical entities can be described as either particles (localized lumps of mass) or waves (oscillatory fields extending across space). But from the vantage point of symplectic geometry, there’s a more profound perspective: the universe might be built upon Lagrangian submanifolds in phase space. This idea, famously quipped […]
Insights from the “Embryos Assist Morphogenesis of Others” Study in “Nature Communications” (2024)
Tung_et_al-2024-Nature_Communications A groundbreaking study published in “Nature Communications” in 2024 has provided remarkable insights into the field of developmental biology. Authored by Tung et al., this research explores how embryos can assist in the morphogenesis of others through calcium and ATP signaling, particularly in collective teratogen resistance. Key Discoveries and Insights Inter-Embryo Assistance: The study […]
