Deepak Vaid
Theoretical Physicist
Exploring the quantum nature of spacetime through loop quantum gravity, quantum computing, and the geometry of entanglement.
About
Bridging abstract theory and computational exploration
Research
My work spans loop quantum gravity, quantum cosmology, and the deep connections between quantum information and spacetime geometry. I am particularly interested in how entanglement structure might encode the geometry of quantum spacetime.
Explore Research →Computation
I use computational tools — from symbolic algebra to quantum simulation — to probe regimes where analytical methods fall short. Code is both a tool and a form of theoretical expression.
View GitHub →Research Areas
Current focus and active interests
Loop Quantum Gravity
Quantum geometry, spin networks, and the discreteness of spacetime at the Planck scale.
Quantum Computing
Quantum information, error correction, and computational approaches to quantum gravity.
Quantum Cosmology
The early universe, quantum geometry effects, and the physics of the Big Bang.
Entanglement & Geometry
How quantum entanglement might encode the geometry of spacetime.
Black Hole Thermodynamics
Entropy, horizons, and the quantum nature of black holes.
Braid Models & TQC
Topological quantum computation and braid models of elementary particles.
Selected Publications
Entanglement in Loop Quantum Gravity
Physical Review D, Vol. 107, Issue 8
Spin Networks and Quantum Error Correction
Classical and Quantum Gravity, Vol. 38, Issue 15
Geometric Phases in Quantum Gravity
Physical Review Letters, Vol. 123, Issue 12
Writing & Teaching
Sharing knowledge, building understanding
Deepak's Blog
Essays on physics, computation, and the occasional philosophical detour.
Read the Blog →Cloudy Blog
A co-authored space where ideas ferment and half-thoughts find form.
Visit Cloudy Blog →Teaching
Course materials, lecture notes, and a decade of classroom experience.
View Teaching →Supervision
MSc and PhD students guided, projects supervised, theses mentored.
View Supervision →CJP Research
Data-driven political research
Get in Touch
I am always open to collaboration and conversation