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Parents1

  • Research Directions — Kartiek Agarwal (from Google Scholar)

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  • Disorder & Ergodicity Breaking
  • Nonequilibrium Protocols & Wavefront Engineering
  • Quantum Sensing & Symmetry-Breaking Probes
  • Topological Matter & Quantum Information

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  • Engineered Spacetime Quenches for Critical-State Preparation
  • THz Wavefront Engineering
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Description:Research-directions map from Google Scholar publication history
# Nonequilibrium Protocols & Wavefront Engineering
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Engineered time-dependent protocols for controlling nonequilibrium quantum and classical systems — designing a moving "front" (spacetime-dependent quench, or photoexcitation front) that outruns a system's natural signal velocity to achieve a target outcome faster than conventional methods allow. The striking part: the same abstract trick reappears twice, once in quantum many-body state preparation and once in completely unrelated classical nonlinear optics.
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Children: Engineered Spacetime Quenches for Critical-State Preparation (nests Chiral Prethermalization in Split Condensates), THz Wavefront Engineering (cross-linked to the quench-engineering node via the shared "engineered front" technique).
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# Parents
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* Research Directions — Kartiek Agarwal (from Google Scholar)⏎
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