(gdb) p universe->state
$1 = |Ξ¨β© = Ξ±|0β© + Ξ²|1β© (Superposition: High-Performance Distributed Systems & Deep Learning)I explore the intersection of fundamental physics, quantum mechanics, deep learning, and low-level systems engineering. My work spans from probing cosmic structure and quantum information loss in black holes to engineering microsecond-latency distributed databases and scalable AI models.
- π§ AI & Deep Learning Research: Neural operators (FNOs), quantum neural networks, transformer memory compression, and self-supervised physics-informed neural networks (PINNs).
- β‘ Systems & Distributed Infrastructure: High-performance LSM-tree storage engines, Raft consensus protocols, eBPF network tracing, and lock-free concurrent data structures in Rust, C++, and Go.
- π Cosmology & Astrophysics: Modeling cosmic structure formation, dark energy equations of state (w(z)), and inflationary perturbations.
- βοΈ Quantum Mechanics & Computation: Simulating open quantum systems, NISQ circuit optimization, and quantum error correction (QEC).
βββ π quinedb/ # High-throughput LSM-Tree Storage Engine (Bloom Filters, WAL, SSTables)
βββ β‘ caminus/ # Embedded Distributed Key-Value Store with LRU Block Caching in Rust
βββ π vortex-proxy/ # Microsecond-latency TLS SNI Reverse Proxy & Circuit Breaker Engine
βββ π streaming-service/ # Stream Event Processor with Backoff DLQ Retry & Prometheus Metrics
βββ π chronos/ # Distributed DAG Engine with Auto-Eviction & Dynamic Task Failover
- π Portfolio / GitHub: github.com/ichbingautam
- πΌ LinkedIn: Shubham Gautam




