Sangram Bagh

Lego-like Mixing and Matching of Engineered Bacteria Configure Full Subtractor and Adder Through an Artificial Neural Network Type Architecture

The paper demonstrates a modular bacterial system that functions as a full subtractor or adder by mixing engineered cells, modeled as artificial neural network components.

A Synthetic Genetic Reversible Feynman Gate in a Single E.coli Cell and its Application in Bacterial to Mammalian Cell Information Transfer

The paper demonstrates a synthetic genetic reversible Feynman gate in E. coli that transfers input information to mammalian cells, showing ultrasensitive and predictive behavior.

Engineered Bacteria Computationally Solve Chemically Generated 2X2 Maze Problems

The paper describes engineered bacteria that solve 2X2 maze problems using chemical inputs and genetic logic circuits.

A single layer artificial neural network type architecture with molecular engineered bacteria for complex conventional and reversible computing

The paper demonstrates a single-layer artificial neural network architecture using molecular engineered bacteria to perform complex irreversible and reversible computing tasks.

A synthetic biochemical device for sensing microgravity

The paper introduces a synthetic RNA-based microgravity sensor in E. coli that alters target protein expression in response to microgravity, demonstrating its potential for space biotechnology applications.