Projects

Final projects:

• Final Project

  Magnetically Controlled Neuromorphic Computation 📚 Contents Abstract Technical Terms Project Aims Experimental Aim Development Aim Visionary Aim Background and Literature Context How does SNIPR work? Engineering Material-to-Cell Signalling with synNotch Systems Neuromorphic Circuits Novelty and Innovation Why This Project Matters and Potential Impact Ethical Implications Experimental Design

  1. Produce and purify GFP
  2. Conjugate GFP to magnetic nanoparticles
  3. Build the magnetic actuation device
  4. Design the synthetic SNIPR and neuromorphic circuit plasmids
  5. Transfect mammalian cells across different circuit configurations
  6. Measure activation and compare outcomes