11 · Life Plan
Tasks
What I am actively working on, with status, published so the list itself becomes accountability. Smaller than goals, more granular than the Master Plan's artifact backlog. Edits flow through the vault — the public read-only view is here.
Lifetime
- Physics Diagnostic Reportopenphysics
A self-assessment of current physics knowledge, mathematical prerequisites, and starting point.
Done means:
- weak areas listed
- starting layer chosen
- resources selected
- first study track created
Priority: Very high
- Units, Dimensions, andopenphysics
Measurement Notebook A notebook on SI units, dimensional analysis, measurement, uncertainty, estimation, and model assumptions.
Done means:
- dimensional analysis problems solved
- unit conversion practiced
- uncertainty notes written
- measurement mindset explained
Priority: Very high
- High-School Physicsopenphysics
Foundations Notebook A notebook covering motion, force, energy, waves, heat, light, electricity, magnetism, and atoms.
Done means:
- basic topics summarized
- formula meanings explained
- practice problems solved
- weak topics marked
Priority: Very high
- Mechanics Problem andopenphysics
Simulation Lab A repo/notebook for kinematics, Newton’s laws, energy, momentum, rotation, and oscillations.
Done means:
- solved problems exist
- at least 3 simulations exist
- physical interpretation included
Priority: High
- Waves and Oscillations Labopenphysics
A repo covering simple harmonic motion, resonance, interference, standing waves, and sound. Done means:
- wave simulations exist
- oscillation problems solved
- superposition explained
- quantum connection noted
Priority: High
- Electricity and Magnetism Labopenphysics
A notebook/repo covering fields, potentials, Gauss’s law, circuits, magnetism, induction, and Maxwell’s equations.
Done means:
- E&M problem sets exist
- field visualizer exists
- circuits linked to EEE
- Maxwell concept map exists
Priority: High for EEE/quantum hardware
- Modern Physics Transitionopenphysics
Notebook A notebook covering relativity basics, blackbody radiation, photoelectric effect, Compton scattering, Bohr model, matter waves, and uncertainty.
Done means:
- experimental motivation for quantum mechanics explained
- modern physics problems solved
- classical failure points explained
Priority: Medium-high
- Quantum Foundations Notebookopenphysics
A serious notebook on wavefunctions, probability amplitudes, Schrödinger equation, operators, measurement, and simple quantum systems.
Done means:
- core concepts explained
- simple problems solved
- simulations included where possible
- confusion log maintained
Priority: High long-term
- Qiskit Quantum Computing Labopenphysics
A repo for qubits, gates, circuits, Bell states, teleportation, Grover, QFT, noise, and simple quantum algorithms.
Done means:
- notebooks run
- circuits explained mathematically
- results interpreted
- README explains prerequisites
Priority: Medium-high
- Quantum Hardware Overviewopenphysics
Map A structured overview of superconducting qubits, trapped ions, photonics, spin qubits, decoherence, control, readout, and fabrication constraints.
Done means:
- qubit modalities compared
- hardware requirements explained
- EEE/physics prerequisites listed
- papers/resources linked
Priority: Medium-high long-term