After watching Chemistry , you might enjoy:
The 2011 series is an American comedy-drama that premiered on Cinemax as part of its "After Dark" programming. It explores the intense and often volatile physical connection between two people from vastly different worlds whose lives collide—literally—following a car accident. Plot Overview
| Area | Status in 2011 | Promise | |------|----------------|---------| | Chemical computing | Proof-of-concept logic gates (AND, OR, XOR) using BZ waves | Unconventional, parallel computing | | Drug delivery | Oscillating pH systems to trigger polymer swelling | Autonomous pulsatile release | | Sensors | BZ-based detection of heavy metals (sub-ppb) | Simple, visual readout | | Systems biology | Coupling nonlinear chemistry with cell signaling pathways | Understanding calcium oscillations |
The series is characterized by its lighthearted, almost soap-opera tone, frequently utilizing to allow characters to share their internal thoughts with the audience.
[ \frac\partial \mathbfu\partial t = \mathbfF(\mathbfu) + \mathbfD \nabla^2 \mathbfu ]
After watching Chemistry , you might enjoy:
The 2011 series is an American comedy-drama that premiered on Cinemax as part of its "After Dark" programming. It explores the intense and often volatile physical connection between two people from vastly different worlds whose lives collide—literally—following a car accident. Plot Overview
| Area | Status in 2011 | Promise | |------|----------------|---------| | Chemical computing | Proof-of-concept logic gates (AND, OR, XOR) using BZ waves | Unconventional, parallel computing | | Drug delivery | Oscillating pH systems to trigger polymer swelling | Autonomous pulsatile release | | Sensors | BZ-based detection of heavy metals (sub-ppb) | Simple, visual readout | | Systems biology | Coupling nonlinear chemistry with cell signaling pathways | Understanding calcium oscillations |
The series is characterized by its lighthearted, almost soap-opera tone, frequently utilizing to allow characters to share their internal thoughts with the audience.
[ \frac\partial \mathbfu\partial t = \mathbfF(\mathbfu) + \mathbfD \nabla^2 \mathbfu ]