each hand is a gate electrode on a silicon chip open hand repels electrons · pinch attracts them
corral 9 electrons into 3 triple quantum dots before coherence decays you are doing what conductor quantum's coda automates with AI
Qubits Initialized
electrons loaded
0 / 9
decoherence clock
0.0
Quantum Dot Corral
silicon spin qubits · exchange-only gates
system coherence
left gate · off
right gate · off
open hand → repel
negative voltage bias depletes the region pushes electrons away
pinch → attract
positive voltage bias accumulates charge pulls electrons toward you
two hands → two gates
real chips use many electrodes each hand controls one gate coordinate to load the middle dot
speed matters
electrons decohere over time too slow and you lose them too fast and they scatter
the middle dot is hardest
repulsion from both neighbors requires precise two-gate coordination this is why quantum computing is hard
you are coda
conductor quantum built AI to automate what you're doing by hand right now
mouse fallback
left click → left gate
right click → right gate
space → toggle polarity
scroll → force strength
r → reset