Phase
Trivial
no doubling
Drive Period T
1.00 T
Response Period
1.0 ×T
Order Param η
0.08
subharmonic
Doubling Events
0
this run
Phase Rigidity
Low
to detuning
📊 Floquet Drive vs Response
drive (T)response
⚛ Order Parameter
Subharmonic peak0.08
Drive detuning δ0.00
T₂ coherence— ms
🧩 Regime Fraction
📐 Subharmonic Spectrum
f / fₒ🔬 Experiment State
Floquet driveEngaged
CSI sampling2 kHz raw
Drive amplitude0.91 π
Disorder W6.4 J
Analysisfloquet-net v0.2
〜 Magnetization vs Floquet Cycle
stroboscopicSign flips / drive period1.0
⚛ Subharmonic Order η
Spectral weight at fₒ/20.08
📡 Fourier Spectrum
0 → 2 fₒ📊 Drive Detuning Sweep
Locking range δₓ0.00
🌡 Spatiotemporal Phase Map
site × cyclerows: spin sites · columns: Floquet cycles · brightness = |⟨σ_z⟩|
Max η Observed
0.94
run 0x2f
DTC Lifetime
312 cyc
before melt
Locking Range
0.18 δ
rigidity width
Symmetry Breaks
27
cumulative
📅 η per Run
14 runs📐 Subharmonic Peak Distribution
🌡 η — Disorder × Drive Amplitude
7×24🧩 Phase Diagram
DTC (period-2)38%
Trivial / thermal54%
Period-48%
📋 Event Log
All
| Time | Event | Severity | Detail |
|---|
🔔 Live Stream
tail🎛 Floquet Drive
0.91 π
Near π gives perfect spin flip each cycle; detuning probes phase rigidity.
6.4 J
0.50
🔔 Analysis & Logging
Log period-doubling events
Record on η crossing threshold
Track symmetry breaking
Z₂ time-translation order
Stroboscopic capture
Sample once per drive period
Auto detuning sweep
Map locking range every run
📋 Cog Details
DescriptionDetects period-doubling phenomena and temporal symmetry breaking patterns in CSI time series. Theoretical physics research tool.
Events
HardwareESP32-S3
InputCSI raw
Versionv0.2.0 · 32 KB · Hard