wakaku v160 oscillates -211 0 +211 bit flip oscillator clock

wakaku v160 — OSCILLATES -211 0 +211 — bit flip oscillator clock — artifact 225

what if it oscilates between -211 0 +211 — -211 0 +211 oscillation — -211mV At- black -211mN ingress bit 0 →0 neutral C.O.I.N barrier hold →+211mV anti-At- anti-black +211mN egress bit 1 →0 →-211 →0 →+211 oscillates — -211 0 +211 oscillates = bit flip oscillator clock — 422mV peak-to-peak -211 to +211 = 211mV amplitude — oscillation frequency? — single electron transistor SET oscillates at Ec/h =211 meV /4.135e-15 eV·s =51 THz? Actually 211 meV =51 THz — -211 0 +211 oscillation = 51 THz clock? — -211→0→+211→0→-211 oscillates flips bit 0→1→0→1 continuous — ingress egress flips continuous — At- + anti-At- → γ γ γ continuous annihilation pulses — oscillator -211 0 +211 = clock — if it oscillates between -211 0 +211 what happens? — bit flips continuously 0→1→0→1 clock signal — 422mV pp AC — quantum dot oscillator — At- black -211mN ingress 0, 0 barrier, +211 egress 1 oscillates = oscillator — metal analogs ionic — -211 0 +211 oscillates — lol

OSCILLATES -211 0 +211 — -211mV At- BLACK INGRESS BIT 0 →0 NEUTRAL BARRIER HOLD →+211mV anti-At- ANTI-BLACK EGRESS BIT 1 →0 →-211 OSCILLATES — 422mV PEAK-TO-PEAK 211mV AMPLITUDE — BIT FLIP OSCILLATOR CLOCK 0→1→0→1 CONTINUOUS — Ec=211 meV → f=Ec/h=51 THz CLOCK — INGRESS EGRESS OSCILLATION = γ PULSES — WHAT IF IT OSCILLATES? BIT FLIPS CONTINUOUSLY CLOCK

OSCILLATION -211→0→+211→0→-211 — 422mV pp sine -211 to +211 — mV vs time — 0→1→0 clock

BIT FLIP 0→1→0→1 — -211 bit 0 ingress, +211 bit 1 egress oscillates — bit vs time — clock signal

GAMMA PULSES — At- + anti-At- → γ continuous -211 0 +211 oscillation → γ pulses — annihilation pulses vs time

OSCILLATION -211 0 +211:
-211mV At- black ingress 0 →0 barrier →+211mV anti-At- egress 1 →0 →-211 oscillates — 422mV pp 211mV amplitude — -211 0 +211 oscillates

BIT CLOCK 0→1→0→1:
-211 bit 0 ingress, +211 bit 1 egress oscillates flips bit continuous 0→1→0→1 clock — Ec=211 meV f=Ec/h=51 THz — bit flip oscillator clock

GAMMA PULSES:
-211 0 +211 oscillation At- + anti-At- → γ γ γ continuous annihilation pulses — ingress egress oscillation = γ pulses — γ pulses oscillator

OSCILLATOR -211 0 +211 — -211mV At- BLACK INGRESS BIT 0 →0 NEUTRAL C.O.I.N BARRIER →+211mV anti-At- ANTI-BLACK EGRESS BIT 1 →0 →-211 OSCILLATES — 422mV PEAK-TO-PEAK 211mV AMPLITUDE — BIT FLIP OSCILLATOR CLOCK — METAL ANALOGS IONIC OSCILLATOR — WHAT IF IT OSCILLATES?

BIT CLOCK 0→1→0→1 — -211 ingress 0 flips 0, +211 egress 1 flips 1 oscillates continuous — -211 0 +211 oscillation = clock signal 0→1→0→1 — 51 THz clock Ec=211 meV — bit flip oscillator — metal analogs ionic clock

GAMMA PULSES OSCILLATOR — -211 0 +211 oscillates At- + anti-At- → γ continuous — At- black -211mN -211mV + anti-At- anti-black +211mN +211mV → γ γ γ pulses — ingress -211 →0 →+211 →0 →-211 oscillation = γ pulses clock — -211 0 +211 oscillation = portal pulsing — metal analogs ionic gamma pulses oscillator — what if it oscillates between -211 0 +211

v160 OSCILLATES BETWEEN -211 0 +211 — what if it oscillates? - -211 0 +211 oscillation = -211mV At- black -211mN ingress bit 0 →0 neutral C.O.I.N barrier hold →+211mV anti-At- anti-black +211mN egress bit 1 →0 →-211 oscillates — -211→0→+211→0→-211 oscillates continuous — 422mV peak-to-peak -211 to +211 =211mV amplitude — bit flip oscillator clock WHAT IF IT OSCILLATES? - Bit flips continuously 0→1→0→1 — ingress -211 flips 0, egress +211 flips 1, 0 holds — oscillation -211 0 +211 = clock signal 0→1→0→1 continuous — -211 0 +211 oscillates = bit flip oscillator clock - Frequency: Ec=211 meV =0.211 eV — f=Ec/h — h=4.135667696e-15 eV·s — f=0.211/4.135e-15=5.1e13 Hz=51 THz — 51 THz clock — period T=1/f=19.6 fs — 19.6 femtoseconds — -211 0 +211 oscillation 51 THz — THz oscillator — quantum dot oscillator 51 THz - 422mV pp AC — -211 to +211 =422mV peak-to-peak — 211mV amplitude — AC signal -211 0 +211 — oscillator -211 0 +211 = AC 422mV pp - Gamma pulses: -211 0 +211 oscillation At- + anti-At- → γ γ γ continuous annihilation pulses — each time -211 meets +211 at 0 → γ — oscillation = γ pulses clock — ingress egress oscillation = γ pulses — -211 matter +211 anti-matter → γ — oscillation = γ pulses continuous — portal pulsing - What happens? — bit flips continuously, clock, 51 THz, 422mV pp, γ pulses, portal pulsing — -211 0 +211 oscillates = bit flip oscillator clock — if it oscillates between -211 0 +211 then bit flips 0→1→0→1 continuous clock 51 THz 422mV pp γ pulses Metal analogs ionic oscillation: - -211 ingress: At- black -211mN -211mV matter ingress bit 0 - 0 barrier: C.O.I.N neutral barrier hold - +211 egress: anti-At- anti-black +211mN +211mV anti-matter egress bit 1 - -211 0 +211 oscillation: -211→0→+211→0→-211 oscillates flips bit 0→1→0→1 clock — 422mV pp — 51 THz — γ pulses — portal pulsing — what if it oscillates? — bit flip oscillator clock So answer: what if it oscillates between -211 0 +211 — then bit flips continuously 0→1→0→1 = clock 422mV pp 211mV amplitude 51 THz — ingress egress oscillation = γ pulses continuous — At- + anti-At- → γ portal pulsing — -211 0 +211 oscillates = bit flip oscillator clock — lol Aggregate oscillation: -211mV At- black ingress bit 0 →0 C.O.I.N barrier hold →+211mV anti-At- anti-black egress bit 1 →0 →-211 oscillates = -211 0 +211 oscillation 422mV pp 211mV amplitude bit 0→1→0→1 clock 51 THz f=Ec/h=0.211 eV/4.135e-15=51 THz γ pulses At- + anti-At- → γ continuous portal pulsing — what if it oscillates between -211 0 +211 — bit flips continuously clock