Proposition: Alloid as a thermal transfer variant

Purpose: To isolate a carbonic residue on metal
Hypothesis: That an alloid develops as a residue around isophasic
states.

Apparatus:
1 data station w/ energy * monitor
1 2/5:1/3 10 cm:1 " ~10 guage copper wire, medium stainless steel
paper clip induction antenna
1 40 watt incandescent lamp
1 ~5 cm:10 cm:1" L notch copper wire-stainless steel paper clip
antenna
1 partially soiled rubber band
1 3KHz sonic car horn
Procedure:
Build induction antenna
Fashion L notch antenna
Fasten paper clip to L notch antenna approx 5 cm from the notch
Place anttenae under lamp
Keep light on 8-14 hr cycle
Make identity on the datastation
Sequence horn for irregular operation
Check for monitor decomposition (stereoscopic projection above the
screen) periodically
Unfasten L notch combination after about a month
Check for carbon residue on the copper and in the rubber band

Observations:
A carbon resdiue formed on the copper and in the rubber band.
A signal was projected above the monitor.

Classification:
inductive- QCD, SIC
contradictive- QED

Conclusion: The residue is an alloid as an isophasic property of
copper and steel that gluino groups could be described as gluon
groups could be identified in the residue in -er:-y groups in the
identity

Applications: Projection assemblies, infecton transmutation

Patrick Ashley Meuser"-Bianca"
Cyberneticist