About 3 hours ago I thought of it when I've seen the video footage of the bird for the first time, immediately I went to research this phenomenon potential robot compounds that may fit the circuit Here's what I got! Flexible common conductive metallic element deformatable wire positive charged bird architecture structure electrode copper bus wire electrode aluminum bus wire bird frame chain linkage METALLIC BOND the foot micro computer chip set output power supply position horizontally current carrying corresponding common positive charged wire frame of a bird design. The architectural structure is positioned vertically fixed towards standing up bus wire junction connections individual micro computer chip drive bus wire current carrying individual segment of the bird frame electromotive Force drive shapes of segments rubberloid sheets electrode input pulse phase 3D software based computer process tasking actuates RUBBERLOID resizable expandable shrinkable structure design contains silicone METALLOID compounds that are positive charge crystals that react to electrical current when a voltage is applied functional like this as in a electromagnet attraction or repulsive away electrically conductive powder compound are Direct charged current carrying compound signals localize compound that are non-Newtonian liquid stretchable as an elastic having electromagnetic functionalities as an attractive Force automatic reduce size or mass as an resizable thin silicone luminous light emitting sheet. the architecture framework is designed with highly conductive metals structure. Primary operates as an electrode shape bird inline or outline frame. Driven by ELECTROPHORESIS processing being software base controls by SUBSYSTEM computer syntax script processing tasking individual RUBBERLOID LCD rubber bands functional likenesses as in LUMINOUS light EMITTER 12 color stage step process thermal reactive glow RUBBER SHEETS color, besides a secondary micro computer software based processing tasking TENSTILE VISCOSITY of the rubberloid stretchable band super saturation as an LIQUIDATION for instant TRANSFORMATIVE STRUCTURE OOBLECK ACTUATION MOVEMENT OF LIQUIDS ARE based ON HARDWARE SOFTWARE BASE process OF TASKING THREE DIMENSIONAL RUBBERLOID AREAS OF FRACTION DRIVEN BY ELECTROMAGNETIC HALL EFFECT AUTOMATION SHAPE OR SIZE MOVEMENT OF THE LIQUID RUBBERLOID SHEET EXTERIOR ENCLOSURE ACTUATED BY ELECTROMOTIVE FORCE electromagnetically FLUXES DENSITY BY EMITTING A SOLENOID HALL EFFECT PULSE EMI MODULATED HPF HFP LCD DRIVE DIAMAGNETIC COMPONENTS SEPARATELY DRIVEN POSITIVE CHARGE PARAMAGNETIC COMPONENTS OF FERROMAGNETIC COMPOUND MIXTURE OF DIELECTRIC COMPOUND POWDER THAT ARE ELECTRICALLY CONDUCTIVE ELASTIC RUBBER BAND EMI EMF EDS EDF EDT EDS OF THE CONDUCTIVE SYNTHETIC METALLOID RUBBER LATEX COMPOSED OF PARAFFIN WAX SODIUM ACID PYROPHOSPHATE petroleum-based POWDER chemicals couple together molecules' electro reactive endothermic process reactive thermal magnetic elastic rubber band liquid reactive rubber heat dissipation cooling processing dry rubber silicone viscosity polymerization subject not limiting to additional system or structure Electromagnetic ferromagnetic compounds emits microwave Heating by gadolinium powder dissolving quartz crystal structure integrity micro particle thermocouple melting rate super saturating sodium three molecule acetate crystallization nanoparticle into liquid metallic mesh reducing rubberloid tensile viscosity simultaneously ectothermic process begins crystallization silicon, bismuth, tetrahedron prisms hold the metallic within a silicone liquid thermal reactive solid rubber elastic band TENSTILE viscosity simultaneously cooling whereas crystallization viscosity TENSTILE areas of fraction of the rubberloid silicone elasticity is balanced by sectional voltage tuning frequency Thermal temperature rate cause by thermal electric effect SEEBECK EFFECT or PELTIER EFFECT refrigeration maintaining the rubber band elasticity and integrity or illumination frequency, smart automation drives its three-dimensional segment shapes design capable of transformative structures. Hardware software based processing tasking simulations algorithms to predict the object or segment being formed and how the object will respond to mechanical stress in motion and environmental factors, if the shape can be rendered to transform into shape relative to the memory image size or shape realistically for use. Modulated Micro computer circuits Why an LCD driver because it drives colors of surfaces Why a 3D CAD driver Because it drives its three-dimensional areas of fraction, Why use Reformation wire commonly used for plasma electron welding with wire because it maintains the architectural structure integrity or design metallic bond the aforementioned drives from the lower to the upper areas from foot of the robot Why use ball baring freedom of rotation bearing the Reformation wire structure Connections to the above mention output power from source Why is use diamagnetic copper metal powder Because it fluxes the density of ferromagnetic metal powder and transmit a stronger bulk Gauss microwave signal SEPARATE ELECTROMOTIVE FREQUENCY DC/AC CONDUCTIVE SHEETS Why use PARAMAGNETIC ALUMINUM powder Because when it receives a charge it repels away from the vector field of the ferromagnetic powder emissions SEPARATE ELECTROMOTIVE FREQUENCY DC/AC CONDUCTIVE SHEETS Why use silicone rubber because it is elastic and having a thermal resistance maintain the integrity of the strong hold crystalloid COUPLE TO THE Aforementioned CONDUCTIVE SHEETS Why use quartz crystal powder as a capacitive power source thermal reaction electric energy charge sharing AC energy DC PHASE COMPOUND COUPLED TO THE Aforementioned CONDUCTIVE SHEETS Why use silicon carbide powder thermal electric effect THERMAL TEMPERATURE BALANCING COMPOUND COUPLE Aforementioned Why use bismuth powder sodium Crystal paramagnetic thermocouple repels away common ionic emissions COUPLE TO THE AFOREMENTIONED CONDUCTIVE RUBBERLOID ELASTIC BAND SHEETS Why create a metallic OOBLECK electrically conductive liquid color driven LUMINOUS rubber band sheet NANOPARTICLE INGREDIENTS CRYSTALLOID POWDER METALLIC MESH CONDUCTIVE CURRENT CARRYING PLASTIC RUBBER BAND Doing whatever personifies me https://focuslcds.com/journals/what-is-an-ic-or-lcd-controller-driver/ But I I don't all that junk above it could be driven with bismuth and silver utilizing gadolinium properly