Flexible, Printed & Nanoscale Electronics
Flexible hybrid electronics, printed conductors/devices, conformal circuits and nanoscale device concepts that extend electronics into new form factors.
Focus on manufacturable system integration: substrates, inks, thin dies, interconnect, mechanics, environmental protection, test and reliability.
Architecture is stable; technology maturity is not assumed. Public claims are anchored to current authoritative sources and are separated from Aurora concept work.
Technical coverage
Six focused routes keep device physics, interfaces, packaging, controls and verification separable.
Flexible Hybrid Electronics
Thin silicon plus printed/flexible interconnect for conformal systems.
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Printed Conductors & Passives
Functional inks, printing methods, curing, resistance and dimensional control.
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Thin-Die Integration
Thinning, placement, bonding, strain and fragile-die handling.
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Stretchable & Conformal Systems
Strain-tolerant traces, serpentine geometry and soft substrates.
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Printed Sensors & Antennas
Large-area sensing, integrated antennas and distributed structures.
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Reliability & Encapsulation
Bending fatigue, moisture, adhesion, barrier films and environmental durability.
Open technical route →Flexible, Printed & Nanoscale Electronics system view
Focus on manufacturable system integration: substrates, inks, thin dies, interconnect, mechanics, environmental protection, test and reliability.