What is electrical connectivity in glass ion traps for quantum computing?
FEMTOPRINT Ion Traps are not mere components, they are fully engineered, functional quantum devices that empower next-generation breakthroughs in quantum science and technology.
How does FEMTOPRINT integrate metallic electrodes into 3D glass ion traps for quantum control?
Designed with unmatched microfabrication precision, our Ion Traps feature integrated 3D metallic electrodes, enabling seamless electrical connectivity and ultra-low-loss signal transmission. These advanced structures serve as critical platforms for quantum state manipulation, ion confinement, and high-fidelity quantum control.
What quantum applications require integrated electrical connectivity in ion trap devices?
Within these architectures, data moves without disruption, supporting the most demanding applications in quantum computing, quantum sensing, and scalable ion-based systems. FEMTOPRINT redefines what’s possible in the quantum hardware landscape—where precision meets potential.
What metallization processes and technical capabilities does FEMTOPRINT offer for electrically connected ion traps?
Expertise on trench design for optimized insulation.
Deposition of metal films (Ti, Cr, Pt, Au) by sputtering or e-beam evaporation also at different angles.
Realization of masks.
Metallization of Through Glass Vias (TGVs).
Laser ablation of thin films for electrode insulation.
