SOURCE-LINKED INTELLIGENCE

Hybrid-responsive mEm-devices for neuROinspired computiNg

CORDIS · observation · Publication date unknown

Hybrid-responsive mEm-devices for neuROinspired computiNg Artificial Intelligence (AI) is revolutionising science and technology, but today’s computers are hitting fundamental energy and performance walls. HERON (Hybrid-responsive mEm-devices for neuROinspired computiNg) will break this barrier by creating ferroelectric multi-memory devices that combine memristive and memcapacitive functions, operated with hybrid voltage–light control. Scalable, CMOS-compatible oxides such as wide bandgap hafnia and zirconia will be engineered to deliver sub-10 ns switching, 10⁸ endurance cycles. HERON will go beyond single devices to demonstrate proof-of-concept neuromorphic circuits, integrating oscillators and acoustic–ferroelectric couplings into arrays. These architectures will showcase optically addressable acousto-synapses and memcapacitive–oscillator circuits, opening new pathways towards real-time adaptability, ultra-low power

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recordType

award

status

SIGNED

region

EU

value

1202400

unit

EUR