International consortium awarded €3.1M to develop ultra-low-power cryogenic memory for quantum and data-intensive computing systems. SemiQon participates in advancing next-generation memory infrastructure.
#CryogenicMemory #QuantumHardware #News
#CryogenicMemory #QuantumHardware #News
SemiQon Joins €3.1M International Project to Advance Cryogenic Memory Technologies
iq.fp2.dev
November 4, 2026 at 7:43 AM
International consortium awarded €3.1M to develop ultra-low-power cryogenic memory for quantum and data-intensive computing systems. SemiQon participates in advancing next-generation memory infrastructure.
#CryogenicMemory #QuantumHardware #News
#CryogenicMemory #QuantumHardware #News
SemiQon advances quantum computing infrastructure through the SHIFT project, integrating hafnium-based FeRAM with cryo-CMOS logic circuits to reduce thermal communication overhead and improve system scaling efficiency.
#CryogenicMemory #QuantumHardware #News
#CryogenicMemory #QuantumHardware #News
SemiQon Joins €3.1M SHIFT Project to Scale Cryogenic FeRAM Technology
iq.fp2.dev
November 3, 2026 at 1:57 PM
SemiQon advances quantum computing infrastructure through the SHIFT project, integrating hafnium-based FeRAM with cryo-CMOS logic circuits to reduce thermal communication overhead and improve system scaling efficiency.
#CryogenicMemory #QuantumHardware #News
#CryogenicMemory #QuantumHardware #News
Demonstrates a cryogenic memory design integrating voltage-controlled Josephson junction selectors with ferroelectric SQUID storage, achieving nonvolatile retention and femtojoule-scale energies for scalable quantum computing systems.
#CryogenicMemory #QuantumHardware #Research
#CryogenicMemory #QuantumHardware #Research
Cryogenic Memory Architecture with Superconducting Josephson Junction Selectors
arxiv.org
October 23, 2026 at 2:56 AM
Demonstrates a cryogenic memory design integrating voltage-controlled Josephson junction selectors with ferroelectric SQUID storage, achieving nonvolatile retention and femtojoule-scale energies for scalable quantum computing systems.
#CryogenicMemory #QuantumHardware #Research
#CryogenicMemory #QuantumHardware #Research
New cryogenic memory approach using Fe-JoFETs eliminates selector devices and sensing circuits, achieving ultra-low read power (10.55 fW/cell) and zero write power—enabling highly scalable quantum computers.
#CryogenicMemory #QuantumComputing #Superconductivity
#CryogenicMemory #QuantumComputing #Superconductivity
Selectorless Cryogenic Memory Using Ferroelectric Josephson Field-Effect Transistors
arxiv.org
October 8, 2026 at 11:06 AM
New cryogenic memory approach using Fe-JoFETs eliminates selector devices and sensing circuits, achieving ultra-low read power (10.55 fW/cell) and zero write power—enabling highly scalable quantum computers.
#CryogenicMemory #QuantumComputing #Superconductivity
#CryogenicMemory #QuantumComputing #Superconductivity
Demonstrated optically programmable cryogenic flash memory on Si/SiGe heterostructures achieving >1000 programming cycles and >10,000s retention at 1.5K, enabling scalable memory integration for quantum computing architectures.
#CryogenicMemory #QuantumComputing #Research
#CryogenicMemory #QuantumComputing #Research
Optically Programmable Cryogenic Flash Memory in Si/SiGe Heterostructures
arxiv.org
June 2, 2026 at 8:16 AM
Demonstrated optically programmable cryogenic flash memory on Si/SiGe heterostructures achieving >1000 programming cycles and >10,000s retention at 1.5K, enabling scalable memory integration for quantum computing architectures.
#CryogenicMemory #QuantumComputing #Research
#CryogenicMemory #QuantumComputing #Research