Industry News
Chip stacking technique boosts semiconductor performance
A novel chip stacking technique uses transfer printing to achieve denser semiconductor integration, supporting the next generation of computing hardware. [ + ]
3D-printed thermal cloak protects heat-sensitive devices
Researchers have developed a 3D-printed thermal cloak that redirects heat around sensitive devices, offering a new approach to thermal management in electronics. [ + ]
Quantum heat engine advances scalable computing
A new quantum heat engine based on superconducting circuits could support larger quantum computers through improved thermal control and hardware integration. [ + ]
3D-printed battery component enables custom cell designs
A new 3D printing process creates battery electrolytes in almost any shape, giving designers greater freedom to develop custom lithium-ion cells. [ + ]
Ultra-thin transistors pave way for more efficient chips
A new transistor design shows that ultra-thin devices can retain performance at nanoscale dimensions, supporting more energy-efficient chip development. [ + ]
New electrode design boosts fluoride shuttle batteries
A novel electrode structure has boosted the performance of fluoride shuttle batteries, addressing key challenges in fluoride-ion energy storage. [ + ]
Precision-grown nanotubes for next-gen electronics
Researchers have used a new synthesis method to produce stable, atomically precise semiconductor nanotubes that could enable next-generation nanoscale electronics. [ + ]
Wearable glove turns data into thermal sensations
A new wearable glove converts digital information into thermal sensations, allowing users to feel and interpret data through their fingertips. [ + ]
Novel surface treatment protects next-gen computer chips
A new coating technique helps prevent damage during chip fabrication, offering a more reliable path to manufacturing future computer chips. [ + ]
New memristor chips boost AI efficiency
Researchers have developed a brain-inspired memristor chip that could make AI more energy efficient, thereby addressing the growing power demands of advanced computing. [ + ]
Tiny chip adds advanced light sensing directly to cameras
Researchers have developed a tiny camera chip that integrates advanced light sensing, helping cameras detect materials and details beyond human vision. [ + ]
Improving current flow in ultra-thin semiconductors
Researchers have improved electrical transport in ultra-thin semiconductor devices, offering new insights into the limits of miniaturisation. [ + ]
A new approach to nanoscale heat transfer
Engineers have demonstrated a new way to boost heat transfer at the nanoscale, a development that could reshape electronics cooling and advanced sensing technologies. [ + ]
Machine learning advances semiconductor materials research
A new study from Flinders University has demonstrated a faster way to discover semiconductor materials for next-generation computing devices. [ + ]
Monash team demonstrates room-temperature photonic circuit
A Monash-led study has demonstrated a compact photonic circuit that processes multiple streams of light-based information simultaneously. [ + ]
