Articles
Memristor-based hardware to advance AI
A researcher from UMass Amherst is developing memristor-based hardware technology with the potential to advance AI while reducing energy usage and costs. [ + ]
Spotting bad batteries before they malfunction
Researchers have developed a new ultrasonic testing method for battery safety and quality control. [ + ]
Researchers crack scalable CMOS quantum computing
Researchers from the University of Sydney have developed a cryogenic CMOS chip capable of controlling spin qubits at temperatures close to absolute zero. [ + ]
Electron–phonon interactions boost 2D semiconductor activity
Researchers have found that electron–phonon interactions can enhance electrical conductivity in 2D semiconductors by enabling hydrodynamic energy flow. [ + ]
Optical fibres process data at ultra-fast speeds
Researchers have used laser pulses in optical fibres to mimic how artificial intelligence processes data — thousands of times faster than electronics. [ + ]
Better electronics — due to perfect timing
Researchers have developed a novel manufacturing technique for piezoelectric thin films that could have applications in the semiconductor industry as well as in future quantum and photonics technologies. [ + ]
Researchers unveil 2D, non-silicon computer
Researchers have unveiled a non-silicon 2D computer, marking a foundational reimagining of how electronic devices are built. [ + ]
Can AI speed up critical communications chip design?
A team led by researchers from the University of Texas at Austin plans to add AI into the design process for developing high frequency comms chips. [ + ]
Petahertz-speed phototransistor built for ambient conditions
Researchers have developed a technique using pulses of light to manipulate electrons in graphene, achieving potential computing speeds in the petahertz range. [ + ]
Novel molecule paves the way for more efficient computers
A team of physicists has developed a new type of molecule that could offer an innovative material for computer chips. [ + ]
'Cold' sintering technique for next-gen batteries
Researchers have developed a low-temperature method to create safe, high-performance solid-state batteries. [ + ]
Avoiding EMC issues: simple tests you can do yourself
This is a brief overview of EMC compliance with some practical tips on not getting caught out. [ + ]
Transforming marker ink into an electrical circuit
A red marker ink containing eosin dye can be converted into a graphene-based electric circuit on any surface using a laser, thereby enabling flexible sensor fabrication. [ + ]
Understanding thermal management in electronics
The thermal management of electronic circuits plays a significant role in reducing the operating temperature to an allowable value. [ + ]
Sound waves enhance nonlinearity in photonic computing
Scientists have demonstrated that sound waves can serve as mediators for effective photonic activation functions. [ + ]
