TechnologyComputing
Plasmonic Resonators Could Pave the Way for Ultra-Fast Computer Chips

Plasmonic resonators could pave the way for 1000x faster computer chips

by using light (photon) instead of electricity (electron)...

Caption:Researchers demonstrated a fully integrated photonic processor

A new photonic chip for ultrafast AI computations

This new device uses light to perform the key operations of a deep neural network on a chip.

Kirigami-inspired mechanical computer.

Mechanical computer relies on kirigami cubes instead of electronics

Mechanical computers with stable and high-density memory.

Creative artificial Intelligence concept with human brain sketch on modern laptop monitor

An ultra-energy efficient platform for brain-inspired computing

It can bring the energy requirements to about 100 times less than that of the human brain.

The computer user

Computers will soon be able to understand human emotions

This advancement could significantly improve the interface between humans and smart technologies.

Brain connected to technology

Brain-like computer from water and salt

Process information in the same medium as the brain.

Digital data flow

Researchers identify a method to double computer processing speeds

It doubles the processing power using the existing hardware already in these devices.

Glowing chip circuit hologram

New ‘unhackable’ chip enables AI computing at speed of light

The chip can accelerate the processing speed of computers and reduce their energy consumption.

A person typing on a laptop with a red circle

Revolutionizing Web Caching: A simple method to speed cache sifting

The algorithm holds the potential to transform the management of web traffic on a large scale.

quantum random number generator. The yellow squares on the glass plate are th

A new type of random number generator for encryption

The new technology paves the way for a new type of quantum communication.

ferroelectric neuromorphic computing chip

High-performance memory devices inspired by the human brain

A proton-driven approach that enables multiple ferroelectric phase transitions.

Image showing curly hair.

Untangling the problem of animating tightly curled hair

Animating tightly curled hair is a difficult task.

Image showing privacy concept

A new way to look at data privacy

A privacy technique that protects sensitive data while maintaining a machine-learning model’s performance.

new FE-FET design

A scalable ferroelectric transistor for storage and computing

A new FE-FET design that demonstrates record-breaking performances in both computing and memory.

Image showing cybersecurity

Evaluating cybersecurity methods

The system analyzes the likelihood that an attacker could thwart a certain security scheme.

Image showing authentication

How secure are voice authentication systems?

Attackers can break voice authentication with up to 99 per cent success within six tries.

New computer memory could greatly improve performance and reduce energy use.

New computer memory could greatly improve performance and reduce energy use

It could both greatly reduce the energy demands of internet and communications technologies.

Image showing BigLCA framework.

Coupling big data with LCA

A novel concept of fully linking BD with LCA.

Image showing Cellular Automata.

Artificial ‘life’ can be used to unlock photonic computing power

Manufacturers are designing smaller transistors to increase speed and power.

Wearable personal cloud graphic. Credit: Image courtesy of University of Alabama at Birmingham

New Form of Cloud Computing System: Wearable Cloud

Scientists from the University of Alabama at Birmingham are exploring a new form of a cloud computing system. It is the concept of a...

droplet computer

Engineers develop a computer that operates on water droplets

Droplet Computer: Professor Mr. Manu Prakash, who belongs to India, has developed a computer that gets energy from a few water drops or water...

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