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Latest News News Archive Refine your search:
subjectComputer Systems
authorSamuel Greengard
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An edited collection of advanced computing news from Communications of the ACM, ACM TechNews, other ACM resources, and news sites around the Web.


Photonic Processors Light the Way
From Communications of the ACM

Photonic Processors Light the Way

Highly efficient light-based processors can overcome the bottlenecks of today's electronics.

Changing How Data is Used
From ACM News

Changing How Data is Used

Federated AI Learning promises to reshape data security, privacy.

The Worsening State of Ransomware
From Communications of the ACM

The Worsening State of Ransomware

Sophisticated, dangerous ransomware is the new normal … and there is no simple fix.

ENIAC Turns 75
From ACM News

ENIAC Turns 75

The first programmable electronic general-purpose digital computer was introduced to the world on Valentine’s Day in 1946.

The Scramble for Post-Quantum Cryptography
From ACM News

The Scramble for Post-Quantum Cryptography

Quantum computers are expected to undermine today's computer security.

A Touch of Reality
From ACM News

A Touch of Reality

The field of haptics—the use of technology to simulate touch, feeling, and motion—is finally hitting its stride.

Seeing Past Copper
From ACM News

Seeing Past Copper

Optical interconnects take aim at Moore’s law.

Terahertz Networks Move Closer to Reality
From Communications of the ACM

Terahertz Networks Move Closer to Reality

The desire for faster, higher-frequency wireless networking is a constant. Terahertz technology could deliver large gains.

AI Shakes Up the Seismology World
From ACM News

AI Shakes Up the Seismology World

Artificial intelligence is reshaping our understanding of earthquakes and other seismological events

It's a New Digital Ballgame
From ACM News

It's a New Digital Ballgame

Digital technology brings new elements to sports.

AI on Edge
From Communications of the ACM

AI on Edge

Shifting artificial intelligence to the "edge" of the network could transform computing . . . and everyday life.

Neuromorphic Chips Take Shape
From Communications of the ACM

Neuromorphic Chips Take Shape

Chips designed specifically to model the neurons and synapses in the human brain are poised to change computing in profound ways.

Meet the Uninfectables
From ACM News

Meet the Uninfectables

Hospital wards, grocery stores, and food delivery services are turning to robotic devices to better navigate the pandemic.

Will RISC-V Revolutionize Computing?
From Communications of the ACM

Will RISC-V Revolutionize Computing?

The open instruction set for microprocessors promises to reshape computing and introduce new, more powerful capabilities.

Medical Professionals Tap AI to Combat COVID-19
From ACM News

Medical Professionals Tap AI to Combat COVID-19

Artificial intelligence and the Internet of Things are aiding hospitals and healthcare experts in the battle against the coronavirus.

Can Nanosheet Transistors Keep Moore's Law Alive?
From Communications of the ACM

Can Nanosheet Transistors Keep Moore's Law Alive?

The technology promises to advance semiconductors and computing, but also introduces new questions and challenges.

When Drones Fly
From Communications of the ACM

When Drones Fly

Drone technology is poised to enter the mainstream of business and society, but engineering robust controls remains a challenge.

Underwater Drones Make Waves
From ACM News

Underwater Drones Make Waves

Underwater drones offer scientists a glimpse into the world's least-known frontier.

Digital Twins Grow Up
From ACM News

Digital Twins Grow Up

The idea of creating digital twins to simulate real-world systems isn't new, but the concept is advancing rapidly.

The Algorithm That Changed Quantum Machine Learning
From Communications of the ACM

The Algorithm That Changed Quantum Machine Learning

A college student discovered a classical computing algorithm that experts overlooked. It promises to change both classical and quantum machine learning.
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