Could Biocomputers Revolutionize Scientific Research?
Computers that combine living human brain cells with silicon chips to form a neural network can now be used by researchers to conduct experiments in different fields.| Communications of the ACM
Dexterous robotic hands are the decisive interface between embodied AI and the physical world.| Communications of the ACM
Latency hiding techniques avoid the technically challenging problem of minimizing end-to-end transmission delay.| Communications of the ACM
Technology alone isn’t to blame for CRM vulnerabilities; users themselves often create the weakest links.| Communications of the ACM
Juice jacking requires attackers to tamper with a public USB charging station to load malicious software that would open a device to two-way data transfer.| Communications of the ACM
Computers that combine living human brain cells with silicon chips to form a neural network can now be used by researchers to conduct experiments in different fields.| Communications of the ACM
Quantum computing’s promise is inching closer to reality. In the coming years, these systems will likely lead to breakthroughs in areas as diverse as drug discovery, materials science, financial modeling, and macroeconomics. They could potentially tackle tasks in minutes or hours that would require years or even centuries using classical computers.| cacm.acm.org
