The effect of five decades of exponential progress with silicon chips doubling in speed every couple years as observed by Intel cofounder Gordon Moore in 1965 cannot be overstated. As silicon-based transistors push against the limits of physics, the death of Moore’s law could pack a devastating blow to the industry and even the global Read more…
When it comes to ushering in the next-generation of computer chips, Moore’s Law is not dead, it is just evolving, so say some of the more optimistic scientists and engineers cited in a recent New York Times article from science writer John Markoff. Despite numerous proclamations foretelling Moore’s Law’s imminent demise, there are those who Read more…
A new computer made of carbon nanotubes, created by a team of Stanford engineers, may be the first serious silicon challenger.
As an excellent conductor of heat and electricity, graphene is a promising electronics substrate, but it can’t be switched on and off like silicon can. With no solution in sight, a team of UC Riverside researchers has taken a completely new approach.
As transistors reach the limits of miniaturization, it is only a matter of time until Moore’s Law runs out of steam. The latest expert to weigh-in says Moore’s Law will expire in 2020 at the 7nm node.
Big Blue’s research arm makes carbon more transistor-friendly.
Sources suggest that December could be the month that NVIDIA’s Project Denver finds its way to silicon.
As the limitations of silicon at the nanoscale become apparent, new materials are emerging to address the performance gap.
Oxford University scientists generate 10 billion bits of quantum entanglement in silicon for the first time.
A new research effort is underway at UCSB’s Terabit Optical Ethernet Center (TOEC). A research team with notable industry partners is working to bring the goal of energy-efficient 1 Terabit Ethernet to life in the next five years.