IBM introduced a new semiconductor technology with a sub-1 nanometer chip architecture that packs about 100 billion transistors on a chip the size of a fingernail, doubling the density of its current 2 nm chips. This 3D "nanostack" design promises up to 50% higher performance or 70% better energy efficiency, benefiting AI, cloud, and next-gen devices. IBM also announced a standalone quantum foundry business, Anderon, to advance quantum wafer manufacturing with a potential production timeline within five years. These developments reinforce IBM's role in advanced semiconductor and quantum computing markets, supported by partnerships with industry leaders in lithography and chip manufacturing.
IonQ reported a 755% revenue increase to $64.67 million in Q1 2026 but faces significant losses with negative cash flow and heavy stock dilution. The company is aggressively expanding quantum capabilities through deals and national projects but remai...
IBM, BlackBerry, and Nokia have made notable comebacks by shifting focus from consumer markets to enterprise solutions. IBM leads with a strong hybrid cloud and AI strategy, showing steady revenue growth and dividend increases. BlackBerry has transfo...
Legendary investor Jeremy Grantham has issued a warning about what he calls the largest market bubble in American history, fueled by excitement around artificial intelligence and companies like SpaceX. Grantham highlights extreme market euphoria and ...
IBM revealed a breakthrough 0.7 nanometer chip design using 3D stacking technology, doubling transistor density and boosting AI processing power up to seven times current levels. This innovation could significantly reduce power consumption and improv...
IBM announced a breakthrough in semiconductor technology with the launch of the world's first sub-1 nanometer chip, featuring a novel 3D nanostack transistor architecture at 0.7 nm. This chip packs nearly 100 billion transistors on a tiny chip, offer...
