Quantum computing promises to solve the seemingly unsolvable in fields such as physics, medicine, cryptography and more.
But as the race to develop the first large-scale, error-free commercial device heats up, it begs the question: how can we check that these ‘impossible’ solutions are correct?
A new Swinburne study is tackling this paradox. The paper is published in the journal Quantum Science and Technology.
The risks posed when kids form bonds with chatbots have turned AI safety from an abstract worry into a political flashpoint. What happens now?
Scientists have uncovered a surprising advantage in next-generation solar technology—the hotter it gets, the better it can store energy. Traditionally, heat has been seen as the enemy of solar power. Standard solar panels lose efficiency as temperatures rise.
But a new study, published in The Journal of Chemical Physics, shows that in special “solar-plus-storage” devices, heat can actually boost performance by speeding up the internal chemical reactions that store energy.
The team studied photoelectrochemical (PEC) flow cells—an emerging technology that combines the sunlight-harvesting ability of a solar panel with the storage power of a battery.
A UK startup has made a revolutionary advancement after delivering the world’s first full-stack quantum computer, built using the same silicon chip technology found in smartphones and laptops.
London-based Quantum Motion, a quantum computing startup that develops scalable quantum computing tech using silicon, launched the industry’s first full-stack quantum computer made with silicon. It was deployed at the UK National Quantum Computing Centre (NQCC).
As NASA seeks to expand its exploration of the solar system, the concept of developing cybernetic organisms consists of a part human and part robot design. This idea holds the potential to enhance space exploration by overcoming various limitations.
From season 4 episode 8.
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