In recent years, the realm of quantum computing technology has become increasingly accessible to the average person. Over the past decade or so, tech companies have made quantum computing services available through cloud platforms, albeit at varying costs, ranging from moderate to high. In addition, a fusion of classical and quantum computing technologies has started to feature in personal computers and servers, although quantum components generally come with a heftier price tag.

The applications of quantum technology are diverse and impactful. They include:

Modelling molecular and atomic interactions to understand complex scientific phenomena.
Inventing novel materials with unprecedented properties.
Creating intricate virtual objects beyond the scope of human imagination.
Developing advanced smart drugs with enhanced efficacy.
Crafting high-capacity electric vehicle batteries, rendering traditional gasoline-powered vehicles obsolete.

At the forefront of quantum computing's capabilities, select organizations are deploying the world's most sophisticated quantum systems to emulate human brain processes. This groundbreaking work is edging closer to the possibility of transferring human memories to machines, a concept once relegated to science fiction. Such advanced simulations are also instrumental in the progression towards artificial general intelligence.
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