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A quantum computer is a revolutionary type of computer, which can solve certain computational problems exponentially faster than any other classical computer. A quantum computer functions by using qubits instead of traditional binary bits.
Unlike binary bits, qubits can represent more than one state simultaneously—meaning they can be both 1 and 0 at the same time. This enables them to process large amounts of data in parallel, enabling substantially faster computing powers.
An important advancement in quantum computing technology is the introduction of portable systems. Portable quantum computers contain all the components required to run entire computations, including a qubit processor and associated control hardware for manipulating qubits, as well as readouts for measuring outcomes and programs for coordinating operations.
These computers are comparatively small compared to classical computers engaging in storage requirements that are typically larger than those found in conventional PCs or laptops—typically between 2 – 4GBs and ranging up to 256GBs of RAM per core system—which allows them to function without an internet connection.
Their portability also makes them far easier to transport and deploy in various locations such as research institutions or remote areas with limited access to power sources or internet connections not capable of sustaining classical computation tasks.
Overall, portable quantum computers are a pivotal step forward in the emergence of quantum computing technology.
They function by leveraging qubits instead of traditional binary bits to perform complex computations with greater efficiency and speed. Portable systems also offer flexible usage options due to their small size, easy transportability and reduced power requirements, seemingly making them the ideal solution for a variety of applications.
The Global Portable quantum computer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The Gemini, Gemini Mini, and Triangulum models are the first to be released for retail sales. They can only handle basic qubit technology because they are much smaller and less powerful than modern quantum computers.
It has already made significant technological development progress towards scaling up the now completed 20-qubit quantum computer to 50 qubits.
The development of the 20-qubit quantum computer by VTT and IQM has resulted in technological advancements that enable scaling quantum computers and increasing their qubit count and processing power.
A unit of measurement used to quantify the power of quantum computers—which make use of quantum mechanics—is called a qubit.
