What Is The Price Of Current a Quantum Computer?

H Hannan

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What Is The Price Of Current a Quantum Computer?
Read More About Quantum Computing HERE.

The Cost of Quantum Computing Power

Quantum computers leverage the mysterious properties of quantum physics to solve problems believed to be impossible for classical computers. By encoding data into quantum bits or “qubits”, they can represent information in quantum superpositions and entanglement for lightning-fast parallel processing. But this exotic architecture comes at an extremely high quantum computer price – even a small-scale, error-prone machine costs millions.

Despite intensive global research efforts, quantum computers face daunting physics hurdles before they realize their full potential. Top tech giants like IBM, Rigetti and IonQ race to bring increasingly advanced models to market, but for now, must pass the colossal quantum computer price tag on to pioneering early adopters. So what exactly makes these devices so prohibitively expensive and when can we expect more competitive quantum computer prices?

The Steep Quantum Computer Price of Super-Cooling and Precision Components

Unlike the bits of everyday computers, the operation of qubits relies on maintaining delicate quantum states vulnerable to tiny disturbances. Protecting these prone-to-error qubits currently demands cutting-edge components individually produced to extremely fine, even atomic, precision specifications.

This intricate fabrication and precision assembly process, requiring specialized facilities and custom tooling, contributes enormously to quantum computer prices frequenting tens of millions for even tiny prototypes. But the costs don’t stop once constructed – complex quantum computers also mandate intensive system-level calibration and exotic electronics for control.

Most quantum computing architectures also need drastic cooling close to absolute zero to shield qubits from unintended interactions with surrounding molecular vibrations and electromagnetic noise. Operation at cryogenic quantum computer prices means channelling budgets into heavily engineered, multi-stage refrigeration approaching $10,000 per coiled foot of apparatus.

Between ultra-refined parts manufacturing, rigorous tuning and testing for reliability, and cryogenic cooling, a single operational qubit easily racks up a quantum computer price tag upwards of $1 million. With publicly disclosed quantum computers still typically featuring less than 100 error-prone qubits, their multi-million dollar costs remain firmly out of reach from the mainstream IT market.

Quantum Computer Price Outlook in the Cloud-Access Era

While expanding in-house infrastructure to petabyte-scale will keep big player quantum computer prices sky-high for now, an alternative model looks set to open these unparalleled processing capabilities to a much wider audience. Top hardware makers like Rigetti, IonQ, Pasqal and others are pivoting towards offering subscription-based cloud access to their cutting-edge quantum processors.

For as little as around $10 per hour slated for 2023, developers, researchers, and small enterprises will be able to remotely compile algorithms that will run on actual quantum hardware. This “Quantum-as-a-Service” paradigm mirrors how classical cloud computing democratized supercomputing power for the masses in past decades.

Although no public price list exists yet for 2023 cloud quantum computer access, back-of-the-envelope calculations suggest a single complex computation could execute for just hundreds or thousands of dollars. Compare that to the multi-million dollar quantum computer price tag to own even one of these exotic machines outright.

As well as slashing costs, cloud access relieves users from specialized maintenance, liquid helium refills, and intricate calibrations – reducing barriers for quantum computer price-sensitive users. Subscription quantum computing does however limit custom optimization flexibility compared to wholly owning a tailor-fit system.

When Will Quantum Computer Prices Become Affordable?

The steep price of quantum power stems directly from the immaturity of the technology, with fabricated qubits still error-prone and scarce. Yet the tremendous industry momentum behind addressing these engineering challenges inspires projections that quantum computer prices will fall precipitously over the next decade.

Goldman Sachs predicts business spending on quantum computing to eclipse semiconductor R&D within 10 years, estimating the market expanding 100-fold from ~$2 billion today to reach ~$200 billion by 2030. With surging customer demand across the public and private sectors fueling production scale-up, analysts forecast quantum computer prices could dip below $1 million by 2026 for commercial systems with hundreds to approximately one thousand qubits.

Others hold expectations we may witness quantum computer prices dipping to ~$1 per qubit sometime next decade – perhaps reaching as inexpensive as ~$100 per qubit for more advanced error-corrected qubits. This thousand-fold price deflation would allow businesses or even tech-enthusiastic consumers to realistically own personal workstations packing millions of qubits by 2030.

The anticipated price erosion primarily relies on maturing nanofabrication techniques that became radically more affordable as classical transistor counts historically obeyed Moore’s Law. Rather than precision engineering each qubit device, advanced lithographic methods aim to make qubit manufacturing almost as easy as printing circuits – issuing in an era of cheap abundant qubits finally powering quantum computers affordable to enterprises small and large.

The Quantum Computer Price Revolution Is Coming

Quantum computers promise to be the most disruptive computing advance since the advent of electronic digital computers in the 1940s. But fulfilling that enormous potential requires first overcoming extreme physics and engineering obstacles that currently sustain astonishingly high quantum computer prices even for noisy prototypes.

Yet the intense worldwide quantum tech race, underpinned by bullish projections for hundred billion dollar commercial markets before 2030, seems poised to crack these barriers through economies of scale and maturing nanofabrication processes. Within this decade, these dynamics look set to slash costs low enough to make quantum computing practical for most businesses via convenient cloud subscription models.

Further out, analysts predict thousand-fold deflation in the cost per qubit could make quantum computer prices affordable even for tech enthusiasts by the 2030s. Much as classical integrated circuits eventually became ubiquitous and cheap thanks to relentless advances predicted by Moore’s Law, we appear to stand now at the foothills of a widespread quantum computing revolution in the making.

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