Riding the Quantum Wave With Immersive

‍Immersive launches new hands-on quantum computing labs to celebrate NVIDIA’s Quantum Day

Quantum computing has the opportunity to fundamentally change a number of industries. From finance to healthcare, quantum technology is set to solve entire classes of problems that classical computers struggle with. Major tech companies, governments, and researchers are investing heavily in quantum hardware and software, recognizing that we are entering a new era of computing. In celebration of NVIDIA's Quantum Day (March 20th, 2025), Immersive is taking a leap forward, launching a series of hands-on quantum computing labs designed to empower computer scientists to navigate this exciting frontier.

Back in the early days of computing, machines like the Electronic Numerical Integrator and Computer (ENIAC) took up entire rooms, filled with vacuum tubes, relays, and miles of wiring. These behemoths required extensive cooling, had limited processing power, and consumed massive amounts of electricity. The ENIAC, for example, weighed around 27 tons, occupied 1,800 square feet, and could perform about 5,000 operations per second – a fraction of what even a basic smartphone can do today.

As technology progressed, transistors replaced vacuum tubes, leading to the miniaturization of computers. This trend continued with the development of integrated circuits and then microprocessors, making it possible for computers to fit on desks, in pockets, and even inside wearable devices.

Now, with quantum computing, we’re seeing a different kind of computational revolution. Quantum computers aren’t just another iteration of smaller and faster traditional computers; they operate on entirely different principles – leveraging quantum bits (qubits) instead of classical bits. However, like early classical computers, today's quantum machines are still large and unwieldy.

For instance:

• IBM’s Quantum System One is enclosed in a 9-foot-tall glass and steel case
• Google’s Sycamore quantum processor is housed in a complex cryogenic setup
• D-Wave’s quantum annealer requires a dilution refrigerator to keep it near zero (-273°C)

This is reminiscent of the vacuum tube era of classical computing, where machines were room-sized due to technological limitations. However, just as classical computers shrank over decades, quantum computers may follow a similar trajectory.

We’re currently in an interesting time for quantum computing, and we could be witnessing the start of a new era of computing, just like in the 1940s.

The industry is taking notice

Vast investments are being made in the transition from research labs to real-world applications. NVIDIA's Quantum Day underscores this shift, bringing together industry leaders to discuss the future of quantum technology. NVIDIA's pivotal role in quantum simulation and hybrid computing is crucial, as it bridges the gap between classical and quantum systems, paving the way for practical applications in the future. Companies investing in quantum expertise today are positioning themselves for significant competitive advantages tomorrow.

‍Bridging the gap: helping computer scientists learn quantum computing

Quantum computing shouldn't remain the exclusive domain of physicists. Computer scientists are vital to translating the potential of quantum hardware into tangible solutions. Immersive's new labs provide a structured, hands-on learning experience, demystifying complex concepts and enabling developers to apply quantum principles to real-world problems using a real-world quantum computer.

What You'll Learn:

• Quantum Gates: Use quantum gates to manipulate states of qubits.
• Quantum Circuits: Build and manipulate quantum circuits to understand how quantum algorithms operate.
• Quantum Algorithms: Explore algorithms for database searching, demonstrating the speedup of the potential of quantum computing.
• Quantum Random Number Generation: Learn how to harness the inherent randomness of quantum systems.‍
• Hybrid Quantum-Classical Programming: Learn how to integrate classical and quantum computing.

What this means for you

Don't just watch the quantum revolution from the sidelines—be a part of it. Immersive's new Quantum Computing Fundamentals collection provides the perfect launchpad for your quantum journey. Gain the practical skills and knowledge needed to thrive in this exciting new era.

Our new lab collection provides a hands-on way to start learning quantum computing, ensuring that our users can grasp the concepts and use them meaningfully. You will also gain hands-on experience using a real-world quantum computer! 

As companies like NVIDIA, IBM, and Microsoft continue to invest in quantum, the demand for skilled professionals will only grow. If you’re ready to start your quantum journey, check out the new Quantum Computing Fundamentals collection today.