IBM Announces ‘Quantum Starling’ – A Breakthrough in Fault-Tolerant Quantum Computing

New York:IBM has unveiled its latest quantum computing project, named **“Quantum Starling,”** which will be developed at the company’s headquarters in **Poughkeepsie, New York**. The new model will feature the **Quantum Nighthawk processor**, scheduled for release later this year.

In an official blog post, IBM confirmed that the **Nighthawk** processor is designed to replace the current **Quantum Heron** processor. Running at **5,000 quantum gates**, Nighthawk is expected to scale up to **15,000 gates** within the next three years. In quantum computing, a **quantum gate** is a fundamental operation applied to a qubit—the basic unit of quantum information.

IBM researchers believe that **Nighthawk** marks the first practical step toward building systems capable of executing operations **20,000 times more efficiently** than today’s quantum computers.

According to **Krishna**, an IBM executive, “Our expertise in mathematics, physics, and engineering is paving the way toward building large-scale, fault-tolerant quantum computers—machines that will tackle real-world problems and unlock tremendous business potential.”

The company emphasized the need for a **fault-tolerant quantum system** capable of running large circuits involving **millions of gates across hundreds of qubits**. Such a system must be able to **correct known errors within the quantum architecture**, a crucial requirement for scalable and reliable quantum computing.

The blog also acknowledged that the race toward quantum supremacy includes other tech giants such as **Google**, with its **“Sycamore”** and **“Willow”** processors, and **Microsoft**, which is working on the **Majorana 1** and **Ocelot** quantum chips.

With **Quantum Starling**, IBM aims to lead the next era of quantum technology, moving beyond experimental models toward machines with real computational power that can address complex challenges in science, logistics, finance, and beyond.