Quantum Computing Targets the Food Industry's Billion-Dollar Problem: The Perfect Plant-Based Burger

RIYADH, Saudi Arabia & PARIS – April 08, 2026 – The alternative protein industry, a market projected to swell past $130 billion by 2034, is grappling with a persistent and costly challenge: the “functionality gap.” Despite billions in investment, plant-based products often fail to replicate the precise texture, mouthfeel, and cooking behavior of their animal-based counterparts. Now, a pioneering collaboration aims to solve this problem not with new ingredients, but with the power of quantum mechanics.

Pasqal, a global leader in neutral-atom quantum computing, has announced a strategic partnership with True Nexus, a Saudi-based computational intelligence firm. Together, they plan to tackle the molecular complexity of proteins, aiming to make their behavior predictable and programmable. This could finally shift the alternative food sector from a costly process of trial-and-error to a new era of precision design, potentially unlocking widespread consumer adoption.

“For decades, the industry has been constrained by a lack of true computational understanding of protein behavior,” said Dominik Grabinski, CEO of True Nexus, in a statement. “Partnering with Pasqal allows us to model protein functionality at a level of fidelity that simply hasn’t been possible before. This is the breakthrough that can shift the entire sector from trial-and-error to true design.”

Closing the Functionality Gap

The challenge is deceptively complex. The food industry has struggled for over two decades to perfectly replicate something as seemingly simple as gelatin in a gummy bear using plant-based ingredients. Extrapolate that to the intricate fibrous structure of a steak or the way cheese melts, and the scale of the problem becomes clear. This functionality gap is a major barrier, limiting the appeal of alternative proteins for mainstream consumers who expect sensory parity with traditional products.

Currently, food scientists rely on an iterative, empirical approach, testing countless ingredient combinations and processing methods to inch closer to the desired result. This process is slow, expensive, and often yields imperfect outcomes. The collaboration between Pasqal and True Nexus seeks to replace this guesswork with a foundational, predictive model.

The partnership’s first major goal is to build a fully vectorized, dynamic 3D model of protein gelation—one of the most critical functional properties in food systems. This model will integrate multiple layers of data, from the parameters of protein extraction and a molecule's structure to the impact of processing conditions and final application requirements. By understanding these interactions at a fundamental level, the companies believe they can engineer desired outcomes from the ground up.

A Quantum Solution for a Molecular Puzzle

Classical supercomputers, for all their power, struggle to accurately simulate the complex, dynamic behavior of large molecules like proteins. The number of potential interactions and configurations is astronomically large, quickly overwhelming conventional computational methods. This is where quantum computing offers a paradigm shift.

Pasqal specializes in neutral-atom quantum processors, which use lasers to trap and manipulate individual atoms as qubits—the basic units of quantum information. These systems are naturally suited to simulating molecular interactions because they operate on the same quantum mechanical principles that govern the molecules themselves.

“Quantum computing allows us to tackle complexity that has limited innovation for decades,” stated Wasiq Bokhari, CEO of Pasqal. “Together with True Nexus, we’re helping enable a more scalable, design-driven approach to sustainable protein development.”

By running simulations on Pasqal’s quantum processors, the partnership can capture a level of detail and precision that is simply out of reach for classical machines. This will allow them to accurately predict how a specific protein will behave—how it will gel, emulsify, or provide texture—under real-world conditions, long before it ever enters a physical lab.

From Lab Theory to Strategic Investment

The timing of this collaboration is no coincidence. It comes shortly after Pasqal announced its intention to go public through a business combination with Bleichroeder Acquisition Corp. II, a special purpose acquisition company (SPAC). The deal, which values Pasqal at $2 billion pre-money, is expected to provide more than $600 million in gross proceeds, fueling the company's ambitious growth and commercialization plans.

This move positions the partnership with True Nexus as a powerful demonstration of Pasqal's strategy: applying its deep-tech capabilities to solve high-value problems in major industries. For investors, it provides a tangible example of how quantum computing can move beyond academic research and generate commercial revenue in a booming sector like food technology. The capital infusion will also support Pasqal's U.S. expansion, which includes a planned headquarters in Chicago.

The long-term vision extends far beyond improving the next generation of plant-based burgers. Pasqal and True Nexus aim to establish a definitive reference model for protein functionality. Food and ingredient companies could one day license this platform to guide everything from seed development and crop optimization to designing novel proteins through precision fermentation. By making protein behavior a known, programmable variable, the technology could fundamentally reshape the agricultural and food supply chains, accelerating the development of more sustainable, nutritious, and appealing food choices for a global population.