German Quantum Breakthrough Highlights Crypto’s Need for Particle Physicists

A quantum computing research initiative from Germany could revolutionize particle physics, with significant implications for finance, economics, and cryptocurrency.

The crypto industry has thus far thrived on its own feats of engineering and innovation, much like the tech industry did in its nascent stages.

The creation of blockchain and cryptocurrency can be likened to the advent of personal computing and the internet.

However, over the past two decades, the tech industry has increasingly integrated hard science into its operations. It may now be time for the crypto sector to follow this trend.

Tech Giants Establish Quantum Computing Laboratories

Leading tech giants such as Amazon, IBM, Google, Microsoft, and Meta have all established quantum computing laboratories.

These labs have been at the forefront of significant research in physics and quantum computing.

For instance, the realization of time crystals in a quantum processor in 2021 was largely accomplished in Google’s lab.

Both Microsoft and IBM have also made significant contributions to advancing “quantum advantage” in their respective labs.

A recent paper demonstrates a path to achieving quantum advantage over the “many-body-model” problem.

The paper, titled “Quantum advantage and stability to errors in analogue quantum simulators,” was published on August 2 by researchers from the Max Planck Institute for Quantum Optics.

Quantum advantage refers to a capability of quantum computers that surpasses classical, binary computers in terms of speed and efficiency for certain tasks.

The German researchers simulated a quantum setup that, according to their peer-reviewed research, theoretically demonstrates clear quantum advantage in solving many-body problems.

Notably, their architecture addresses one of the most significant challenges in quantum computing—error mitigation.

Particle Physics in Finance

Achieving quantum advantage in solving many-body problems could potentially transform particle physics.

This advancement could pave the way for breakthroughs in areas such as cold fusion and quantum teleportation, expanding our ability to predict particle behavior on larger scales.

Meanwhile, the principles of particle physics can be applied to finance by considering every transaction—past, present, and future—as a particle.

While this concept may seem abstract, the application of physics to economics, known as “econophysics,” dates back several decades.

The term “econophysics” was coined in the early 1990s as personal computers gained popularity.

Similarly, we can envision “cryptophysics” emerging as a field of study as quantum computing continues to advance.

A quantum computer capable of demonstrating superiority over binary computers in solving many-body problems would be significantly more adept at predicting market movements than current supercomputers.

For instance, Bitcoin transactions could be fundamentally simpler for a powerful quantum computer to analyze as a many-body problem compared to fiat currency, given the fixed supply of Bitcoin.

This potential capability underscores the need for the crypto industry to integrate particle physicists and quantum computing experts into their operations, positioning themselves at the forefront of this emerging technological frontier.

In 2017, a group of researchers, including Divesh Aggarwal and Gavin Brennen, published an article warning that the elliptic curve signature scheme used by Bitcoin “could be completely broken by a quantum computer as early as 2027, by the most optimistic estimates.”

However, to be able to break cryptocurrency security, quantum computers will likely need thousands, if not millions, of qubits. Currently, the most advanced machines have around 1000.