Noel Goddard

A box in a telecom rack, quietly breaking the rules of physics for you

Plug Qunnect's flagship hardware into a standard 19-inch rack and it starts doing something no spy can secretly observe: it sends entangled photons down ordinary commercial fiber and keeps them entangled. No liquid helium. No vacuum chamber. No cleanroom theatrics. That is the whole pitch, and it is also the whole revolution. Noel Goddard, the company's CEO, calls the system Carina and describes it in four words - "built for deployment, not demonstration."

The distinction matters more than it sounds. Most of the quantum-networking world lives in a lab, where exotic conditions are free and reality is optional. Goddard built a company on the opposite premise. "We deploy," she says. "Most of the current players in quantum networking are stuck in research." Her hardware is meant to be racked, powered, and left alone to auto-optimize 24/7, the way a router is supposed to behave.

What gets carried on that fiber is not data in the usual sense. It is correlation - pairs of photons whose fates are linked by quantum entanglement. Tap the line to eavesdrop and you do not quietly copy the signal; you disturb it, and the disturbance is physically observable. Security stops being a math problem you hope no future computer can solve and becomes a law of nature you cannot get around. That is the part Goddard keeps returning to: a network where the act of spying announces itself.

Qunnect grew out of the Quantum Information Technology group at Stony Brook University, where co-founders Mehdi Namazi and Mael Flament cracked the awkward problem at the center of all this - a quantum memory that works without extreme cooling or vacuum. Goddard arrived in 2020, first as COO, then CEO, just as the pandemic forced a hard question about what the company actually was. She helped answer it by turning a single-product startup into an infrastructure company.

Goddard did not grow up in quantum networking. Almost nobody did - the field barely exists. But her route in is unusually scenic. She earned a PhD at Rockefeller University spanning physics and biology, then did postdoctoral work as a Junior Fellow at Harvard. A genuine biophysicist, comfortable in the seam between disciplines.

She taught it, too, as an assistant professor of physics at Hunter College, CUNY. Then she left the lecture hall for the harder classroom of startups: she founded the biotech company Goddard Labs in 2012, served as CTO of Symbiotic Health, and later became a seed investor with the Accelerate NY Seed Fund, where she assembled a portfolio of deep-tech and life-science companies around New York.

So when she explains why she does any of this, the answer is not about quantum at all. "I really like the challenge of interdisciplinary problems, which is at the core of entrepreneurship," she says. Biology, physics, venture capital, telecom hardware - the through-line is not a subject. It is the seam between subjects, which is exactly where a company that puts quantum mechanics into a telecom rack has to live.

That investor's eye shows up in how Qunnect picks its battles. The company does not chase the headline-grabbing quantum computer. It builds the connective tissue - the sources, the memories, the racks - that any quantum future will need, and it sells real components today. Roughly $4 million in component and rack sales, by recent accounts, while most rivals are still writing papers.