SA国际传媒

The promise of quantum computing has swirled for decades. But as it gets closer to reality, more investors, the government and several industries seem to be taking note.

This month alone has provided some big news for quantum technology and computing鈥攁 level of computation much faster and at a level superior to modern computers in that, unlike classical computers, it can perform many calculations at the same time.

Last week, the White House several measures to support quantum technology, including signing an order that places the National Quantum Initiative Advisory Committee directly under the authority of the White House to ensure the president has the latest information on the technology.

Following that, this week 鈥檚 Chief Executive said that his company will have a more-than-4,000-qubit quantum computer ready by 2025鈥攁 significant increase from its current hardware with 127 qubits.

While the idea of quantum computing has been around since the 1980s, those in the industry and those who invest are seeing the promise inching closer to reality and the excitement鈥攁nd money鈥攂uilding.

Big compute equals big dollars

Last year, VC-backed quantum startups saw a record of over $823 million come into the sector. That’s a greater than 70 percent increase from 2020. That鈥檚 also a significant uptick from previous years when funding struggled to hit $200 million, according to SA国际传媒 data.

Numbers this year are down with less than $200 million invested thus far. That does not include 鈥檚 funding that was reported in March. 鈥檚 6-year-old quantum tech group, SandboxAQ was recently spun out and raised an unspecified 鈥渘ine-digit鈥� round. Those participating in the round include , former CEO , , , funds and accounts advised by , , , , and other funds and investors.

鈥淚nvestor interest has definitely increased,鈥� said , managing director at 鈥攁n early investor in Colorado-based quantum technology company . 鈥淨uantum will be an important part of our future.鈥�

Last year saw monster rounds. This included Palo Alto-based 鈥檚 $450 million Series D in July鈥攚hich gave the company a $3.1 billion valuation鈥攁nd Toronto-based , a designer of quantum silicon photonic chips, which closed a $100 million Series B last May

Aside from the undisclosed SandBoxAQ round, big rounds this year include:

• In January, Switzerland-based announced a $60 million Series A and then upsized it to $75 million in March.
• In February, Israel-based 鈥攚hich developed a quantum algorithm platform鈥攃losed a $33 million Series B.

鈥淭wo years ago we did not go out for big money and saw investors who were enthusiastic,鈥� said , CTO and co-founder at Classiq. 鈥淣ow, investors were much more mature and knowledgeable.鈥�

Just as investors have matured, so has the sector. Naveh said IBM鈥檚 timeframe is a 鈥渞easonable estimate鈥� and added quantum computing can be a game-changing technology.

鈥淭his is something that is completely different,鈥� said Naveh, adding quantum鈥檚 ability to do chemical simulations and solve optimization problems will greatly change certain industries such as the automotive and supply chain sectors.

More uses and some problems

Kinsella also sees quantum as a 鈥渢ectonic shift in our world.鈥�

While many people focus on what quantum could mean in areas such as financial services, chemistry and life sciences, Kinsella said quantum technology as it is applied to sensing and navigation and even clocks could have significant implications.

鈥淭he U.S. (government) is very committed to quantum,鈥� said Kinsella, pointing to President 鈥檚 recent measures.

Quantum navigating, for instance, could be huge if the Global Positioning System goes offline, said Kinsella. Quantum may do for computing what 5G did for mobile and fiber optics did for the internet.

There also could be additional security aspects related to quantum. Part of the recent initiative coming out of the White House included a national security memorandum outlining the administration’s plan to address the security risks posed by quantum technology. Since quantum computers are expected to operate millions of times faster than today’s computers, they will also be able to break the cryptography that secures much of our technological infrastructure.

鈥淭hat is likely years away, but something you have to keep an eye on,鈥� Kinsella said. 鈥淐ompanies could emerge to protect against that threat.鈥�

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