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Don’t have a PhD? The quantum industry still wants you

Andrew Martin, skills policy lead at the UK’s Department for Science, Innovation and Technology (DSIT), flashed up a slide. Speaking at the ninth Careers in Quantum event in Bristol last week, he listed the eight skills that the burgeoning quantum-technology sector wants. Five are various branches of engineering, including electrical and electronics, mechanical, software and systems. A sixth is materials science and chemistry, with a seventh being quality control.

Quantum companies, of course, do also want “quantum specialists”, which was the eighth skill identified by Martin. But it’s a sign of how mature the sector has become that being a hotshot quantum physicist is no longer the only route in. That point was underlined by Carlos Faurby, a hardware integration engineer at Sparrow Quantum in Denmark, which makes single-photon sources for quantum computers. “You don’t need a PhD in physics to work at Sparrow,” Faurby declared.

Quantum tech certainly has a plethora of career options, with the Bristol event featuring a selection of firms from across the quantum ecosystem. Some are making prototype quantum computers (Quantum Motion, Quantinuum, Oxford Ionics) or writing the algorithms to run on quantum computers (Phasecraft). Others are building quantum networks (BT, Toshiba), working on quantum error correction (Riverlane) or developing quantum cryptography (KETS Quantum). Businesses building hardware such as controllers and modems were present too.

With the 2025 International Year of Quantum Science and Technology (IYQ) now in full swing, the event underlined just how thriving the sector is, with lots of career choices for physicists – whether you have a PhD or not. But competition to break in is intense. Phasecraft says it gets 50–100 applicants for each student internship it offers, with Riverlane receiving almost 200 applications for two summer placements.

That’s why it’s vital for physics students to develop their “soft skills” – or “professional skills” as several speakers preferred to call them. Team working, project management, collaboration and communication are all essential for jobs in the quantum industry, as indeed they are for all careers. Sadly, many physicists don’t realize soon enough just how crucial soft skills are.

Reflecting on his time at Light Trace Photonics, which he co-founded in 2021, Dominic Sulway joked in a panel discussion that he’d “enjoyed developing all the skills people told me I’d need for my PhD”. Of course, if you really want to break into the sector, why not follow his lead and start a business yourself? It’s a rewarding experience, I was told, and there doesn’t seem to be any slow-down in the number of quantum firms starting up.

  • For more information on career options for physicists, check out the free-to-read 2025 Physics World Careers guide

This article forms part of Physics World‘s contribution to the 2025 International Year of Quantum Science and Technology (IYQ), which aims to raise global awareness of quantum physics and its applications.

Stayed tuned to Physics World and our international partners throughout the next 12 months for more coverage of the IYQ.

Find out more on our quantum channel.

The post Don’t have a PhD? The quantum industry still wants you appeared first on Physics World.

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Test your quantum knowledge in this fun quiz

Two comic-style images labelled 1 and 2. First shows twin girls with the IYQ logo on their clothing. Second shows Alice and Bob on the telephone in Roy Lichtenstein style
(Courtesy: Jorge Cham; IOP Publishing)

1 Can you name the mascot for IYQ 2025?

2 In quantum cryptography, who eavesdrops on Alice and Bob?

Two images labelled 3 and 4. 3: photo of a large wire sculpture on a pier over the Thames. 4: STM image of an oval of bright colours with small peaks all around the outside and one peak in the middle
(Courtesy: Andy Roberts IBM Research/Science Photo Library)

3 Which artist made the Quantum Cloud sculpture in London?

4 IBM used which kind of atoms to create its Quantum Mirage image?

5 When Werner Heisenberg developed quantum mechanics on Helgoland in June 1925, he had travelled to the island to seek respite from what?
A His allergies
B His creditors
C His funders
D His lovers

6 According to the State of Quantum 2024 report, how many countries around the world had government initiatives in quantum technology at the time of writing?
A 6
B 17
C 24
D 33

7 The E91 quantum cryptography protocol was invented in 1991. What does the E stand for?
A Edison
B Ehrenfest
C Einstein
D Ekert

8 British multinational consumer-goods firm Reckitt sells a “Quantum” version of which of its household products?
A Air Wick freshener
B Finish dishwasher tablets
C Harpic toilet cleaner
D Vanish stain remover

9 John Bell’s famous theorem of 1964 provides a mathematical framework for understanding what quantum paradox?
A Einstein–Podolsky–Rosen
B Quantum indefinite causal order
C Schrödinger’s cat
D Wigner’s friend

10 Which celebrated writer popularized the notion of Schrödinger’s cat in the mid-1970s?
A Douglas Adams
B Margaret Atwood
C Arthur C Clarke
D Ursula K le Guin

11 Which of these isn’t an interpretation of quantum mechanics?
A Copenhagen
B Einsteinian
C Many worlds
D Pilot wave

12 Which of these companies is not a real quantum company?
A Qblox
B Qruise
C Qrypt
D Qtips

13 Which celebrity was spotted in the audience at a meeting about quantum computers and music in London in December 2022?
A Peter Andre
B Peter Capaldi
C Peter Gabriel
D Peter Schmeichel

14 What of the following birds has not yet been chosen by IBM as the name for different versions of its quantum hardware?
A Condor
B Eagle
C Flamingo
D Peregrine

15 When quantum theorist Erwin Schrödinger fled Nazi-controlled Vienna in 1938, where did he hide his Nobel-prize medal?
A In a filing cabinet
B Under a pot plant
C Behind a sofa
D In a desk drawer

16 Which of the following versions of the quantum Hall effect has not been observed so far in the lab?
A Fractional quantum Hall effect
B Anomalous fractional quantum Hall effect
C Anyonic fractional quantum Hall effect
D Excitonic fractional quantum Hall effect

17 What did Quantum Coffee on Front Street West in Toronto call its recently launched pastry, which is a superposition of a croissant and muffin?
A Croissin
B Cruffin
C Muffant
D Muffcro

18 What destroyed the Helgoland guest house where Heisenberg stayed in 1925 while developing quantum mechanics?
A A bomb
B A gas leak
C A rat infestation
D A storm

  • This quiz is for fun and there are no prizes. Answers are revealed below.

 

Answers

1. Quinnie  2. Eve  3. Antony Gormley. 4. Cobalt. 5. A. 6. D. 7. D. 8. B. 9. A. 10. D. 11. B. 12. D. 13. C. 14. C. 15. A. 16. C. 17. B. 18. A

This article forms part of Physics World‘s contribution to the 2025 International Year of Quantum Science and Technology (IYQ), which aims to raise global awareness of quantum physics and its applications.

Stayed tuned to Physics World and our international partners throughout the next 12 months for more coverage of the IYQ.

Find out more on our quantum channel.

The post Test your quantum knowledge in this fun quiz appeared first on Physics World.

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US science faces unprecedented difficulties under the Trump administration

As physicists, we like to think that physics and politics are – indeed, ought to be – unconnected. And a lot of the time, that’s true.

Certainly, the value of the magnetic moment of the muon or the behaviour of superconductors in a fusion reactor (look out for our feature article next week) have nothing do with where anyone sits on the political spectrum. It’s subjects like climate change, evolution and medical research that tend to get caught in the political firing line.

But scientists of all disciplines in the US are now feeling the impact of politics at first hand. The new administration of Donald Trump has ordered the National Institutes of Health to slash the “indirect” costs of its research projects, threatening medical science and putting the universities that support it at risk. The National Science Foundation, which funds much of US physics, is under fire too, with staff sacked and grant funding paused.

Trump has also signed a flurry of executive orders that, among other things, ban federal government initiatives to boost diversity, equity and inclusion (DEI) and instruct government departments to “combat illegal private-sector DEI preferences, mandates, policies, programs and activities”. Some organizations are already abandoning such efforts for fear of these future repercussions.

What’s troubling for physics is that attacks on diversity initiatives fall most heavily on people from under-represented groups, who are more likely to quit physics or not go into it in the first place. That’s bad news for our subject as a whole because we know that a diverse community brings in smart ideas, new approaches and clever thinking.

The speed of changes in the US is bewildering too. Yes, the proportion from federal grants for indirect costs might be too high, but making dramatic changes at short notice, with no consultation is bizarre. There’s also a danger that universities will try to recoup lost money by raising tuition fees, which will hit poorer students the hardest.

US science has long been a beacon of excellence, a top destination especially for researchers from other nations. But many scientists are fearful of speaking out, scared that they or their institutions will pay a price for any opposition.

So far, it’s been left to senior leaders such as James Gates – a theoretical physicist at the University of Maryland – to warn of the dangers in store. “My country,” he said at an event earlier this month, “is in for a 50-year period of a new dark ages.”

I sincerely hope he’s wrong.

The post US science faces unprecedented difficulties under the Trump administration appeared first on Physics World.

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Say hi to Quinnie – the official mascot of the International Year of Quantum Science and Technology

Whether it’s the Olympics or the FIFA World Cup, all big global events need a cheeky, fun mascot. So welcome to Quinnie – the official mascot for the International Year of Quantum Science and Technology (IYQ) 2025.

Unveiled at the launch of the IYQ at the headquarters of UNESCO in Paris on 4 February, Quinnie has been drawn by Jorge Cham, the creator of the long-running cartoon strip PHD Comics.

Quinnie was developed for UNESCO in a collaboration between Cham and Physics Magazine, which is published by the American Physical Society (APS) – one of the founding partners of IYQ.

Image of Quinnie, the mascot for the International Year of Quantum Science and Technology
Riding high Quinnie surfing on a quantum wave function. (Courtesy: Jorge Cham)

“Quinnie represents a young generation approaching quantum science with passion, ingenuity, and energy,” says Physics editor Matteo Rini. “We imagine her effortlessly surfing on quantum-mechanical wave functions and playfully engaging with the knottiest quantum ideas, from entanglement to duality.”

Quinnie is set to appear in a series of animated cartoons that the APS will release throughout the year.

This article forms part of Physics World‘s contribution to the 2025 International Year of Quantum Science and Technology (IYQ), which aims to raise global awareness of quantum physics and its applications.

Stayed tuned to Physics World and our international partners throughout the next 12 months for more coverage of the IYQ.

Find out more on our quantum channel.

The post Say hi to Quinnie – the official mascot of the International Year of Quantum Science and Technology appeared first on Physics World.

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International quantum year launches in style at UNESCO headquarters in Paris

More than 800 researchers, policy makers and government officials from around the world gathered in Paris this week to attend the official launch of the International Year of Quantum Science and Technology (IYQ). Held at the headquarters of the United Nations Educational, Scientific and Cultural Organisation (UNESCO), the two-day event included contributions from four Nobel prize-winning physicists – Alain Aspect, Serge Haroche, Anne l’Huillier and William Phillips.

Opening remarks came from Cephas Adjej Mensah, a research director in the Ghanaian government, which last year submitted the draft resolution to the United Nations for 2025 to be proclaimed as the IYQ. “Let us commit to making quantum science accessible to all,” Mensah declared, reminding delegates that the IYQ is intended to be a global initiative, spreading the benefits of quantum equitably around the world. “We can unleash the power of quantum science and technology to make an equitable and prosperous future for all.”

The keynote address was given by l’Huillier, a quantum physicist at Lund University in Sweden, who shared the 2023 Nobel Prize for Physics with Pierre Agostini and Ferenc Krausz for their work on attosecond pulses. “Quantum mechanics has been extremely successful,” she said, explaining how it was invented 100 years ago by Werner Heisenberg on the island of Helgoland. “It has led to new science and new technology – and it’s just the beginning.”

An on-stage panel in a large auditorium
Let’s go Stephanie Simmons, chief quantum officer at Photonic and co-chair of Canada’s National Quantum Strategy advisory council, speaking at the IYQ launch in Paris. (Courtesy: Matin Durrani)

Some of that promise was outlined by Phillips in his plenary lecture. The first quantum revolution led to lasers, semiconductors and transistors, he reminded participants, but said that the second quantum revolution promises more by exploiting effects such as quantum entanglement and superposition – even if its potential can be hard to grasp. “It’s not that there’s something deeply wrong with quantum mechanics – it’s that there’s something deeply wrong with our ability to understand it,” Phillips explained.

The benefits of quantum technology to society were echoed by leading Chinese quantum physicist Jian-Wei Pan of the University of Science and Technology of China in Hefei. “The second quantum revolution will likely provide another human leap in human civilization,” said Pan, who was not at the meeting, in a pre-recorded video statement. “Sustainable funding from government and private sector is essential. Intensive and proactive international co-operation and exchange will undoubtedly accelerate the benefit of quantum information to all of humanity.”

Leaders of the burgeoning quantum tech sector were in Paris too. Addressing the challenges and opportunities of scaling quantum technologies to practical use was a panel made up of Quantinuum chief executive Rajeeb Hazra, QuEra president Takuya Kitawawa, IBM’s quantum-algorithms vice president Katie Pizzoalato, ID Quantique boss Grégoire Ribordy and Microsoft technical fellow Krysta Svore. Also present was Alexander Ling from the National University of Singapore, co-founder of two hi-tech start-ups.

“We cannot imagine what weird and wonderful things quantum mechanics will lead to but you can sure it’ll be marvellous,” said Celia Merzbacher, executive director of the Quantum Economic Development Consortium (QED-C), who chaired the session. All panellists stressed the importance of having a supply of talented quantum scientists and engineers if the industry is to succeed. Hamza also underlined that new products based on “quantum 2.0” technology had to be developed with – and to serve the needs of – users if they are to turn a profit.

The ethical challenges of quantum advancements were also examined in a special panel, as was the need for responsible quantum innovation to avoid a “digital divide” where quantum technology benefits some parts of society but not others. “Quantum science should elevate human dignity and human potential,” said Diederick Croese, a lawyer and director of the Centre for Quantum and Society at Quantum Delta NL in the Netherlands.

A man stood beside a large panel of coloured lights creating an abstract picture
Science in action German artist Robin Baumgarten explains the physics behind his Quantum Jungle art installation. (Courtesy: Matin Durrani)

The cultural impact of quantum science and technology was not forgotten in Paris either. Delegates flocked to an art installation created by Berlin-based artist and game developer Robin Baumgarten. Dubbed Quantum Jungle, it attempts to “visualize quantum physics in a playful yet scientifically accurate manner” by using an array of lights controlled by flickable, bendy metal door stops. Baumgarten claims it is a “mathematically accurate model of a quantum object”, with the brightness of each ring being proportional to the chance of an object being there.

This article forms part of Physics World‘s contribution to the 2025 International Year of Quantum Science and Technology (IYQ), which aims to raise global awareness of quantum physics and its applications.

Stayed tuned to Physics World and our international partners throughout the next 12 months for more coverage of the IYQ.

Find out more on our quantum channel.

The post International quantum year launches in style at UNESCO headquarters in Paris appeared first on Physics World.

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Watch this amazing quantum-inspired stained-glass artwork in all its glory

This video has no voice over. (Video courtesy: Space Production)

The aim of the International Year of Quantum Science & Technology (IYQ) in 2025 to help raise the public’s awareness of the importance and impact of quantum science and applications on all aspects of life.

Ukraine-born artist Oksana Kondratyeva has certainly taken that message to heart. A London-based designer and producer of architectural glass art, she has recently created an intriguing piece of stained glass inspired by the casing for a quantum computer.

In this video specially made by Kondratyeva for Physics World, you can see her artwork, which was displayed at the 2024 British Glass Biennale, and glimpse the artist in the protective gear she wears while working with the chemicals to make her piece.

To discover more on this topic, take a look at the recent Physics World article: A ‘quantum rose’ for the 21st century: Oksana Kondratyeva on her stained-glass art inspired by a quantum computer

In the feature, Kondratyeva describes how her work fuses science and art – and reveals how the collaboration with Rigetti came about. As it happens, it was an article in Physics World during another international year – devoted to glass – that inspired the project.

This article forms part of Physics World‘s contribution to the 2025 International Year of Quantum Science and Technology (IYQ), which aims to raise global awareness of quantum physics and its applications.

Stayed tuned to Physics World and our international partners throughout the next 12 months for more coverage of the IYQ.

Find out more on our quantum channel.

The post Watch this amazing quantum-inspired stained-glass artwork in all its glory appeared first on Physics World.

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