Breaking cultural barriers, redefining ambition, and opening the quantum door for the next generation
In the fast-evolving world of quantum computing, technical breakthroughs often dominate the headlines. But behind every advancement is a human story, one shaped by curiosity, resilience, and the quiet courage to choose a different path.
Sara Metwalli’s journey into quantum research is exactly that kind of story.
It begins not in a high-tech lab but in Egypt, with a young girl who simply loved math.
The Language of the Universe
Long before quantum circuits and machine learning models entered the picture, Sara was drawn to science in its purest form. Biology, chemistry, physics — she found them all fascinating. But math held a special place in her imagination.
“I like to say math is the language of the universe,” she reflected. Sara Metwalli and Candace_ Wome…
That early spark mattered. Because while many students struggle to connect abstract math to real-world meaning, Sara leaned into the mystery. Even when classroom instruction felt detached from practical application, her curiosity kept pulling her forward.
Her first exposure to programming in high school, with Visual Basic, added fuel to the fire. Suddenly, math wasn’t just theoretical. It could build things. Make things move. Solve problems.
The intersection of math, coding, and engineering became irresistible.
She set her sights on computer engineering.
Expectations vs. Ambition
But ambition rarely develops in a vacuum.
In Egypt, as in many parts of the world, cultural expectations for high-achieving students, especially girls, often follow a familiar script. Medicine and dentistry sit at the top of the academic hierarchy. Engineering is respected but still male-dominated. And for many young women, education is quietly intertwined with marriage prospects.
Sara’s parents, like many families, initially hoped she would become a doctor. The path was prestigious, stable, and socially approved.
Sara had other ideas.
First, there was the practical matter: she knew she would faint at the sight of blood. More importantly, engineering aligned with how her mind worked. She wanted to understand systems. Mechanisms. How things actually functioned.
Still, the social environment wasn’t always welcoming.
Engineering classrooms were heavily male. Certain disciplines — especially mechanical engineering — were overwhelmingly dominated by men. Comments about femininity and career choices were common background noise.
And even among female peers, priorities often diverged.
While some students viewed their degrees partly through the lens of future marriage prospects, Sara was already looking beyond national borders.
She wanted to travel.
She wanted to build.
She wanted more.
The Decision to Leave
The turning point came after graduation.
Despite strong academic performance, Sara encountered a blunt institutional barrier when she explored graduate school options in Egypt. She was told she wasn’t qualified for a master’s program because her grades weren’t perfect across every subject.
The message was clear.
The path forward would not be easy, at least not locally.
Rather than accept that verdict, Sara did something that would define her career trajectory: she looked outward.
Through online scientific communities and virtual talks, she began studying the global landscape. One destination stood out — not the United States, not Europe, but Japan.
The reasoning was both strategic and practical:
- Fewer Egyptian applicants meant better odds
- Lower costs compared to Western countries
- A strong research environment
- And, quietly, a personal dream of living in Tokyo
It was a bold move. Convincing her parents required careful navigation. Cultural expectations around young women travelling alone were real and deeply rooted.
But Sara had one advantage: she had always been the responsible child.
Eventually, she secured their reluctant support.
And with that, she left Egypt.
Reinventing Herself in Japan
Arriving in Japan was both exhilarating and disorienting.
New language. New academic culture. New social norms.
For many international students, this phase can feel isolating. Sara experienced that too. But she also recognized something powerful about the moment.
No one knew her here.
“This was a new start,” she realized, an opportunity to define herself on her own terms.
Financially, the journey was far from smooth. She initially had no scholarship and had to piece together income through teaching assistant roles, transcription work, and tutoring. Eventually, strong academic performance earned her tuition exemptions.
It was a grind.
But it was working.
And then came the moment that would quietly redirect her entire career.
The Mentor Who Opened the Quantum Door
Sometimes careers pivot not through grand plans but through human connection.
While working as a teaching assistant, Sara met a physics professor, an American from Texas known for his cowboy boots and, more importantly, his encouragement.
He wasn’t her formal supervisor.
He didn’t need to be.
He saw her potential early and consistently reinforced it.
“He was such an encouraging man,” Sara said.
Through him, she was introduced to the world of quantum research and eventually to her PhD supervisor.
It was the kind of mentorship moment that rarely makes headlines but often changes trajectories.
Sara is clear about its impact: she doesn’t think she would be where she is today without that support.
Navigating Imposter Syndrome in Quantum
Even with a PhD, publications, and international research experience, Sara speaks candidly about something many high achievers quietly wrestle with: imposter syndrome.
Academia, especially in emerging fields like quantum computing, can feel intensely competitive. Surrounded by brilliant peers, self-doubt can creep in.
Her strategy is both simple and powerful.
Pause.
Reflect.
Take inventory of what you’ve actually accomplished.
“I wouldn’t be here now if I didn’t have what it takes to be here,” she reminds herself.
It’s a mindset that resonates far beyond quantum.
Why Quantum Needs More People — Not Just Physicists
One of the most important messages Sara shares and one that the Women in Quantum audience needs to hear is this:
Quantum computing is no longer a physicists-only club.
Her own background proves it. She is an electrical engineer who loves coding, not a traditionally trained physicist. And yet she successfully built a career in quantum research.
Today, the field increasingly needs:
- Software developers
- Application specialists
- Machine learning experts
- Systems thinkers
- Interdisciplinary collaborators
The hardware race still matters. But the application layer is wide open.
“There is a middle ground,” Sara explains, noting that many roles focus on using quantum systems rather than building them.
For women and career switchers watching from the sidelines, that distinction is everything.
Redefining Success
Ask Sara what success means, and the answer isn’t publications or prestige.
It’s impact.
Specifically, helping others, especially young women, see themselves in STEM fields they may not have considered.
“If I manage to get people to overcome their fears and doubts about joining quantum or STEM… that’s success for me.”
That mission shows up repeatedly in her work:
- Outreach to underrepresented communities
- Teaching and mentoring
- Public engagement efforts
- Advocacy for broader access to quantum education
Because in her view, the biggest barrier isn’t intelligence.
It’s awareness.
Many capable students simply don’t know that quantum is an option.
The Road Ahead
Today, Sara Metwalli stands at the intersection of quantum software, machine learning, and public engagement. Her research spans hardware benchmarking and quantum applications in the life sciences, including work on disease detection using hybrid quantum-classical models.
But her larger impact may extend beyond any single technical breakthrough.
Her story from Egypt to Tokyo to the global quantum ecosystem is exactly the kind of visibility the field needs right now.
Because human journeys scale inspiration in ways technical papers never can.
And somewhere, there is almost certainly another young student, maybe in Cairo, maybe elsewhere, who loves math, feels out of place, and is quietly wondering what paths might be possible.
If Sara’s journey does its job, that student won’t wonder for long.
For more Women in Quantum stories, follow Impact Quantum and stay tuned for upcoming episodes spotlighting the voices shaping the future of the field.
