The news that Bangladeshi astronomer Lamiya Ashraf Mowla is playing a leading scientific role in research connected with NASA’s Nancy Grace Roman Space Telescope is more than an inspiring account of individual achievement. It is a moment of national pride but it should also provoke an uncomfortable question: how many more Lamiya Mowlas could Bangladesh produce if scientific talent were supported by strong institutions at home?

Scheduled for launch on August 30, 2026, the Roman Space Telescope is designed to investigate some of humanity’s most profound mysteries: dark matter, dark energy, the evolution of galaxies and planets beyond our solar system. NASA says its field of view will be at least 100 times larger than that of the Hubble Space Telescope, potentially enabling it to measure light from as many as a billion galaxies during its operational lifetime. It will also conduct a statistical survey of planetary systems and examine how the universe has expanded over cosmic history. NASA’s official Roman mission overview⁠

At the heart of this scientific adventure stands a researcher whose roots extend to Bangladesh.

Mowla, an assistant professor of astronomy at Wellesley College in Massachusetts, studies the formation and evolution of galaxies from the earliest periods of the universe. She has worked with observations from both the Hubble and James Webb space telescopes and has already established an impressive international research profile. Her involvement in Roman-related science therefore represents not an isolated ceremonial appointment, but the continuation of a serious scientific career built through scholarship, persistence and original research.

Her earlier work helped astronomers study the “Firefly Sparkle,” a galaxy seen as it existed roughly 600 million years after the Big Bang. Using James Webb observations and the natural magnifying effect of gravitational lensing, her research team identified individual star clusters within that distant, still-forming galaxy. The findings, published in Nature, offered an extraordinary view of a young galaxy being assembled almost “brick by brick.” NASA’s account of the discovery⁠, the research paper in ⁠Nature⁠

That record matters because public enthusiasm must be grounded in scientific truth. Mowla should not merely be celebrated as a Bangladeshi name associated with NASA. She should be recognised as an accomplished observational astronomer contributing to the international effort to understand the universe.

The Roman mission will examine a cosmos in which everything visible stars, planets, gas, dust and human beings constitutes only about five percent of its total mass-energy content. Dark matter is estimated to account for approximately 27 percent, while dark energy makes up around 68 percent. Dark matter appears to provide the invisible gravitational framework around which galaxies form; dark energy is the name given to the still-unexplained phenomenon driving the accelerating expansion of the universe. NASA’s explanation of dark matter⁠

A scientist of Bangladeshi origin helping to investigate these questions carries immense symbolic power. Yet symbolism alone will not create a scientific nation.

Bangladesh frequently celebrates its successful diaspora after foreign universities, laboratories and research institutions have provided them with the opportunities that their homeland could not. We proudly claim scientists, physicians, engineers and technology specialists once they achieve international recognition. But national pride expressed after success is not a substitute for national investment before success.

Mowla’s achievement should therefore lead Bangladesh beyond congratulatory statements, newspaper headlines and social-media enthusiasm. It should initiate a serious discussion about the condition of astronomy, physics and fundamental research in the country.

Bangladesh does not need to compete immediately with NASA, the European Space Agency or the major scientific powers. It does, however, need a coherent national strategy for space science and astronomy. Universities require properly funded laboratories, modern observatories, reliable research grants and access to international databases. Students need mentors who can connect classroom physics with real scientific investigation. Researchers need careers that do not force them to choose between intellectual ambition and economic security.

The country also needs to reconsider its definition of “useful” science. Research into distant galaxies may appear detached from the immediate problems of inflation, unemployment, flooding or public health. History, however, shows that fundamental science produces knowledge, technologies and analytical capabilities whose applications cannot always be predicted in advance. Space research has driven progress in imaging, telecommunications, data processing, navigation, materials science and climate observation. Astronomy itself now relies on artificial intelligence, advanced statistics and the management of enormous datasets skills that have direct relevance to the modern economy.

For Bangladesh, the lesson is especially urgent. The global economy is being reorganised around knowledge, computing power, advanced engineering and technological sovereignty. A country that invests only in low-cost labour while neglecting research will remain dependent on technologies developed elsewhere. Scientific capacity is no longer a matter of prestige alone; it is an element of economic resilience and national power.

Mowla’s journey also has special meaning for Bangladeshi girls. In a society where many young women still encounter restrictions in education, mobility and professional ambition, the image of a Bangladeshi woman examining galaxies across cosmic time carries a message stronger than any slogan. It tells a schoolgirl in Dhaka, Chattogram, Sylhet or a remote village that the universe is not beyond her reach.

But inspiration must be followed by access. Science clubs, telescopes, scholarships, mathematics programmes and trained teachers cannot remain privileges of a handful of elite urban institutions. Talent is distributed throughout the country; opportunity is not.

Bangladesh should invite scientists such as Mowla into a structured national network connecting diaspora researchers with local universities and students. Joint research, visiting professorships, remote supervision, summer schools and access to international scientific collaborations could deliver significant results without requiring enormous initial expenditure. Such engagement must be institutional, not dependent on occasional personal goodwill.

Lamiya Mowla’s place in this cosmic enterprise should consequently be remembered as both a triumph and a challenge. Her success proves that Bangladeshi talent can stand at the frontiers of human knowledge. It also exposes how much potential remains undiscovered because the country has not built an environment capable of finding and nurturing it.

As the Roman Space Telescope prepares to look into the darkness of the universe, Bangladesh must look honestly at the darkness within its own scientific landscape the neglected laboratories, underfunded researchers, discouraged students and ambitions lost to indifference.

The greatest tribute to Lamiya Mowla would not be simply to call her a national pride. It would be to build a Bangladesh in which her achievement is no longer an extraordinary exception, but the beginning of a scientific tradition.

(Writer Shahidul Alam Swapan is a Swiss-based private banking financial crime specialist, columnist, and poet writing on governance, democracy, financial integrity, and international affairs. He could be reached at: shahidul.alam@bluewin.ch)