Mona Nemer

Early life and education

Mona Nemer was born in 1957 in Beirut, Lebanon, the eldest of three children raised by a schoolteacher mother and a father who worked as a mechanic for the city's newspaper presses. Nemer has traced her scientific vocation to her teenage years: at 17, she and her classmates successfully petitioned to have a science stream added to the curriculum at her all-girls school, a small act of institutional persuasion that would become a lifelong pattern. She left Lebanon amid the outbreak of its civil war in the mid-1970s, resettling in the American Midwest, where she earned a bachelor's degree in chemistry, with minors in French and mathematics, from Wichita State University in 1977.

She then moved to Canada for graduate study, completing a PhD in bio-organic chemistry at McGill University in 1982 under the supervision of the nucleic-acid chemist Kelvin Ogilvie. Postdoctoral training in molecular biology followed at the Montreal Clinical Research Institute (Institut de recherches cliniques de Montreal, or IRCM) and at Columbia University in New York, where she shifted her focus from synthetic chemistry toward the emerging field of molecular genetics.

Scientific career

Nemer built her academic career around the genetics of the heart. As a professor of pharmacology at the Universite de Montreal and director of the Cardiac Genetics Unit (later the Cardiac Development Research Unit) at the IRCM, she held a Tier 1 Canada Research Chair in Cardiovascular Cell Differentiation, one of the country's most prestigious research designations. Her laboratory's work on the transcription factors that govern heart-muscle development contributed to diagnostic tests for heart failure and to a deeper understanding of the genetic origins of congenital cardiac defects. Over four decades she authored more than 200 peer-reviewed publications and trained upward of 100 graduate students and postdoctoral fellows drawn from around the world.

Before her appointment to federal office, Nemer moved to the University of Ottawa as Professor and Vice-President of Research, where she continued to direct a Molecular Genetics and Cardiac Regeneration Laboratory while overseeing the university's broader research portfolio — an administrative role that gave her direct experience translating laboratory science into institutional policy, budgets, and priorities. That combination of bench-level scientific credibility and administrative fluency — rare in a single career — is frequently cited as the reason she was a natural fit for a national advisory post that would require both scientific authority and bureaucratic dexterity.

Chief Science Advisor of Canada

On September 26, 2017, Prime Minister Justin Trudeau announced Nemer's appointment as Chief Science Advisor of Canada — the first person to hold a national science advisor position since it had been eliminated by the previous government in 2008. The office, created explicitly to insulate scientific counsel from partisan pressure, tasks its holder with advising the Prime Minister and the Minister of Innovation, Science and Industry, ensuring government science is transparent and available to the public, and strengthening the practice of science within federal departments. Nemer was reappointed to successive terms, most recently in 2024 for a fourth mandate extending through September 2027 — a tenure of unusual length and continuity for a role of this kind.

In office, Nemer expanded the machinery of federal science advice considerably beyond her own desk. She established a network of departmental science advisors across the federal government, created a pan-Canadian youth council to bring younger voices into science-policy discussions, and helped found the Interdepartmental Indigenous STEM Cluster (I-STEM) to support Indigenous participation in federal science. During the COVID-19 pandemic she served on the Executive Committee of the COVID-19 Immunity Task Force and as an ex-officio member of both the COVID-19 Vaccine Task Force and the Industry Strategy Council, placing her at the center of Canada's pandemic science response. Her record earned her membership in the Order of Canada, fellowship in the Royal Society of Canada and the American Academy of Arts and Sciences, and honors including the French National Order of Merit and the Legion of Honour, along with honorary doctorates from institutions in France, Finland, and Lebanon.

The Sky Canada Project

In the fall of 2022, Nemer's office launched what would become its most publicly attention-grabbing initiative: the Sky Canada Project, a systematic review of how Canada's federal government handles public reports of unidentified aerial phenomena (UAP). The project's mandate was narrowly and deliberately scientific rather than investigative — it explicitly did not set out to assess the extraterrestrial hypothesis, adjudicate specific sightings, or collect first-hand evidence such as photographs or witness testimony. Instead, it asked an administrative question that had somehow gone unanswered for decades: when a Canadian sees something in the sky they cannot identify, what happens next? As Nemer herself framed it, the animating question of the project was disarmingly simple — "Which Canadian website can people visit to report sightings of unidentified aerial phenomena (UAPs)?"

The office commissioned a national survey, developed in partnership with the researcher Maryam Dilmaghani and fielded by the polling firm Leger from August 15 to 27, 2024, drawing 1,008 respondents from Leger's online panel and weighting the results by age, gender, and region to approximate the general Canadian population. The official public opinion research report that accompanied the study candidly acknowledged a methodological limitation common to online panel research: because respondents self-selected into the panel, the results could not be described as statistically projectable onto the Canadian population as a whole, even though the survey followed the federal government's standards for online public-opinion research. A preview of the findings appeared on January 15, 2025, with the full report, Management of Public Reporting of Unidentified Aerial Phenomena in Canada, released in June 2025 after extensive consultation with federal departments — including Transport Canada, the Department of National Defence, the Canadian Space Agency, and the Royal Canadian Mounted Police — as well as citizen-led sighting-tracking organizations. According to The Debrief, it drew more public interest than any project the Office of the Chief Science Advisor had previously undertaken.

Findings, recommendations, and reception

The survey results were striking for how ordinary they made an ostensibly exotic subject look. Twenty-seven percent of respondents reported having witnessed an object in the sky they could not identify at some point in their life, and eleven percent reported such a sighting within the past year — figures suggesting the experience is common rather than rare. Yet only about ten percent of those witnesses had ever formally reported what they saw, and forty percent said they simply would not know which authority to contact if they wanted to. The report found that several federal bodies — Transport Canada, the Department of National Defence, the Canadian Space Agency, and the RCMP — were all independently receiving scattered UAP reports, but that these were almost never investigated unless they posed an immediate, obvious threat to aviation safety or national security. There was, in short, no front door.

The final report issued fourteen recommendations organized into four categories: reporting and data oversight (three recommendations), public communications (four), scientific research (five), and international collaboration (two). Its central proposal was that Canada designate a single federal lead agency — the report suggested the Canadian Space Agency could be well suited to the task — to operate a standardized, publicly accessible UAP reporting service, akin to mechanisms already used in countries such as France (whose GEIPAN program is one of the world's longest-running government UFO investigations) and, more recently, the United States, through bodies like the All-domain Anomaly Resolution Office. Survey respondents largely welcomed the idea: a majority supported creating an official reporting platform, and two in five expressed interest in a mobile app for documenting sightings. The survey also surfaced a broader trust problem underlying the reporting gap: a majority of respondents said they believed misinformation about UAP was widespread on both social media and in mainstream news coverage, suggesting that Canadians who do witness something unexplained may hesitate to come forward not only because they lack a clear channel, but because they distrust how such reports get discussed once they become public.

Coverage in outlets including CBC News and The Hill framed the report as a rare instance of a G7 government treating UAP sightings as a legitimate, if mundane, data-management problem rather than either a national-security taboo or a fringe curiosity. But reaction inside government was more measured. Conservative MP Larry Maguire, discussing the report's prospects, cautioned that "more calls to action from the public and experts will be needed to keep the ball rolling," and noted that implementation would require explicit ministerial direction — direction that, as of the most recent reporting, had not yet been issued. As of mid-2026, no department had been formally designated to operate the recommended reporting service, and the Sky Canada Project's fourteen recommendations remained proposals on paper rather than adopted federal policy, leaving the gap the report diagnosed substantially unresolved.

Legacy and significance

Within the broader landscape of UAP-adjacent government initiatives — the U.S. AATIP and its successor AARO, the French GEIPAN, and a scattering of parliamentary inquiries elsewhere — the Sky Canada Project occupies a distinctive niche. It is not a defense-intelligence effort scrutinizing anomalous flight characteristics for security implications, nor a citizen-science UFO-cataloguing exercise. It is, instead, a national science advisor's office turning its ordinary tools — survey methodology, interdepartmental consultation, public-communications analysis — on a subject usually left to defense agencies or dismissed outright. That framing is itself part of Nemer's broader approach to the role: treating public curiosity and institutional confusion as legitimate objects of scientific inquiry, whatever their ultimate cause. Whether the Canadian government eventually adopts the Sky Canada Project's recommendations for a unified reporting body remains, as of this writing, an open question — one that will determine whether the project is remembered as the origin of a durable institution or as a well-documented diagnosis that went unheeded.

For a career cardiovascular geneticist, the UAP file is an unusual coda. Nemer has never spoken publicly about believing UAP sightings represent extraterrestrial visitation, nor has she needed to: the Sky Canada Project's entire rhetorical strategy has been to sidestep that question in favor of a narrower, harder-to-dismiss one about administrative competence. That restraint is arguably what let the project proceed inside government at all, and it is also what has drawn quiet criticism from UAP researchers and citizen investigators who had hoped a Chief Science Advisor's office might eventually pursue physical evidence, radar data, or case-level analysis the way AARO or GEIPAN do. Instead, Nemer's legacy in this area is likely to be procedural rather than evidentiary — a paper trail documenting, with unusual candor for a national government, just how disorganized the system for collecting citizens' testimony had been, and a roadmap that Parliament may or may not choose to follow.