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WASHINGTON, D.C. — After twelve years of continuous fieldwork, laboratory observation, grant renewals, and what sources close to the project describe as 'an uncomfortably large number of clipboards,' the National Institute for Combustion Continuity has published a landmark peer-reviewed study in the Journal of Applied Thermal Persistence formally establishing that fire which was observed to be on fire during the observation period was, in the considered scientific opinion of 847 researchers across nine institutions, on fire at that time.

The study, which spans 912 pages and includes 4,400 photographs of fire being fire, cost an estimated $340 million in federal funding and confirms what the executive summary describes as 'the sustained combustive status of flames during intervals in which those flames were burning.'

'What we found, and I want to be precise here, is that the fire was on fire,' said Dr. Renata Goulding, the study's lead author and Chair of Observational Flame Continuity at the University of Central Thermal Sciences. 'Not before it was on fire. Not after. During. We are specifically and exclusively talking about the period when it was burning, and our finding is that it was burning during that period.'

Dr. Goulding noted that the team faced significant methodological challenges early in the project, primarily because several fires went out between measurement intervals, requiring researchers to determine whether extinguished fire still counted as the same fire or represented a 'new fire absence event.' A fourteen-month sub-study was commissioned to resolve the question. It did not.

'We ultimately excluded the extinguished fires from the dataset,' said co-author Dr. Phineas Olubunmi, Director of Flame Presence Auditing at the Institute. 'They introduced ambiguity. We needed fires that were on fire during the measurement. If a fire was not on fire, it was not, strictly speaking, useful to us.'

The study's peer reviewers praised its rigor while noting, in a footnote, that the core finding had been 'directionally anticipated by most adults with access to fire.' The reviewers nonetheless recommended publication, citing the study's 'thorough documentation of a thing that was happening while it was happening.'

The National Combustion Continuity Board, the federal body that commissioned the research, released a statement Wednesday calling the findings 'a watershed moment for the field of fire-state verification.' Acting Director Claudette Norris told reporters that the agency plans to begin a follow-up study examining whether fire that was hot was also hot at the time, with preliminary funding requests already submitted to Congress.

'We believe there is more to learn,' Norris said. 'Specifically, we believe there is more to learn about things we already broadly understand but have not confirmed at sufficient institutional scale.'

Not all scientists have welcomed the announcement. Dr. Marcus Feeley, a professor of Obvious Systems at the Massachusetts Institute of Apparent Findings, called the study 'an achievement of bureaucratic combustion rather than scientific combustion,' adding that the $340 million could have funded research into things that are 'at least partially unknown.'

Dr. Goulding dismissed the criticism. 'Dr. Feeley said that in his office, which was not on fire,' she said. 'I think that tells you something about where he's coming from.'

The study is available in full on the Institute's website. A 48-page plain-language summary has also been released for general audiences, confirming, across all 48 pages, that fire was on fire.