--- title: "Cell Fourteen Ran Hot For Nine Days. Its Thermocouple Was Four Millimetres Out." dek: "Two laboratories that had never corresponded ran forty cells for ninety days under a protocol published in advance. Thirty-nine sat inside calorimetric error. The fortieth did not, until the teardown. Cost to this newspaper: $71,000." kind: nullresult (The Null Result) desk: Suppressed Science author: Dr. Ilse Vantongeren and June Halloway (fictional) published: 2026-08-18T06:00:00Z url: https://theyburied.com/article/cell-fourteen-ran-hot tags: cold fusion, calorimetry, replication, pre-registration, China Lake genre: satire status: fiction — nothing in this story happened; every person, source and document is invented --- # Cell Fourteen Ran Hot For Nine Days. Its Thermocouple Was Four Millimetres Out. *Two laboratories that had never corresponded ran forty cells for ninety days under a protocol published in advance. Thirty-nine sat inside calorimetric error. The fortieth did not, until the teardown. Cost to this newspaper: $71,000.* Four millimetres. At the power levels this experiment works at, that is the distance between a discovery and a loose thermocouple, and it has been that distance since 1989. This newspaper spent $71,000 establishing it. > **Figure:** Cell fourteen at teardown, in section — see https://theyburied.com/article/cell-fourteen-ran-hot ## What we bought In January we commissioned a replication rather than writing about somebody else's. Two laboratories. Forty Fleischmann–Pons-type cells, twenty each. Ninety days of continuous logging, no early looks, no discretion about when to stop. The two groups had never corresponded and did not learn each other's identity until the ninetieth day. Loading ratios were sealed at filling and opened at teardown, so that nobody was reading a thermometer while knowing what the cell was supposed to do. The protocol, the calibration schedule and the stopping rules went up before the first cell was filled. That was the point. Anybody minded to accuse us of moving a goalpost could go and read where we had planted them. ## What thirty-nine cells did Nothing. Thirty-nine of the forty sat inside calorimetric error for the whole ninety days. Not near the edge of it. Inside it. There is a residual and it is real and it is in every cell: roughly 0.3 watts at the cell head, which is deuterium and oxygen recombining on the catalyst that is there to make them recombine. Laboratory One puts it at 0.31 W. Laboratory Two puts it at 0.26 W. Neither can close that gap, and both say so in reports we have published entire. Chemistry has known about that 0.3 watts since 1990. It is not energy from anywhere interesting. It is a cell doing what a sealed cell full of deuterium does. ## What cell fourteen did Cell fourteen ran 4.2 per cent hot for nine consecutive days. We sat on it for three weeks, which was correct, and during those three weeks our science correspondent talked about it over dinner at a conference, which was not. Then Dr. Ottilie Brandsma-Achebe opened the cell. ## The drawing The assembly drawing gives the position of the reference thermocouple as *adjacent to heater block*. A technician read that as English. It was meant as a coordinate — the tap on the outer bath wall, 211 millimetres below the flange, which is where the other thirty-nine sheaths were found. In cell fourteen the sheath sat four millimetres off the heater. The heater runs 6.4 K above the bath during a calibration pulse. A thermocouple four millimetres away from it is not measuring the bath. It is measuring the heater, and it is measuring it late, which is worse: the lag makes the calibration constant come out small, and a small calibration constant turns ordinary joule heating into excess power. Corrected in the archived data — and the correction is arithmetic, not judgement — 4.2 per cent becomes 0.1 per cent. Inside the error, with the other thirty-nine. > At these power levels a placement error and a discovery are the same measurement. > > — Dr. Ottilie Brandsma-Achebe ## The email we had already been sent Here is the part that belongs to us. On 3 February, before any money moved, the statistician this newspaper had retained wrote to the desk. The effect appears, on the field's own published incidence, in about one loaded cell in a thousand. Forty cells gives you roughly a four per cent chance of containing a single positive one. "You are not funding a test," Dr. Mireille Sowande-Halloran wrote. "You are buying forty tickets in a thousand-ticket raffle and you have already written the sentence about how you didn't win." We commissioned it anyway. Her email is published with this story, unedited, including the paragraph where she offers to design something we could afford. ## Twenty-two years of line items The other thing we obtained is duller and it took fourteen months. A Navy laboratory at China Lake released the programme funding record for this work: fiscal 1989 to fiscal 2010, twenty-two consecutive years, no gap longer than a continuing resolution. Line items only — no findings, no narrative, no press release, ever. The field was not starved of money. It was patiently financed, at modest scale, for two decades, and what it produced was not repeatable. Professor Hana Videc-Ojo, who is in that record, objects to the previous sentence at length in her reply below, and her objection is better than our sentence. ## What this desk takes from it We ran the wrong experiment and we could have known it in February for the price of reading our own consultant's email. The finding that survives is not about palladium. It is that at a third of a watt of signal, a four-millimetre assembly error and a historic discovery produce the same trace on the same chart, and always have — which means every claim in this field, in either direction, is a claim about somebody's build quality until a teardown says otherwise. Thirty-nine cells did nothing, and that is worth almost nothing. Cell fourteen did something, and it was a thermocouple. ## Sources (invented) - Dr. Ottilie Brandsma-Achebe, Calorimetry lead, Laboratory One — twenty cells, including cell fourteen — Commissioned by this newspaper; her report is published entire, including the teardown note (January–July 2026) - Dr. Konstantin Ferreira-Bloem, Electrochemist, Laboratory Two — twenty cells — Commissioned separately; had no contact with Laboratory One until 9 July 2026 (January–July 2026) - Dr. Mireille Sowande-Halloran, Statistician, retained by this newspaper — Retained 12 January 2026; her email of 3 February is printed in full with this story (2026) - Programme funding record, a Navy laboratory at China Lake, Line items, fiscal 1989 to fiscal 2010 — Obtained under freedom of information after fourteen months and one appeal (Released May 2026) - Prof. Hana Videc-Ojo, Has worked on the anomalous heat effect since 1990; named in the funding record — Interviewed by video call three times; read the full draft; replied in writing (June–August 2026) ## What we could not confirm - Whether the effect exists at all. Forty cells cannot address that and this story does not claim to. On the field's own incidence figure our design had under a four per cent chance of containing a single positive cell. - Whether the residual 0.3 watts is entirely recombination. Laboratory One puts it at 0.31 W, Laboratory Two at 0.26 W, and neither can close the gap. Five hundredths of a watt is small and it is not nothing. - Who assembled cell fourteen. The build sheet carries two initials we could not match to any named technician at either laboratory, and both laboratories accept the sheet as theirs. ## Right of reply **Prof. Hana Videc-Ojo** (Replied in writing on 2 August 2026. Printed in full and unedited.): > I want to thank you for publishing the raw logs, which is more than most people who write about me have done. Then I want to say plainly that your experiment does not bear on my work. > > You ran forty cells. The incidence, on the best numbers the field has, is about one in a thousand. You have therefore reported, at a cost of seventy-one thousand dollars, that you failed to observe a rare event in a sample far too small to contain one. That is not a null result about the effect. It is a null result about forty cells. Your own consultant wrote this to you in February and I am glad you printed her, but printing her is not the same as having listened to her. > > On cell fourteen you are right and I would have told you the same. A thermocouple four millimetres from a heater is a thermometer for the heater. This is not a rare error and it is not a shameful one. I have made it. Everyone who does calorimetry at these levels has made it, which is precisely why we are so tedious about placement, and why a teardown is part of the protocol rather than an afterthought. > > But I would ask you to sit with the sentence you have written, because I do not think you have understood what you wrote. You say that at these power levels a four-millimetre placement error and a discovery are the same measurement. Yes. That is the difficulty of this field, stated correctly for once. It is not an argument that there is nothing there. It is an argument that the instrument is at its limit, and an instrument at its limit is an instrument about to be improved, or abandoned, and which of those happens is a decision about money and not about physics. > > Your funding paragraph I object to, and I object to it specifically. You write that the field was patiently financed into producing nothing repeatable. The record you obtained is real and I am in it. That money bought calorimeters. Those calorimeters are the reason your two laboratories, working blind, could agree to within five hundredths of a watt on a recombination term at the cell head. You have used the instrument the funding built in order to report that the funding built nothing. > > The honest position, which I have held since 1994 and which has cost me two appointments and a great many friendships, is this. Something happens in a small number of loaded palladium cells. Nobody can command it. Until somebody can command it we do not have a phenomenon, we have a rumour with a temperature attached, and I have said so in print more often than my critics have read me. > > I would rather you printed that than a headline about a thermocouple. You will print the headline. I understand why. --- They Buried is a satirical newspaper. Every story, source, document and person in it is invented. It reports from a fictional world in which the conspiracy theories are true, with the method of a real daily.