A single spectacular case can always be explained away – as coincidence, as later embellishment, as a scrap of hearing under anaesthesia. It becomes harder when someone lines up all the documented cases and counts how often the account actually matches reality. That is exactly what Janice Miner Holden did. Her finding: of 107 cases in which people described, during a near-death experience, things they could not have perceived with their physical senses, 92 % were completely accurate – by the most stringent criterion conceivable. This article introduces Holden and her tally.
Who is Janice Holden?
Janice Miner Holden, EdD, is professor emerita of counselor education at the University of North Texas (UNT). She earned her doctorate in 1988 and spent 31 years on the UNT counseling faculty – twelve of them as chair of the Department of Counseling & Higher Education; she retired as professor emerita in 2019 and received the UNT Foundation's Eminent Faculty Award that same year. For decades her research has focused on near-death experiences, after-death communication and related transpersonal experiences, with more than 50 peer-reviewed publications.
Holden is not a fringe figure of the field but one of its central custodians: since 2008 she has been editor-in-chief of the Journal of Near-Death Studies, the discipline's leading specialist journal – she took over the post from Bruce Greyson. She has also served as president of the International Association for Near-Death Studies (IANDS). In 2009 she was lead editor of the field's standard academic work, The Handbook of Near-Death Experiences: Thirty Years of Investigation (Praeger), which she produced together with Greyson and Debbie James.
The question behind the tally
The most striking reports in near-death research are the veridical perceptions: cases in which experiencers, from a seemingly disembodied perspective, correctly describe events they should not have been able to perceive under their medical conditions. The "dentures case" from van Lommel's Lancet study is the most famous example, the Pam Reynolds case the best documented.
Against single cases there is always a counter-argument: perhaps the patient guessed the scene, perhaps overheard something half-conscious, perhaps the memory adjusted itself afterwards to facts learned later. Every individual case carries this uncertainty. Holden therefore asked a different, statistical question: if you go through the entire published literature – what is the hit rate across all cases? A high rate across many independent reports can no longer be explained with "that one got lucky guessing".
The 2009 review
In the chapter "Veridical Perception in Near-Death Experiences" of the Handbook, Holden gathered every case documented in the research literature up to that point that she classed as apparently non-physical veridical perception (AVP). The term is deliberately cautious: it does not claim that the perception provably took place outside the body, but merely describes the finding – an accurate perception not explicable through the known sensory channels.
In total she found 107 such cases. She sorted them by what was perceived: material phenomena concerned concrete physical events in the room (instruments, actions of the surgical team, objects); transmaterial phenomena concerned perceptions beyond the physical environment. And she applied a deliberately harsh assessment standard.
The result
Holden chose the most stringent criterion conceivable: a case counted as "inaccurate" if even one single detail of the report failed to match verifiable reality. In her own words:
"Using the most stringent criterion, that a case would be designated as inaccurate if even one detail of the account were found not to correspond to consensus reality, I found that only 8 percent of all cases involved inaccuracy."
— Janice Miner Holden, "Veridical Perception in Near-Death Experiences" (2009)
In other words: 92 % of the 107 cases were completely accurate – without a single wrong detail. Broken down, 8 % of the cases involving material phenomena and 11 % of those involving transmaterial phenomena contained any inaccuracy at all. What is remarkable is not only the high rate but the harshness of the standard: even a small deviation – a misremembered colour, an imprecise sequence – made the whole case fail. Even under this strict rule, more than nine out of ten accounts remained error-free.
Why a tally weighs more than a single case
Here lies the real significance of Holden's work. Single cases – however impressive – stand on their own and can be doubted on their own. A frequency distribution across more than a hundred independently collected cases is a different kind of statement. The usual reductive explanations would then have to account not for one lucky hit but for a systematically high success rate:
- Guessing. Guessers are sometimes right – but not in 92 % of cases with full fidelity of detail. Random guessing would produce a wide spread with many errors, not such a low error rate.
- Residual hearing under anaesthesia. That might explain isolated acoustic details – but not the correct visual description of actions, equipment and positions from an elevated perspective.
- Retrospective adjustment of memory. Plausible in an individual case – but many of the reviewed cases were collected from the treating staff and checked against the medical record or witnesses.
This is exactly the point at which most accounts remain incomplete: they list individual prospective studies but not the aggregate evidence on the accuracy of veridical perceptions. Holden's figure is the methodologically cleanest answer to the question "does this really happen, or is it always just the one good story?"
What the figure does not claim
Holden is a scientist, and her word apparently is chosen with care. The 92 % do not prove that consciousness leaves the body. They show something more modest and at the same time more stubborn: that there is a large, well-documented class of perceptions which by the present state of sensory physiology should not occur – and which persistently resist reductive explanation. Where this information is stored and processed while the heart and measurable brain activity have stopped remains the open question. That is precisely why it points back to the larger debate on the relationship between consciousness and brain.
Context
This article complements the Heaven Connect series on the scientific framing of near-death experiences. Where Pim van Lommel provides the prospective cardiac-arrest study and Bruce Greyson the measurement instrument, and where the Pam Reynolds case is the best-documented single case, Janice Holden provides the overall balance: the systematic tally that turns many individual stories into verifiable evidence. For further depth, see the database research of Jeffrey Long: his Near-Death Experience Research Foundation (NDERF) has gathered more than 5,000 standardised reports – the largest collection of its kind in the world. Where Holden tallies the veridical perceptions in the research literature, Long provides the broadest base of lived accounts. See also the psychology of sceptical defence.
Sources:
• Janice Miner Holden (2009), Veridical Perception in Near-Death Experiences, in: J. M. Holden, B. Greyson & D. James (eds.), The Handbook of Near-Death Experiences: Thirty Years of Investigation, Praeger / ABC-CLIO, pp. 185–211.
• International Association for Near-Death Studies (IANDS) (research page).
• Janice Holden, EdD – official website janholden.com/about.
• University of North Texas, Department of Counseling & Higher Education (faculty).
For more, see our curated knowledge collection – the handbook of near-death research co-edited by Holden is listed there as a standard work.