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Per Davidson

Per Davidson

Postdoktor, Marie Curie
E-postadress: per.davidson@ki.se
µþ±ð²õö°ì²õ²¹»å°ù±ð²õ²õ: Nobelsväg 9, 17165 Solna
Postadress: K8 Klinisk neurovetenskap, K8 Psykologi Lekander Nilsonne, 171 77 Stockholm
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Artiklar

  • Journal article: NEUROPSYCHOLOGIA. 2025;217:109241
    Davidson P; Garcia SM; Denis D; Kensinger EA; Pace-Schott EF
  • Article: ETHNICITY & HEALTH. 2024;29(7):809-827
    Hokett E; Lao P; Avila-Rieger J; Turney IC; Adkins-Jackson PB; Johnson DA; Davidson P; Chen R; Shechter A; Osorio RS; Brickman AM; Palta P; Manly JJ
  • Article: BEHAVIOR RESEARCH METHODS. 2024;56(4):4061-4072
    Ashton SM; Gagnepain P; Davidson P; Hellerstedt R; Satish A; Smeets T; Quaedflieg CWEM
  • Article: CONSCIOUSNESS AND COGNITION. 2023;107:103447
    Marcusson-Clavertz D; Persson SD; Davidson P; Kim J; Cardena E; Kuehner C
  • Article: JOURNAL OF BEHAVIOR THERAPY AND EXPERIMENTAL PSYCHIATRY. 2022;75:101715
    Davidson P; Jonsson P; Johansson M
  • Article: NATURE AND SCIENCE OF SLEEP. 2021;13:1257-1306
    Davidson P; Jonsson P; Carlsson I; Pace-Schott E
  • Journal article: CURRENT SLEEP MEDICINE REPORTS. 2021;7(2):31-46
    Davidson P; Pace-Schott E
  • Article: JOURNAL OF SLEEP RESEARCH. 2021;30(3):e13128
    Davidson P; Jonsson P; Johansson M
  • Article: JOURNAL OF COGNITIVE PSYCHOLOGY. 2020;32(1):4-26
    Davidson P; Hellerstedt R; Jonsson P; Johansson M
  • Article: SCIENTIFIC REPORTS. 2019;9(1):19896
    Bjorkstrand J; Schiller D; Li J; Davidson P; Rosen J; Martensson J; Kirk U
  • Article: CREATIVITY RESEARCH JOURNAL. 2019;31(2):207-214
    Carlsson I; Davidson P; Ors M
  • Article: NEUROBIOLOGY OF LEARNING AND MEMORY. 2018;151:18-27
    Davidson P; Carlsson I; Jonsson P; Johansson M
  • Article: JOURNAL OF SLEEP RESEARCH. 2016;25(1):88-95
    Davidson P; Carlsson I; Jonsson P; Johansson M

Alla övriga publikationer

  • Preprint: PSYARXIV. 2025
    Davidson P; Garcia SM; Denis D; Kensinger E; Pace-Schott E
  • Preprint: BIORXIV. 2025;BIORXIV
    Denis D; Bottary R; Cunningham TJ; Davidson P; Yuksel C; Milad MR; Pace-Schott EF
  • Editorial comment: SLEEP. 2024;47(12):zsae213
    Davidson P; Pace-Schott E
  • Preprint: PSYARXIV. 2024
    Davidson P; Garcia SM; Denis D; Kensinger E; Pace-Schott E
  • Preprint: PSYARXIV. 2023
    Ashton S; Davidson P; Gagnepain P; Hellerstedt R; Satish A; Smeets T; Quaedflieg CWEM
  • Review: SLEEP. 2023;46(2):zsac280
    Davidson P; Marcusson-Clavertz D
  • Preprint: PSYARXIV. 2022
    Davidson P; Marcusson-Clavertz D
  • Preprint: PSYARXIV. 2020
    Davidson P; Jönsson P; Carlsson I; Pace-Schott E
  • Review: CURRENT OPINION IN PSYCHOLOGY. 2020;34:32-36
    Davidson P; Pace-Schott E

Forskningsbidrag

  • Examining effects of daytime naps on memory consolidation and emotional reactivity in a well-powered, pre-registered multi-lab collaboration
    EU HORIZON MSCA
    1 September 2024 - 31 August 2028
    This proposal will examine if a daytime nap improves memory consolidation, with the largest and most diverse sample size of any study ever conducted on this topic. We will achieve this through a preregistered multi-lab collaboration with contributing sleep labs from all over the world. Previous research has indicated that sleep is beneficial for memory consolidation
    it has further been suggested that sleep mainly consolidates emotional memories, and that sleep helps to reduce the emotional reactivity associated with emotional experiences. Recent meta-analytic work has, however, revealed that previous studies on this topic have been massively underpowered and that selective publishing of positive findings is a major problem in the field. The study will have a within-subject crossover design. Participants will come to the lab in the early afternoon and encode neutral and negative images. For each image, they will also rate the emotional response it elicits. Participants will then either take a nap, monitored with polysomnography, or spend an equivalent amount of time awake, and then have their memory performance for the images tested, and rate their emotional response to the images once again. This research design will allow us to answer the following questions: A) will sleep, as compared to wake, increase memory consolidation? B) Will this sleep dependent-consolidation benefit be more pronounced for negative compared to neutral items? C) Will any particular sleep stage be especially involved in memory consolidation? D) Will sleep, as compared to wake, decrease the emotional reaction to previously viewed images? By doing this as a registered report, we will increase transparency and reduce risk of selective reporting of significant results. This study will, for the first time, produce robust and reliable estimates that will inform us about the putative benefits of promoting sleep in the immediate aftermath of learning experiences and/or negative events.

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