About this journal
Advances in Cognitive Psychology (ACP) is an open access, quarterly peer-reviewed scientific journal dedicated to research on cognitive models of various aspects of psychology.
Since the 1970s, researchers have tried to understand the way mental and cognitive systems influence various behaviors and attitudes, how such systems develop, what are their functional, evolutionary origins, and what are their physical and psychological processes. Our journal attempts to disseminate original empirical (2.5k word brief reports; 5k single study; 10K word multistudy) and theoretical/review/meta-analyses articles (10K word), as well as replications (2.5k word brief reports), reports of null findings (2.5k word brief reports), and literature reviews (10K word) about research that places the mind and mental processes as central features of psychological systems and research as opposed to purely environmentally deterministic or behaviorist models.
To do so, our journal is broken up into three parts, run by Section Editors and reviewed by specialized academics from around the world: Attitudes, Beliefs, and Behavior (Andrew G. Thomas); Cognition, Intelligence, and Thinking (Ludmiła Zając-Lamparska); and Personality and Individual Differences (Radosław Rogoza). Please see the Author Guidelines section for details and submission instructions.
ACP also promotes and encourages open science, pre-registration of study and is a peer community in registered reports (PCI RR) - friendly journal. We are also indexed in a range of major databases, including PubMed, Scopus, JCR, and PsycINFO (eISSN: 1895-1171).
In 2022-2024, Advances in Cognitive Psychology received financing from the Ministry of Science and Higher Education, Poland within the program Rozwój Czasopism Naukowych (application/contract no. RCN/SN/0494/2021/1; total value of the project: 91,908.00 PLN; funds granted directly by the Ministry: 45,954.00 PLN; date of signing the contract: 23.12.2022). The aim of the project is to improve the scientific and editorial standards of scientific journals as well as to increase their international impact and reach. The funds received as part of the program are used by Advances in Cognitive Psychology to (a) finance access to an editorial system software suite, including an anti-plagiarism tool, and to register DOI numbers for the published articles, (b) implement current best practices into the editorial workflow on the level of the editorial system suite, including the addition of ORCID numbers, (c) finance access to typesetting software, and (d) promote the journal among potential authors and readers online.
W latach 2022-2024 czasopismo naukowe Advances in Cognitive Psychology otrzymuje dofinansowanie w ramach programu Rozwój Czasopism Naukowych Ministerstwa Nauki i Szkolnictwa Wyższego (nr rejestracyjny wniosku/umowy: RCN/SN/0494/2021/1; wartość dofinansowania przyznanego przez Ministerstwo: 45,954.00 PLN; całkowita wartość zadania: 91,908.00 PLN; data podpisania umowy o dofinansowanie zadania: 23.12.2022). Projekt ma na celu podniesienie standardów naukowych i wydawniczych czasopism naukowych oraz zwiększenie ich międzynarodowego wpływu i zasięgu. Dofinansowanie przyznane Advances in Cognitive Psychology przez Ministerstwo są przeznaczone na: (a) opłatę licencji/dostępu do pakietu oprogramowania redakcyjnego, w tym systemu antyplagiatowego, oraz rejestracji numerów DOI dla publikowanych artykułów; (b) wdrożenie współczesnych najlepszych praktyk wydawniczych na poziomie system oprogramowania redakcyjnego, w tym integracji numerów DOI, (c) opłatę licencji/dostępu do programu do składu artykułów oraz (d) promocję czasopisma online wśród potencjalnych autorów i czytelników.

Issue 3 On line: 4 July 2026
Associative Memory Activation Boosts Short-Term Memory Under High Load: Evidence From Visual Change Detection Paradigm
Xing Zhou, Jiawen Xu, Jiahong Zheng
Xing Zhou, School of Psychology, South China Normal University, 55 West Zhongshan Ave, Guangzhou, Guangdong, 510631, China.
Email: 2023010294@m.scnu.edu.cn
Previous studies on associative memory's effect on short-term memory (STM) have yielded inconsistent findings (facilitation vs. interference). This inconsistency is particularly pronounced under high memory load conditions that exceed STM capacity. To address this gap, we investigated whether systematically manipulated associative activation (via repetition) and retention interval jointly affect STM under high load. Using a 3 × 3 (activation level [none, low, high] × retention interval [1000, 1500, 3000 ms]) mixed design, participants learned Emoji pairs with 0/8/18 repetitions (training phase) and completed a visual STM recognition task via change detection (8 simultaneous items, test phase). Results showed that high associative activation significantly improved STM performance, reflected by higher capacity (K), discriminability (d'), and accuracy. Critically, this facilitative effect did not interact with retention interval, indicating a robust benefit under high load. These findings advance LTM-STM interplay understanding: highly activated associative LTM representations supplement STM capacity and guide attentional allocation. Future research could explore diverse materials, neurophysiological measures (e.g., EEG), and longer retention intervals to clarify temporal dynamics.
Keywords: associative memory, activation level, short-term memory, retention interval, high memory load
