日期:
2020 年 — 2026 年
2020
2021
2022
2023
2024
2025
2026
影响因子:

Challenging the Biomimetic Promise 2.0: Negative Spillover of Bio-Inspired Versus Sustainability Framing on Public Perceptions of Bio-Inspired Technologies

挑战仿生承诺2.0:生物启发式框架与可持续性框架对公众对生物启发式技术认知的负面溢出效应

Fenn, Julius; Gorki, Michael; Bugler, Stephanie; Thomaschke, Roland; Böffel, Christian; Kiesel, Andrea

Post-interval potentials in temporal judgements

时间判断中的间隔后电位

Özoğlu, Ezgi; Thomaschke, Roland

Investigating time-based expectancy beyond binary timing scenarios: evidence from a paradigm employing three predictive pre-target intervals

研究超越二元时间情境的时间预期:来自采用三个预测性目标前间隔的范式的证据

Aufschnaiter, Stefanie; Zhao, Fang; Gaschler, Robert; Kiesel, Andrea; Thomaschke, Roland

Time-based task expectancy: perceptual task indicator expectancy or expectancy of post-perceptual task components?

基于时间的任务预期:感知任务指标预期还是感知后任务成分预期?

Monno, Irina; Aufschnaiter, Stefanie; Ehret, Sonja; Kiesel, Andrea; Poljac, Edita; Thomaschke, Roland

Time-Based Transition Expectancy in Task Switching: Do We Need to Know the Task to Switch to?

基于时间的任务切换预期:我们需要知道要切换到的任务吗?

Aufschnaiter, Stefanie; Kiesel, Andrea; Thomaschke, Roland

Early posterior negativity indicates time dilation by arousal

早期后部负波表明觉醒导致时间膨胀

Özoğlu, Ezgi; Thomaschke, Roland

Sequence Knowledge on When and What Supports Dual-Tasking

关于何时以及什么支持双任务处理的顺序知识

Zhao, Fang; Gaschler, Robert; Schneider, Lisa; Thomaschke, Roland; Röttger, Eva; Haider, Hilde

Children with autism spectrum disorder show increased sensitivity to time-based predictability

患有自闭症谱系障碍的儿童对基于时间的可预测性表现出更高的敏感性。

Kunchulia, Marina; Tatishvili, Tamari; Parkosadze, Khatuna; Lomidze, Nino; Thomaschke, Roland

Visuomotor and motorvisual priming with different types of set-level congruency: evidence in support of ideomotor theory, and the planning and control model (PCM)

视觉运动和运动视觉启动与不同类型的集合水平一致性:支持观念运动理论以及计划和控制模型(PCM)的证据

Thomaschke, Roland; Miall, R Christopher; Rueß, Miriam; Mehta, Puja R; Hopkins, Brian

Why Prediction Matters in Multitasking and How Predictability Can Improve It

为什么预测在多任务处理中至关重要,以及可预测性如何提升多任务处理效率

Broeker, Laura; Kiesel, Andrea; Aufschnaiter, Stefanie; Ewolds, Harald E; Gaschler, Robert; Haider, Hilde; Künzell, Stefan; Raab, Markus; Röttger, Eva; Thomaschke, Roland; Zhao, Fang