Encoding an event in memory requires neural activity to represent multiple dimensions of
behavioral experience in space and time. Recent experiments have explored the influence …

In the last decade, museums and exhibitions have benefited from the advances in Virtual
Reality technologies to create complementary virtual elements to the traditional visit. The …

Previous research has demonstrated that humans combine multiple sources of spatial
information such as self-motion and landmark cues while navigating through an …

Social memory, the ability to recognize and remember individuals within a social group, is
crucial for social interactions and relationships. Deficit in social memory is linked to several …

The recent pandemic and associated hybrid work culture reignites the importance of
extended reality (XR) technologies for remote collaboration across the world. As different …

Theta and gamma oscillations have been linked to episodic memory processes in various
studies. Both oscillations seem to be vital for processes guided by the medial temporal lobe …

Introduction Despite its importance for navigation, very little is known about how the normal
aging process affects spatial exploration behavior. We aimed to investigate:(1) how spatial …

Our ability to navigate in a new environment depends on learning new locations. Mental
representations of locations are quickly accessible during navigation and allow us to know …

Abstract Theta oscillations (4–8 Hz) in humans play a role in navigation processes, including
spatial encoding, retrieval and sensorimotor integration. Increased theta power at frontal and …

Cartographic maps are ubiquitous in spatial activities such as localization, navigation, and
travel exploration. Understanding how the map users interact with maps remains a …