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We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

We take our understanding of where we are for granted, until we lose it. When we get lost in nature or a new city, our eyes and brains kick into gear, seeking familiar objects that tell us where we are.

How our brains distinguish objects from background when finding direction, however, was largely a mystery. A new study provides valuable insight into this process, with possible implications for disorientation-causing conditions such as Alzheimer鈥檚.

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽

Claire M. Brown, Professor in the Department of Physiology, has been selected as in the province of Quebec. The newly established CISE program is jointly funded by the Natural Sciences and Engineering Research Council (NSERC) and the Fonds de recherche du Qu茅bec 鈥� Nature et technologies (FRQNT).聽聽