Introduction to Laboratories

At present, 8 faculty members hold Laboratories for undergraduate students.

Izawa-Biopsychology Laboratory
Izawa-Biopsychology Laboratory

Website

Our laboratory studies “mind” as a spin-off of evolution. Our main subject is studies of corvids, with investigations being based on the following three areas which are basis of behavior and cognition: (1) physical/physiological mechanisms (framework) of the brain, (2) uniqueness and limitations of special forms (shapes), and (3) the biological roles of behavior and cognition (living). By understanding the relationships among these three areas, we hope to elucidate the biology underlying the “mind.”

Umeda-Cognitive Neuroscience Laboratory
Umeda-Cognitive Neuroscience Laboratory

Website

Towards an integrated understanding of “Mind-Brain-Body” interactions, our lab focuses on various cognitive functions by using multiple research methods.

Kawabata-Aesthetic Psychology Laboratory
Kawabata-Aesthetic Psychology Laboratory

Website

In our Laboratory, we holistically study the aesthetic experience and cognition of humans and animals, based on Perceptual Psychology and Cognitive Psychology. In particular, we are involved in elucidating mind and brain functions as the basis of the subjectivity of experience, beauty and arts, recognition of interpersonal attraction, and love. We hope to develop a holistic field of Aesthetic Science in cooperation with other fields of study, including Humanities and Social Sciences (aesthetics, art history, economics, and political science), Medical Science (endocrinology and beauty science), Natural Science, and Human Engineering.

Terasawa-Affective Neuroscience Laboratory
Terasawa-Affective Neuroscience Laboratory

Website

We are studying the mind-body interaction for feeling emotions. In addition to the methods of experimental psychology and physiological psychology, we also use the methods of cognitive neuroscience and neuropsychology to consider the questions of how emotions are experienced.
We are challenging this theme through the individual differences in feeling emotions such as interoception, anxiety, and alexithymia.

Minagawa Laboratory
Minagawa-Developmental Cognitive Neuroscience Laboratory

Website

Our laboratory studies the senses, including vision, smell, and tactile perception, with special emphasis on auditory studies such as speech, language, and music using NIRS and eye cameras. At the Baby Laboratory, we also study the linguistic capacity and social cognition of infants and children. Students at our Laboratories may perform brain function experiments and psychological experiments on infants for their graduate research.

Itaguchi-BoMB-Cog Laboratory
Itaguchi-BoMB-Cog Laboratory

Website

Our laboratory investigates brain functions related to the interaction between body, movement, and cognition, using a combination of psychological experiments, kinematic analyses, physiological measurements, and VR equipments. We aim to elucidate the mechanisms subserving language, visual cognition, somatosensory perception, and motor control by examing university students, elderly people, patients with dementia, and stroke patients.

Kita-Clinical Developmental Psychology Laboratory
Kita-Clinical Developmental Psychology Laboratory

Website

Our laboratory conducts experimental and clinical researches on child development and its disorders. In experimental research, we address the associations between cognitive development and brain functions for neurodevelopmental disorders such as specific learning disorder. In clinical research, we provide psychological assessments and supports that are tailored to the needs of each child and adolescent.

Toda-Learning and behavior Laboratory
Toda-Learning and behavior Laboratory

We are interested in understanding the mechanisms of learning and behavior. Advances in psychology and neurobiology have made it feasible to pursue the detailed neural circuits underlying learning and behavior. We are particularly interested in how goal-directed and voluntary actions are controlled by psychological and physiological processes. We use a broad array of techniques, including behavioral analysis, single- and multiple-neuronal recordings, pharmacology, chemogenetics, optogenetics, and machine learning techniques to answer this question.