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Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).
-
Welcome to
Time Perception Lab
We are interested in understanding where, how and when the human brain represents and processes time in a range spanning from a few hundreds of milliseconds to a few seconds.
To address this goal, we use the full palette of human neuroscience techniques: psychophysics neuroimaging (fMRI at ultra-high field and EEG), brain stimulation techniques (TMS) and the simultaneous combination of the two (TMS-EEG).