about
The MPI facial expression database--a validated database of emotional and conversational facial expressionsSecond-order relational manipulations affect both humans and monkeysDo congenital prosopagnosia and the other-race effect affect the same face recognition mechanisms?Decreased peripheral and central responses to acupuncture stimulation following modification of body ownership.Estimation of the horizon in photographed outdoor scenes by human and machine.Intra- and inter-hemispheric effective connectivity in the human somatosensory cortex during pressure stimulation.Decoding Accuracy in Supplementary Motor Cortex Correlates with Perceptual Sensitivity to Tactile Roughness.Sensorimotor Learning of Acupuncture Needle Manipulation Using Visual Feedback.Adaptation of cortical activity to sustained pressure stimulation on the fingertipCortical Activation Patterns of Bodily Attention triggered by Acupuncture StimulationCannot avert the eyes: reduced attentional blink toward others' emotional expressions in empathic people.Bayesian prediction of placebo analgesia in an instrumental learning model.Processing of facial identity and expression: a psychophysical, physiological, and computational perspective.Touching on face space: comparing visual and haptic processing of face shapes.Learning to recognize face shapes through serial exploration.Haptic simulation for acupuncture needle manipulation.Two routes to face perception: evidence from psychophysics and computational modeling.Abstract representations of associated emotions in the human brain.Exploiting object constancy: effects of active exploration and shape morphing on similarity judgments of novel objects.An amplification of feedback from facial muscles strengthened sympathetic activations to emotional facial cues.Brain responses to acupuncture stimulation in the prosthetic hand of an amputee patient.Visual experience is necessary for efficient haptic face recognition.Psychophysical and neurophysiological responses to acupuncture stimulation to incorporated rubber hand.When pain is not only pain: inserting needles into the body evokes distinct reward-related brain responses in the context of a treatment."Can touch this": Cross-modal shape categorization performance is associated with microstructural characteristics of white matter association pathways.The eyes grasp, the hands see: metric category knowledge transfers between vision and touch.Visual and Haptic Shape Processing in the Human Brain: Unisensory Processing, Multisensory Convergence, and Top-Down Influences.The contribution of different facial regions to the recognition of conversational expressions.Serial exploration of faces: comparing vision and touch.Visualizing natural image statistics.Similarity and categorization: from vision to touch.Multimodal similarity and categorization of novel, three-dimensional objects.Humans and macaques employ similar face-processing strategies.Learning from humans: computational modeling of face recognition.The role of characteristic motion in object categorization.Psychological distress and attentional bias toward acne lesions in patients with acne.The Thatcher illusion in humans and monkeys.Active In-Hand Object Recognition on a Humanoid RobotA morphable 3D-model of Korean facesActive object recognition on a humanoid robot
P50
Q27308433-40007488-8BD4-4EC3-91C5-10DB230EE416Q31032595-C3914D0E-ED00-449F-92E6-7E404E47F955Q34264163-43C5E274-2FBE-4437-B96C-D3ED2A9D725BQ34294311-449BAC06-E459-435D-B5F0-F8E95EC51BB9Q35069603-41E5BFF9-FB22-4066-8BD1-43581FCF7AECQ35125758-0826B577-1D1B-4505-960D-43AD792B70B7Q35661673-5C162D03-6009-46C8-8579-AC6BA605DA89Q35787769-34643922-D774-4434-9E6F-CD23C467BEFEQ35826552-E0805529-11F0-4E51-B600-22567A48036CQ35890765-78837B39-E71F-4B63-B9DE-128B9B39366DQ36161173-894FC309-2E90-42F3-9483-C06A08AF2FF3Q36287528-8985AF56-DB1C-4031-87DA-1E77B9722ADEQ36610230-D7B52042-9417-4C8E-838A-85A8E52C7BD9Q42637497-179484A4-5D50-416B-9510-FDEBB613B0C7Q43998331-30023981-AA56-4BB9-A104-135195D53DF1Q45399941-A370F9D9-C279-4240-AC4C-9D0961B4BEBDQ46016434-3A1593B7-CB13-4B8D-98BD-1BCD9C8AD56BQ47719344-AF599C57-88D8-4449-A31C-D8EB458AA518Q47930893-755B3928-C0F1-4D3A-88E8-51E938F50912Q47995324-3C3853E2-5BD7-45A0-9691-A6DC4074DF65Q48149545-142830C1-6E07-4308-8808-C94669F5FF35Q48167704-95D30945-F2A7-44D8-AF2C-86667BB0C73CQ48329057-4D5D4F34-CCA8-4B50-AC98-AEF4A5A5726CQ48404821-9F16477E-8CED-490C-86DC-E020C21D8DAFQ48489574-BE8336E5-39A8-48CC-BF81-FBB976F444AFQ48825118-5FBF65ED-9C92-4C3D-8839-B85672F8D1A7Q50575225-AE535F61-E6B5-48A2-8FE0-CF398FAECC75Q50774642-486FB85B-0E77-4CBB-90E0-68CD8DF13C6DQ50973786-F4F4B57A-D083-411B-810E-753325C90E04Q51220014-E8487348-BF61-47FD-8D83-DDE14254212DQ51861105-0C72A74E-2C8D-4A1D-961D-E938BE862888Q51919612-15144AE4-05FC-44D5-AC78-82EF7F7D84ADQ51939705-38631646-A281-47BB-BF66-D5DBFC83E26CQ51943839-86390F64-1AE6-4054-BBAA-25C5EFE64C41Q52002142-107F1DC9-9780-4D5D-8640-0F7955659EBDQ53135132-69C7CAEB-3F62-4F1A-BF91-3CCBAE7E4706Q55498883-E2B82DCC-6A9B-4641-BE6E-578E9779FD6CQ63981959-6AFB3D25-3E9A-4905-B2FA-EA7ED2B20C61Q63981990-EAA09C06-E0A6-4F61-B7EB-1DB6EBEA354DQ63981991-7FFA98E5-1275-468B-AF7E-B8E5D5A8729C
P50
description
German physicist
@en
German physicist
@en-ca
German physicist
@en-gb
Saksamaa füüsik
@et
deutscher Physiker
@de
fizician german
@ro
fizikan gjerman
@sq
físic alemany
@ca
físico alemán
@es
físico alemán
@gl
name
Christian Wallraven
@ast
Christian Wallraven
@de
Christian Wallraven
@en
Christian Wallraven
@es
Christian Wallraven
@fr
Christian Wallraven
@nl
Christian Wallraven
@sl
type
label
Christian Wallraven
@ast
Christian Wallraven
@de
Christian Wallraven
@en
Christian Wallraven
@es
Christian Wallraven
@fr
Christian Wallraven
@nl
Christian Wallraven
@sl
prefLabel
Christian Wallraven
@ast
Christian Wallraven
@de
Christian Wallraven
@en
Christian Wallraven
@es
Christian Wallraven
@fr
Christian Wallraven
@nl
Christian Wallraven
@sl
P214
P227
P106
P1153
6507395861
P21
P214
P227
P2456
P31
P496
0000-0002-2604-9115
P569
1974-01-01T00:00:00Z
P735
P7859
viaf-25774894