T23. Human Centric Robotics. Invited lecture at Chiba University.

Functionality as the key determinant of limb/body ownership: a discussion. Talk at the Symposium of the Special Interests Group on Tele-existence.

Human Centric robotics. Talk in the ATR mini-symposium on Robots, Brain and AI. Kyoto.

Developing machines that understand humans. Talk at the Japan Association of Chemical Innovation (JACI) working group meeting, Tokyo.

Hitting the sweet spot: Investigating the neuroscience behind impact control by humans. Talk in the Workshop for novel approaches of system neuroscience for sports and rehabilitation. at International conference on Neural information processing (ICONIP 2016).

Incorporation of tools in the body schema: a dual time scale process. Talk at the ATR mini symposium on motor control and robotics, Kyoto.

Embodiment illusions with a humanoid robot. Talk (with Dr. Laura Aymerich-Franch) at the Workshop on Advances in touch enabled robotics. Eurohaptics, London.

Neuroscience for improving robotics. Talk in Tokyo University of Electro-communications, Tokyo.

Interacting brains: sensory mechanism of physical interactions between humans. Talk at the Haptics for Neuroscience and Neuroimaging, ICRA workshop for.

Human Centric robotics. Talk in Institut des Systèmes Intelligents et de Robotique, CNRS – Université Pierre et Marie Curie.

From watching to understanding: how humans predict consequences of observed movement kinematics. Talk at the First Workshop of the Anthropomorphic Motion Factory “Dance Notations and Robot Motion”, LAAS-CNRS, Toulouse, France.

Incorporation of tools in the body schema: a dual time scale process. Talk at the Somatosensory; Fundamental sensory system for bodily alert, motor control, development, and self-consciousness, Japanese Society for Neuroscience meeting.

From watching to understanding: how humans predict consequences of observed movement kinematics. Talk at the First Symposium on Biomechanics of Human Movements, Tokyo University, Tokyo, Japan.

Human Centric Robotics. Talk at the Joint Robotics Lab (JRL), Tsukuba, Japan.

Symbiosis of motor interaction: physical interaction enables brains to learn from each other. APCTP –KAIST Young Computational Neuroscience Workshop, KAIST, Daejeon, South Korea.

Motor control in tasks with multiple solutions: A challenge for traditional motor control. Symposium at Neural Control of Movement, NCM2012, Venice, Italy.

Motor execution affects subsequent motor plan. Talk at the Biorobotics lab, University of California, Irvine.

Mechanisms of Motor learning: in humans, for robots. Talk at the Rehabilitation Institute of Chicago, Chicago.

Motor Control: from human, to robots. Symposium at the Motor Control Workshop, Okazaki, Japan.

Learning multi-coordinate planning from humans. Talk at the New Variable Impedance Actuators for the Next Generation Robots, ICRA workshop for.

Motor learning: by humans, for robots. Talk at the Softening Rehabilitation Robotics, ICRA workshop for.

Motor execution effects subsequent motor plan: a consideration for rehabilitation paradigms. Talk at the Neuro rehabilitation workshop, Tokyo Institute of Technology.