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  • Dr Srinivasan; Mandayam Srinivasan founder of the MIT Touch Lab with a wheel of color chips of various thickness that measures the subjects sensivity to the thickness of various swatches.
    scf4374-241_Touch 0008.jpg
  • A reseacher at the Touch Lab uses a device to simulate the injection of a fluid in the spinal cord.  The device is outfitted with actuators and braks and gives sensitive feedback to the doctor to what the pressure feels like as the syringe enters the dagerous area around the spinal column.
    scf4374-250_Touch 0013.jpg
  • A reseacher at the Touch Lab uses a device to simulate the injection of a fluid in the spinal cord.  The device is outfitted with actuators and braks and gives sensitive feedback to the doctor to what the pressure feels like as the syringe enters the dagerous area around the spinal column.
    scf4374-247_Touch 0014.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab.
    Touch 0009.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab.
    Touch 0008.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab.
    Touch 0007.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab.
    Touch 0019.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab.
    Touch 0006.jpg
  • Dr Srinivasan; Mandayam Srinivasan founder of the MIT Touch Lab with a wheel of color chips of various thickness that measures the subjects sensivity to the thickness of various swatches.
    scf4374-242.jpg
  • A reseacher at the Touch Lab uses a device to simulate the injection of a fluid in the spinal cord.  The device is outfitted with actuators and braks and gives sensitive feedback to the doctor to what the pressure feels like as the syringe enters the dagerous area around the spinal column.
    scf4374-250.jpg
  • A reseacher at the Touch Lab uses a device to simulate the injection of a fluid in the spinal cord.  The device is outfitted with actuators and braks and gives sensitive feedback to the doctor to what the pressure feels like as the syringe enters the dagerous area around the spinal column.
    scf4374-245.jpg
  • Dr. Mandayam Srinivasan, founder of the MIT Touch Lab with a device that measures the pressure sensitivity of the fingertip.
    scf4374-239.jpg
  • James G. Fujimoto, a researcher at MIT University Optics and Quantum Electronics Group, uses a laser to non-invasively scan the subtle layers the lie beneath the layers of the skin with a high degree of resolution.
    Touch 0005.jpg
  • James G. Fujimoto, a researcher at MIT University Optics and Quantum Electronics Group, uses a laser to non-invasively scan the subtle layers the lie beneath the layers of the skin with a high degree of resolution.
    Touch 0005-2.jpg
  • James G. Fujimoto, a researcher at MIT University Optics and Quantum Electronics Group, uses a laser to non-invasively scan the subtle layers the lie beneath the layers of the skin with a high degree of resolution.
    Touch 0001.jpg
  • James G. Fujimoto, a researcher at MIT University Optics and Quantum Electronics Group, uses a laser to non-invasively scan the subtle layers the lie beneath the layers of the skin with a high degree of resolution.
    scf4327-897_Touch 0001.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    Touch 0020.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    Touch 0029.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    Touch 0020-2.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    Touch 0002.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    scf4327-898_Touch 0002.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    Touch 0029-2.jpg
  • Dr. Mathew Botvinick with research assistant performing the rubber hand experiment.  After 10 minutes of observing the rubber hand getting the same brush stroke as their real hand  the subject perceives the rubber hand as their own.
    scf4327-898touch 0002.jpg
  • MIT Touch Lab Device that Measure Sensitivity of Finger Pad.
    scf4374-262_Touch 0031.jpg
  • MIT Touch Lab Device that Measure Sensitivity of Finger Pad
    scf4374-244_Touch 0011.jpg
  • The human touch finger has upwards of 2000 receptors and this machine enables measurement of tactile perception thresholds.
    scf4374-263_Touch 0032.jpg
  • The human touch finger has upwards of 2000 receptors and this machine enables measurement of tactile perception thresholds.
    scf4374-243_Touch 0010.jpg
  • Suiren Wan conducts laparoscopy surgery at The Touch Lab at MIT Laboratory for Human and Machine Haptics.
    scf4374-237_Touch 0003.jpg
  • Suiren Wan conducts laparoscopy surgery at The Touch Lab at MIT Laboratory for Human and Machine Haptics.
    scf4374-251.jpg
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