First of all, there's the wonderful feeling of touch because our lips are extremely sensitive, we have more nerve neurons on the end of our lips than any other place in our body, except some areas in our genitalia.
Similarly, there's damage to the dorsal column on the right side, which will lead to loss of fine touch, pressure, vibration, and proprioception in the right side of the body at the level of the injury and below it.
I cannot demonstrate it, but it seems to me, that in the whale the sense of touch is concentrated in the tail; for in this respect there is a delicacy in it only equalled by the daintiness of the elephant's trunk.
Our vision functions with the help of photoreceptors, cells that detect light waves, while our senses of touch, hearing, and balance use mechanoreceptors that detect sound waves and pressure on the skin and in the inner ear.
And this encompasses tactile input, for an example — which, when I started my career a long time ago, we knew very little about — so how you can use touch to change people's perception.
It's not easy in the gloom under the Ice, but it's thought that seals may use their acute hearing and sense of touch through the whiskers to help them.
It combines things like vestibular sense, which is your sense of your head's orientation, and proprioception, your sense of where your body is and where it's moving, along with other touch-based sensations.
Psychologists define temperament as individual differences in emotional, bodily and attentional reactions to sights, sounds, smells, tastes, touch, etc, as well as in the self-regulation of emotion, behaviour and attention.
But with haptic feedback you indeed would feel what a robot feels, so if you move our haptic device and robot touches an obstacle you indeed feel the touch.