In this lifetime, you may witness a fresh era of human perception with the “installation” of a new sense.
Right now, engineers and researchers are collaborating on integrating external data into our the nervous system. The vast applications extend from medicine to environmental conservation and aerospace exploration.
Multisensory intelligence sems to be the next frontier, and we’re bypassing natural evolutionary stages altogether.
Are you ready to be “plugged in” to a an artificially generated sense beyond your natural capacity?
The biological ceiling of human perception: How researchers are about to breach the plateau
“Sensing” a remote ecosystem or a spacecraft’s structural integrity may soon become as intuitive as feeling one’s own pulse.
Our human experiences until now have always been limited to our biology and the five primary senses.
The only way to develop these was via evolution, like the way our ears have become tuned to different frequencies or our eyes developing to see a different slice of the electromagnetic spectrum.
But these natural processes take millennia. And we have reached a plateau in terms of biological hardware.
One of today’s buzzwords is “multimodal” communication, referring to the synthesis of sound, text, and images. This comprehension is limited by human attention and the capacities of our organs.
But now, engineering and artificial intelligence are combining to enhance the senses in one giant leap.
Engineering a bridge across the sensory gap: The next step in “non-evolution”
The MIT Media Lab is one of the places where engineers are moving beyond basic data visualization and towards multisensory intelligence, bypassing natural human evolution.
The point is no longer seeing data on a screen or hearing through a speaker, but integrating data into the human nervous system.
Engineers are working on how to take unconventional signals, like thermal signatures, wireless fluctuations, or chemical compositions, and transform them to be processed by the brain.
The concept of “cross-modal plasticity” is core to this research. It’s the brain’s ability to reassign processing power.
You’ve likely learned about how a person who loses sight usually gains “upgraded” senses of touch and hearing. This is how the power of the visual cortex is diverted to other areas of perception.
Imagine a time where you can track mental health using non-verbal cues, or predict a health condition before it would normally be picked up, or gain an edge in interpersonal communication.
This day is closer than you think.
A new study, “A Vision for Multisensory Intelligence: Sensing, Science, and Synergy,” published in arXiv, details this next step in human evolution.
The emergence of synthetic proprioception: The bridge between external data and actual perception
Technologists are currently developing tactile interfaces, such as haptic gloves or skin-worn sensors. These will allow non-biological data to be fed into the brain via the sense of touch, enhancing human-AI synergy.
The stage is called the “bridge” phase, where we move away from being passive observers of screens to actively experience multisensory data streams.
The true breakthrough will come later when we are able to move beyond the five senses to an “engineered” sixth: synthetic digital proprioception.
Alignment and synergy: Fusing AI-processed signals with internal perception
Traditional proprioception is the sense that tells you where your limbs are in space without needing to look at them. The synthetic form using AI extends this awareness to physical and digital infrastructure.
The aim is “cross-modal synesthesia,” where high-fidelity tactile sensors and physiological feedback loops provide perceivable signals.
Picture an operator who can go beyond “seeing” a drone flight path on a screen to “feeling” wind resistance as if it was on their own skin.
This will be achieved through hardware such as wearable haptic arrays or non-invasive neural interfaces.
The distinction between “human” and “infrastructure” is beginning to blur. We may soon have an intuitive, immediate grasp of a world that was inaccessible to our ancestors as researchers bring the dream of AI integration with biology to reality.