Misguided is the public’s anxiety concerning novel AI technology, as Michio Kaku, a theoretical physicist, contends.
Speaking with CNN’s Fareed Zakaria, Kaku, the futurologist, shared that chatbots akin to OpenAI’s ChatGPT stand to uplift society and amplify productivity. Nonetheless, dread propels individuals to primarily fixate on the unfavorable implications of these systems, which he dubs “enhanced tape recorders.”
These chatbots cobble together fragments from human-generated web content, presenting it as their own creation, evoking the illusion of human-like ingenuity, Kaku elucidated.
Yet, their ability to discriminate verity from falsity eludes chatbots; humans must infuse this discernment.
Kaku posits that humanity resides within its second phase of computer evolution. The initial phase, he notes, encompassed analog operations, involving sticks, stones, gears, and pulleys.
Post that era, aligned with World War II, we transitioned to electricity-fueled transistors, culminating in microchip advancement and the shaping of the contemporary digital panorama.
Nonetheless, this digital landscape rests upon dual states akin to “on” and “off,” hinging on binary notation with zeros and ones.
“Nature herself jests at our binary approach, for she engages with electrons, electron waves, and wave-formed molecules. Thus, the third stage is our ingress,” Kaku expounded.
Foreseeing the forthcoming technological juncture lying within the quantum realm, Kaku anticipates transformative potential.
Emergent quantum computing harnesses varied particle states like electrons, vastly amplifying computational prowess. Quantum computers, distinct from their binary chip counterparts, exploit diverse vibrational wave states, facilitating expedited problem-solving.
Pioneering entities, namely IBM, Microsoft, Google, and Amazon, among others, cultivate proprietary quantum computers, extending access to diverse enterprises via cloud interfaces. The innovation bears potential to elevate risk analysis, supply chain logistics, and machine learning.
Beyond corporate domains, Kaku envisions quantum computing’s application in healthcare advancement, addressing maladies like cancer, Parkinson’s, and Alzheimer’s at a molecular stratum. Nature’s language, rooted in molecules and quantum electrons, presents an avenue to mitigate these afflictions.