Hello Friends,

The existing trajectory of quantum computation has deep roots in a decades-long framework nurtured by academia. That ship set sail a century ago and today has become a veritable force as it continually attracts more industry leaders and governments. Central to that framework lies the Copenhagen Interpretation of Quantum Mechanics in which a quantum-object can hold infinite possible values until measured, at which point it collapses into a measurable value. In this point of view, then, the quantum realm is a black-box and its dynamics simply cannot be known by direct measurement.

This implies that even the three pillars of modern-day quantum computation — namely superposition & entanglement, as interpreted, and the probabilistic view of Nature — can not quite be corroborated, and equally, can be interpreted differently hence giving rise to one or more different trajectories of quantum computing than being followed by industry leaders such as IBM, Google, Microsoft, Intel, Quantinuum, amongst others.

It is in contrast to the current industry-accepted agenda that I offer an alternative view and suggest a second quantum computational agenda. In this newsletter I share aspects of this agenda and call on individuals and organizations to participate in a bold journey powered by QIQuantum engines to newly discover the riches and vast potential of the invisible.

Wishing you a fruitful 2024!

Warmly,

Pravir

QIQuantum dynamics gives rise to the second quantum computational agenda beyond that currently being pursued by industry leaders. As this agenda flowers, atoms, molecules, molecular plans, and cells, will be seen as naturally occurring quantum computers subject to a fourfold quantum-object code. Further, these quantum computers will be seen as increasingly more sophisticated vehicles of intelligence progressively arising from the quantum levels. It will be found that the quantum levels house quantum intelligence (QI). As mastery over reading and leveraging the genetic-type code output by these naturally occurring quantum computers increases, this will result in revolutionary developments in material sciences and medical technology. As QI-type nano-cyborgs are developed this will provide access to an inexhaustible fourfold energy source at the quantum realms and provide new possibilities for space travel. QI-type nano-cyborgs will also provide the means to create quantum-level feedback loops, generate new quantum patterns, and leverage quantum properties beyond those of superposition, entanglement, annealing, and tunneling. QI-type nano-cyborgs will also prove to be vastly more intelligent than any AI-based device (see accompanying illustration).

YouTube video: Leveraging Imagination to Surface Quantum Technologies

The video's content is similar to the Forbes event, but without the conversation with participants. It covers the key points relevant to the proposed second quantum computational agenda.