Another BraneCell patent application for on-site quantum coprocessors

By: Christopher Papile, Ph.D.

BraneCell’s patent-granted technology is aimed at quantum coprocessors used in ambient on-site devices. Important because: secure, faster, fit-for-purpose heterogeneous quantum systems on a chip (Q-SOC) are the key to the greatest leap in the chemical industry since syn gas based building blocks.

We service all industries entering the quantum age, but we specialize in the chemical, renewable energy and O&G industries. BraneCell’s members include Dr. Bongani Nkosi, previous head of research at Sasol, a 20 Billion USD/yr major, we know these industries and business cases.

BraneCell innovates digital-catalysts for chemical profitability.

This enterprise enhancement rides the…


by Christopher Papile, Ph.D., CEO, BraneCell, LLC

Renewable Chemical Plants will Benefit from DX

Seems time to talk about one of the elephants in the room: the 10 Trillion USD (growing 15.5 Trillion USD according to PwC by 2030) Engineering-Procurement-Construction-Maintenance industry and the digitization thereof. BraneCell’s team has capabilities to serve this industry in the renewable chemical, petrochemical, O&G, energy sectors, and city infrastructure; so some things we must keep commercial secret, but some must be said.

It is no secret that the EPC industry lags behind-the-times in digital transformation (DX), still goes about corporate culture in a not-so-modern way, yet could greatly benefit by joining the…


Industrial Solutions ground the Emerging Quantum Information Processing Paradigm

Christopher Papile, Ph.D.

Ambient, decentralized quantum computing enables and secures energy and chemical industry business cases.

The Gartner report by Kasey Panetta describes the Top 10 Strategic technology trends is entitled: “Blockchain, quantum computing, augmented analytics and artificial intelligence will drive disruption and new business models.”

The IBM discussion with CNBC by Jessa Tan indicates, “IBM sees quantum computing going mainstream within five years”.

A second report by Kasey Panetta indicates, the Gartner Hype Cycle places Quantum Computing still on the upswing prior to its “Peak of Expectations”.

What event will catapult quantum computing to the peak of expectations. Many…


Quantum Computing: for Chemical, Renewable Energy and O&G Industries

Christopher Papile, Ph.D.

This Keynote Address describes quantum computing themes related to the renewable energy, O&G and chemical industries.

1] Big Data Anomaly Finding: Dr. Papile led the development [WO2018200278…] of the catalyst for the industrial (100s of kiloton/yr) production of polycarbonate monomer. We’ll overview the benefits from BraneCell’s decentralized quantum computing in such important monomer and polymer industrial-scale processes, including:

· data analysis (contextual anomaly & pattern finding) to keep processes up;

· mixed reality for on-site engineers (gaming level);

· multivariate quantum PCA analysis;

· catalyst development; first-principles kinetic modeling

2] Quantum Communications benefits for plant/refinery/corporate: ultimate transmission…


Science, Paradigms and Products

Christopher Papile, Ph.D.

Credit: Jon Marc Lyttle, Grand Prismatic Spring — Yellowstone National Park, Shutterstock license

BraneCell’s recent visual podcast, found on our home page, features our Director of Marketing and CEO discussing naturally occurring quantum coherence, theories of their meaning and our quest to build an ambient temperature, portable quantum processing unit (QPU).

Over the preceding decades, experimental evidence shows quantum coherence in noisy, biological systems. For example, green anoxygenic (sulfur-using) bacteria exhibit entangled excitons with coherence times that are only moderately reduced, when the entanglement is initiated at liquid nitrogen temperature or room temperature. Photosynthetic bacteria use quantum entanglement as part of their normal physiology; it’s not…


The implications of nano- and ångström-scale quantum wave corrals, quantum mirage, and biological entanglement are breathtaking and breath-giving. Superb quantum information thermodynamics and experimentation is happening and intensifying. This will lead to something wonderful, and we ought to guide it towards the beautiful.

The implications of nano- and ångström-scale quantum wave corrals, quantum mirage, and biological entanglement are breathtaking and breath-giving. Superb quantum information thermodynamics and experimentation is happening and intensifying. This will lead to something wonderful, and we ought to guide it towards the beautiful.

It is not really about national competition, it is about the unfolding of truth…


The esteemed CNAS authors of the attached article write: “The United States must ensure that basic and applied research and development in quantum science and technology receive…sustained funding, while seeking to attract and retain top talent….quantum radar, sensing, imaging, metrology, and navigation become more mature, the DoD also should consider further prototyping of and experimentation…”

We greatly respect the authors expertise, and add some perspective: The USA should attract and retain talent — how, to which organizations? …

BraneCell Systems

Decentralized #QuantumComputing operating at room temperature, overcoming cryogenic cloud limits, towards Classical-to-Quantum™ migration.

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