Since evolution of communication and computer technology science has made exponential progress in physics, chemistry, biology, nanoscience, space, astronomy and many more fields. Today’s classical computers are capable to solve many problems for humanity to ease the life. However, the limitations of speed and power restrict the areas related to subatomic developments.
Quantum dreams of world leading organizations is giving new hopes of realizing super-speed computer that will transform the finance, cybersecurity, cryptology, and many more challenging areas that are restricted by classical computer technology. However, the present approaches of building quantum computer are facing many challenges of realizing fault tolerant qubits in normal operating environment accessible for everybody, limiting this to cloud-based solutions needing large power, infrastructure and hardware.
At QuantAum we are working on different approach that will defeat these challenges and make the Quantum computer much more powerful than ever imagined by the quantum world.
By developing Nextgen Quantum computer, we will pick up the slack where classical computers falter, Quantum computer cannot reach, by controlling the newer realms in order to provide un-imaginable advantages to industry, businesses and to entire humanity leading to transformed life ahead.
Artificial intelligence will get the biggest boost with our NextGen quantum system making it more powerful and reducing the need of thousands of GPU based complex architecture and large infrastructure needs.
Our roadmap shows our vision to make it happen in near future. We understand the herculean task ahead but are confident to realize with our collaborative approach and focused research and product development strategy, thanks to industry-leading mentors, multidimensional teams, and agile methodology improving every aspect of this vision.
We believe that the core challanges in creating conscious quantum computer lie in robust hardware and the firmware All the while, our hardware roadmap from chips to system will sit at the heart of a larger mission to design a sensors, controllers and full-stack quantum computer cloud that anyone around the world can use.
At QuantAum, we are focusing on the fundamental aspect of reality – the Quantum Consciousness. we have an ultimate objective to access a realm beyond today’s materiality not accessible by present classical computers or tomorrow’s Quantum machines.
We focus on different areas of scientific research that includes Advanced Materials, Quantum, Optics, Semiconductor, Electromagnetic fields and Gravity.
By carving the path to unknown, we are targeting to compress many hundred years journey to few years.
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Our journey will begin by using different scientific achievements in classical and quantum world, but our advancement will be on our development using mathematics of subatomic particles in order to bring out inaccessible hidden truth within.
To expediate, our research and product development will go hand-in hand to reach the ultimate goal of expanding our research to develop QuAura, our first Supraconscious qubit based SoC that will be transforming the world in many ways by talking to hidden realms of quantum reality.
Ultimately, we envision a future where Supraconscious Qubit based cloud that links multiple supercomputing quantum processors, creating a massively parallel quantum computer capable of changing the world.
Knowing the way forward doesn’t remove the obstacles; we know our path is full of unforeseen challenges ever faced in the history of technological progress. But, with our clear vision, we are sure to reach our goal within the coming decade.
Disclaimer: The above information represents our vision for the future of Quantum computing. Our research and product roadmap is the blueprint of our NextGen Quantum computing and will be updated as we progress in our research and innovations as required to realize our goal.
• Agriculture & Environment
• Border & Home Security
Quantum computing represents a revolutionary way to process and understand information. Unlike classical computers that use bits defined as either 0 or 1, quantum computers use qubits, which follow the fundamental laws of quantum mechanics. These qubits can exist in multiple states simultaneously, enabling an exponentially richer computational space. This capability allows quantum computers to tackle highly complex problems far beyond the limits of classical computing — from drug and materials discovery to optimization, logistics, and advanced AI applications.
At our lab, we take a holistic approach to go beyond the concept of quantum computing for the evolution of Quantum Consciousness. Guided by our vision, we explore the intersection of matter, energy, and awareness through the study of quantum materials and their fundamental dynamics. Using advanced optical and electron spectroscopy tools, we analyze both synthesized and naturally occurring materials to uncover new physical phenomena.
Quantum materials are defined as materials that do not conform to classical physics laws, exhibiting unique properties due to quantum effects. Examples include superconductors, topological insulators, and complex magnets. These materials are crucial for developing advanced technologies such as quantum computers, optical sensors, and energy-efficient devices
At QuantAum we focus on different research program targeted towards developing the next generation quantum products and solutions. Our research programs are planned with our initial vision and as we progress, more themes will emerge.
