ATOMQUBIT

Nikola Tesla said, “ If you wish to understand the Universe think of energy, frequency and vibration.“

To understand how vibrations and frequencies work, we first have to start by talking about energy. So what is energy? Well that’s easy…EVERYTHING is energy! Seriously, everything. Whether it be a human, plant, chair, or thought, everything in our existence is part of an interconnected web of electromagnetic vibrational frequencies. This web of energy is commonly referred to as a “life force” or “soul” that connects a stream of consciousness between all atoms and particles in the universe.

Vibrations refer to the oscillating and vibrating movement of atoms and particles caused by energy. Even solid objects like tables are actually made up of microscopic vibrating atoms that receive, store, and emit energy. Pretty neat, huh? Because of this, all humans and objects have an energy field that has its own vibrational frequency.

Frequency, which is measured in hertz (Hz) units, is the rate at which vibrations and oscillations occur. Frequencies are used to determine and differentiate vibrational patterns. So, an atom that is vibrating at a faster rate would be considered a higher frequency than one that is vibrating at a much slower rate. Differentiating between high and low frequencies is important for understanding how the two interact with each other and can be beneficial or detrimental to your health.

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What is a qubit?

A qubit (or quantum bit) is the quantum mechanical analogue of a classical bit. In classical computing the information is encoded in bits, where each bit can have the value zero or one. In quantum computing the information is encoded in qubits.

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What are the benefits of quantum computing?

Where current computers would require billions of years to solve the world’s most challenging problems, a quantum computer would find a solution in minutes, hours, or days. Quantum computing will enable researchers to develop new catalysts and materials, improve medicines, accelerate advances in artificial intelligence, and answer fundamental questions about the origins of our universe.

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How many atoms are in the human body?

Answer : Would you settle for a whole bunch? I didn't think so. The number of atoms in one person is almost too big to write out. But fortunately there's a shorthand system, called scientific notation, that we use instead for writing really BIG or really SMALL numbers. Since huge numbers are generally just estimates anyway, we just use the first few numbers, followed by a code that tells you how many zeros would follow if you wrote it all out. Ok, here it goes. Hydrogen, oxygen and carbon make up about 99% of the average human. I'm going to cheat a little and leave out the other 1%, which is made up of trace elements (that is, stuff there's only a trace of in the body). Then, let's assume an average adult weighs 70 kilograms. Be sure to keep in mind that the following numbers are based on the number of atoms, not percent of body weight (by weight we are mostly oxygen). A 70 kg body would have approximately 7*1027 atoms. That is, 7 followed by 27 zeros: 7,000,000,000,000,000,000,000,000,000

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