Education

Degrees:

Certifications & Training

Florida State University: Human Trafficking Prevention & Intervention

Singularity Security Group LLC.

USACE EM 385-1: Introduction to Contractor Construction Safety & Awareness (10 hour)

Office of Field Operations

World Science University has a multitude of edifying courses on contemporary scientific discovery and progress. #QuantumMinister

https://worldscienceu.com/

Quantum Mechanics Summary:
“The goal of physics is to observe the universe and figure out its governing rules.
By understanding nature, we will be able to predict future conditions of the universe.
There are two known types of rules for understanding the universe: Classical Physics and Quantum Physics.
Classical physics
Mathematical representation of an object’s current position and velocity
Newton’s laws provide rules for figuring out the object’s later position and velocity.
Classical rules are only approximations.
Quantum physics
At atomic and subatomic scales (and sometimes macroscopic scales), we need a more complete theory.
In this theory, objects can be in quantum superpositions, which according to Professor Van Raamsdonk, are states where objects lack any definite positions until we observe them.
The wavefunction for an object describes the probabilities of all the states that comprise the superposition, that is, the probability that any one of those states will actually be observed.
The Schrödinger equation is the rule for determining how an object’s (most likely superposed) state evolves over time.
Richard Feynman and others determined quantum versions of most physical laws, for example, quantum electrodynamics.
Quantum electrodynamics, plus the weak and strong forces, give rise to the standard model of physics.
Gravity has not yet fully been incorporated into quantum mechanics.”

Quantum Computing:
“In a classical computer chip, the state of each bit can be on or off; in a quantum “qubit,” there are an infinite number of superposition states, each of which are a different mix of the two classical states.
The differences between classical computing and quantum computing become more dramatic when there are more and more qubits.
Quantum entanglement is when the states of different qubits are correlated.
According to Maldacena’s theory, the geometry of 3-D space is encoded in a 2-D “quantum memory chip.”
In order to decipher what’s happening in the 3-D reality that we live in, we need to understand the patterns of entanglement in the 2-D “quantum memory chip.”
Based on the work of Ryu and Takayanagi, a smooth and connected “fabric of spacetime” emerges from the “threads” of quantum entanglement. It’s possible to derive Einstein’s equations from entanglement physics.
Empty space corresponds to the lowest-energy state of the “quantum memory chip.”
A “classical memory chip” with no superpositions and entanglement will not give rise to any spacetime at all.
Quantum gravity isn’t about fitting together quantum mechanics and gravity but about figuring out how gravity was present in quantum mechanics all along.”

Ref: https://worldscienceu.com/