We use cookies to improve your experience on our site. By using our site you consent cookies. Privacy Policy.

Categories

Addiction & Detox
Chronic Fatigue
Diseases
Electromagnetic Energy
Energy Centers
Epstein-Barr Virus
Featured
Great Scientists
Hepatitis Virus
Herpes Virus
HIV Virus
Hormonal Imbalance
Influenza Virus
Introductory Articles
Lyme Disease
Media
Minerals
Neurotransmitters
Nutrition
OM Prakash Network HIV Testimonials
Pathogen Cleanse
PCR Test Results
Pet Health
Phoenix Voyage
Photographic Force Field
Plant Care
Programs
Quantum Physics
Scalar Energy
Scalar Light Specific
Science
Shared
Shingles Virus
Testimonials & PCR Tests
Testimonials and Case Studies
The Digestive System
Tom Paladino's Articles
Uncategorized
Useful Reads
Video Testimonials
Videos
Weight Loss
Wellness
podcast
tom paladino
pathogen cleanse
pathogenic cleanse
scalar light sessions
standard scalar sessions
om prakash
herpes
india
delhi
pcr test results
bacteria
lyme disease
standard scalar program
pathogens
photograph
autoimmune
chronic fatigue
chronic fatigue syndrome
dental health
epsteinbarr virus
fungi
natural foods
ngos
nutrient program
psoriasis
scalar energy
viruses
addiction
alzheimers
alzheimers disease
cancer
chakra balance
chakra balancing
chakras
common cold
depression
diabetes
divine
divine light
energetic signature
female hormone program
gingivitis
hepatitis
hormone therapy
hormones
multiple sclerosis
neurological conditions
protozoan
amino acid and protein therapy
amino acids
amoebiasis
angels
ark of the covenant
atherosclerotic plaque
autism
bonds
borrelia burgdorferi
candida auris
cardiovascular
cataracts
catholic
cellulitis
chemical detox
conventional medicine
crohns disease
dementia
dental caries
earthquakes
electromagnetic energy
entamoeba histolytica
enzymes
epilepsy
epsteinbarr
essential amino acids
estradiol
fibromyalgia
fungal infection
fungus
gall stones
gastrointestinal
gum disease
high blood pressure
high blood sugar
hormonal imbalance
imelda lambertini
incorruptibility
influenza
kidney stones
leaky gut
leukemia
light
limbic kindling
liquefaction
lymphocytic leukemia
lymphotropic virus
mary of agreda
nail fungus
nanobacteria
natural healing
nikola tesla
non gmo
nonessential amino acids
nutrients
nutrition
obesity
oral hygiene
papillomavirus
parasites
parkinsons
parkinsons disease
periodontitis
phoenix voyage
photosynthesis
pneumonia
prions
probiotic bacteria
proteins
rheumatoid arthritis
scalar light instruments
scalar technology
schedule
scleroderma
shingles
spiral
spiritual
spirochetal disease
st john vianney
streptococcus
thyroid
ticks
urinary tract infection

What is Quantum Leaping?

We cannot observe them directly, but the behavior of atoms, quarks, photons, and everything that makes up the reality on an almost invisible scale confirms that we still do not know much about the universe. “Quantum” appears more and more in terms like “quantum healing” and “quantum politics.” Quantum has become a buzzword. Any scientific relevance to these uses is purely accidental, but today we are going to talk about quantum leaping.  Even though quantum mechanics emerged to solve a scientific problem more than a century later, it still holds some mystery. Quantum physics predicts paradoxical or incredible behaviors.

Planck’s Idea

Planck tried various solutions to solve the problem of what the nature of the light emitted by a flame or any other hot body is, before coming up with the idea that light is emitted employing “quantum” energies. He called this “an act of desperation,” but he produced the correct spectrum of light from a hot body, which earned him the Nobel Prize in 1918. Later, Albert Einstein and Niels Bohr won their own Nobel Prizes by extending Planck’s work. Einstein showed us that light comes in discrete packets of energy, later called photons, and Bohr posited that electrons in an atom absorb or emit photons as they jump between levels of quantum energy.

Quantum Leaping

English alphabet and numbers neon sign

The light that radiates from a fountain is like sand spilling from a bucket; it appears to be a continuous stream, but in reality, it is a multitude of tiny grains lost within the larger stream. Similarly, quantum jumps in atoms are extremely small energy changes, although popular use of “quantum jumps” often incorrectly refers to large changes. Quantum leaping can be found at your favorite bar or the local supermarket. Whenever you see a flashing beer advertisement or a barcode scanner, look closely: you are observing electrical quantum leaping in action through their fingerprints, the emission of light, as Niels Bohr determined.

A neon sign is made using a tube of glass filled with the noble gas neon or another gas that glows when a voltage is applied to it. The “glow discharge,” first seen in the late 19th century, works because the voltage raises the electrons in the gas atoms to a higher energy level; then, the electrons drop to lower levels and release photons. Gases have different levels of atomic energy, and these levels define the wavelengths of the photon. Neon produces red light, and argon generates blue light, and so on.

Quantum leaping is also in fluorescent lighting and lasers. In a fluorescent tube, quantum leaping in the mercury vapor creates ultraviolet photons, which activate a coating inside the tube, which produces white light. Quantum leaping also appears in light-emitting diodes (LEDs). LEDs are made of semiconductors in which electrons must jump through a gap to higher energy before moving as an electric current. By applying a voltage to the led, the electrons jump the gap and then return, producing photons. In addition to LEDs, quantum behavior is crucial for digital devices. Its integrated circuits are made of semiconductor silicon, whose quantum energy gap allows good control of electrons to manipulate digital bits.

Uncertainty

Although quantum leaps were considered radical, they do not contradict existing world views. However, overlapping, entanglement and teleportation produce more strangeness because they oppose our understanding of the universe. These problems arise because quantum theory does not predict definitive values for physical properties but only probabilities. The “Schrödinger’s cat” experiment illustrates this statistical nature. The cat is both dead or alive depending on a random event and can therefore be described in both states at the same time.

Quantum Leaping Applications

Quantum bit or Qubit concept representation

These effects go beyond science fiction when polarized photons are controlled like qubits in quantum cryptography, a method designed to transmit information securely over a fiber-optic network. In 1984, Charles Bennett and Gilles Brassard invented the quantum key distribution. Like the combination of a padlock, the “key” is a long string of bits that make up the secret password to access a complex of algorithms that encode and decode information. The code is indecipherable without the key. However, this, in turn, must be broadcast from the transmitter to the receiver when it runs the risk of being read by a third party.

Bennett and Brassard showed how this security vulnerability could be circumvented by using the quantum leaping of photon qubits to create a single random string of bits that functioned as a coded secret key based on photon entanglement. Quantum keys have been used to secure bank transfers and election results in Switzerland. They are not yet common.

The Future

We might never be able to teleport people or large objects. Still, in 2011, Ian Walmsley of the University of Oxford and his colleagues intertwined macroscopic objects visible to the human eye: two diamonds, each three millimeters long.

In crystalline solids, such as diamonds, atoms vibrate at quantum energies, which are found in unusual amounts for carbon atoms in diamonds. In the experiment, these outside effects were kept out long enough to preserve quantum leaping and allow researchers to bond the diamonds at distances of up to 15 centimeters. This is one step in the growing quantum strangeness to reach a point where it is easier to examine and understand.

Max Planck’s idea in 1900 began a journey from the ordinary world to the submicroscopic world. Although we do not yet fully understand quantum theory, it illuminates this world and advances technology. With results like those of the diamond experiment, we continue the journey bringing the submicroscopic universe to the world we occupy. Planck, Einstein, and Bohr would be wholly fascinated today.

Try Our Standard Scalar Sessions Free