QUANTUM LEVITATION – CAPT AJIT VADAKAYIL ~ Ajit Vadakayil

QUANTUM FLUX PINNING , BEYOND MEISSNER EFFECT- CAPT AJIT VADAKAYIL

Above: Quantum flux tube pinning.

First of all punch into google search ANTIGRAVITY AND SOLITONS VADAKAYIL

and check out a BBC video ( 2^nd from bottom ) named “ANTIGRAVITY” explained by Dr. Michio Kaku, an American theoretical physicist, in the City College of New York.

He called the effect anti-gravity levitation caused by electromagnetism counter acting gravity’s force. I guess he should have called it QUANTUM LOCKING .

You cannot get basic science principles wrong.

My readers would be sick and tired of the word QUANTUM, which is termed pseudo science by classical physicists of the Isaac Newton genre. Even nano technology has missed them by miles.

Some of the most promising potential of nanotechnology exists due to the laws of quantum physics. Quantum physics laws take over at this scale, enabling novel applications in optics, electronics, magnetic storage, computing, catalysts, and other areas.

At the nanoscale, the physical, chemical, and biological properties of materials differ in fundamental and valuable ways from the properties of individual atoms and molecules or bulk matter

Exactly the same way the children of this planet still study Charles Darwin’s nonsense in their school science books, despite DNA being known to even street urchins of the third world. They all know how Bill Clinton of Monica Lewinsky fame got screwed.

Check out the wonders of the quantum world, in the video below.

Superconductivity is a quantum mechanical phenomenon . Superconductors are basically metals and alloys that can conduct electricity without any resistance.

In a normal conductor, an electric current may be visualized as a fluid of electrons moving across a heavy ionic lattice. The electrons are constantly colliding with the ions in the lattice, and during each collision some of the energy carried by the current is absorbed by the lattice and converted into heat, which is essentially the vibrational kinetic energy of the lattice ions. As a result, the energy carried by the current is constantly being dissipated. This is the phenomenon of electrical resistance.

The electrical resistivity of a metallic conductor decreases gradually as temperature is lowered.

In ordinary conductors, such as copper or silver, this decrease is limited by impurities and other defects. Even near absolute zero, a real sample of a normal conductor shows some resistance.

In a superconductor, however the resistance drops abruptly to zero when the material is cooled below its critical temperature. An electric current flowing through a loop of superconducting wire can persist indefinitely with no power source. Superconductors never loss any of the electricity that passes through them. So no magnetic lines can pass through them.

Superconductivity and magnetic fields are like oil and water… they don’t mix. When it can, the superconductor will push out any magnetic fields from the interior in a process called the Meissner effect.

Above: Meissner effect.

Here a crystal sapphire wafer is coated with a thin ceramic substance known as yttrium barium copper oxide. When this substance is cooled below -301 degrees F using liquid nitrogen, the material transforms into a superconductor.

Quantum physics tells us that the magnetic field penetrates into the superconductor ( due to its thinness ) in the form of discrete flux tubes. These sites of penetration are known as flux tubes.

The superconductor strongly pins these tubes, causing it to float in midair. This effect is called ‘quantum levitation". . The flux tubes cause the magnetic field to be "locked" in all three dimensions, which is why the disk remains in whatever position it starts in, levitating around the magnets

On a simple 3-inch diameter, 1-micrometer thick disk, next to a magnetic field of 350 Oe, there are approximately 100 billion flux tubes that hold 70,000 times the superconductor's weight.

At low temperatures the flux tubes are pinned in place and cannot move. This pinning is what holds the superconductor in place thereby allowing it to levitate.

Since the superconductor is pinned above the magnet away from any surfaces, there is the potential for a frictionless joint.

Quantum mechanics makes perfect sense mathematically, but defies your intuition and your 5 senses at every turn.

We stood outside the gates of the quantum world with the advent of transistors. Transistors act both as an amplifier and a switch for electronic signals, functions essential to virtually all modern electronic equipment, and without quantum mechanics, they wouldn't exist.

Semiconductors are materials that can act as either a conductor or an insulator.

We got rid of the monstrous and unreliable vacuum valve tubes, right?

The day , a computer belly laughs at a joke you tell OR can tell the moral of a story you narrate ( unity is strength ) or the day communications are instant ( faster than light, by quantum tunnelling ) we can say we have really gate crashed for sure into the quantum world.

The teacher belly laughed while correcting a 3rd standard child’s exam paper, who was pretty street smart.

Question -” In which all states does the Ganges river flow?”

Answer- “ Only in the liquid state”

Question- “How can you share 8 mangoes among 6 people?”

Answer- ” By making mango shake”

Question-“ When was Mahatma Gandhi born?”

Answer- “ On his birthday”

Question – “ What is the national flower of India?”

Answer- “ I don’t know”

With Quantum physics you can jump over energy systems , say kinetic energy into chemical energy in a single step, which classical physics will NOT understand..

With Neutrino communication , subatomic particles can easily pass through 1000 light-years of solid lead without being affected. Today you lose a mobile signal while in a lift , right? Neutrinos rarely collide with other particles, generally passing straight through the atoms that make up matter.