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A blueprint for error-corrected fermionic quantum processors

An international research team led by Robert Ott and Hannes Pichler has developed a novel architecture for quantum processors that is specifically designed for simulating fermions—particles such as electrons. The method can be implemented using technologies already available today.

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A low-cost protocol enables preparation of magic states and fault-tolerant universal quantum computation

Quantum computers, systems that perform computations leveraging quantum mechanical effects, could outperform classical computers in some optimization and information processing tasks. As these systems are highly influenced by noise, however, they need to integrate strategies that will minimize the errors they produce.

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Atlantis & Lemuria—Latitudes & Longitudes

There has been speculation about the very existence of the continents of Atlantis and Lemuria for literally hundreds of years. Yes, they did exist, but all records of their societies’ existence for over 50,000 years were destroyed, with the exception of the writings of Plato and legends.

The continent of Atlantis was located in the Atlantic Ocean, but most of it perished in an enormous natural disaster when a line of volcanoes, bisecting the continent on top of the Mid-Atlantic Ridge, all erupted approximately 31,000 years ago. A few remnants remained—the Bahamas to the south, a few islands off the coast of Maine and New Hampshire, Bermuda and the Canary Islands. These islands were also wiped clean by the tsunamis that followed. There were seven other islands slightly to the west of the middle of the Atlantic Ocean that I’ll cover below.

Before the natural disaster, the continent of Atlantis was in the shape of a parallelogram. To the east, Atlantis came within 30 miles (48 kilometers) of the African Coast, then named the Land of OZ. To the west, it ran parallel approximately 100 miles (160 kilometers) off the North American coastline.

Atlantis wallpaper
Artists depiction of Atlantis. Image credit: Atlantis – Poseidonis by *Erebus74

Please keep in mind these latitudes and longitudes act as BOUNDARIES for the continent. The Atlantean Continent was contained within these boundaries.

Northern edge: Latitude 47° N

Southern edge: Latitude 30° N

Southern tip:  Latitude 26° N, 18° W. Longitude

Western edge: 75° – 80° W. Longitude

Eastern edge: 17°-18° W. Longitude

You can go to www.earthquake.usgs.gov/earthquakes/map/ and place your cursor in the Atlantic and in the right hand lower corner the longitudes and latitudes will be displayed. Just move your cursor to the above coordinates to see Atlantis’ location. There are buttons at the top to zoom out or in as needed.

The Atlantean Continent was about 10% larger than present-day Australia. Since the shape of the Atlantean Continent was a parallelogram, let’s take the 47° North Latitude first. If you were to draw a line across the Atlantic Ocean, starting a little under the southern coast of Newfoundland to where it intersects 17° West Longitude, that’s as far to the east the continent extended. Then, if you were to draw a line across the Atlantic at 30° North Latitude when it intersects 18° West Longitude, you have three sides of the parallelogram.

Where Latitude 47° North intersects 75° West Longitude this gives you the western point for the northern edge of the continent. Draw a line down parallel to the North American Continent curving along the Florida coast until it meets 26° latitude. That is the tail of the Atlantean Continent, encompassing what we know as the Bahama Islands today. The tail began at the 30° North Latitude at approximately 77° West Longitude.

When the Atlantean Continent sank, it displaced an enormous amount of water, resulting in all of the oceans of the world rising 160 feet (49 meters) destroying every single city, town, and village worldwide. Most of the records of the world were lost at that moment in history.

The seven other islands previously mentioned included Poseidia, round in shape and about the size of Cuba, and located on a line to the east, slightly above present day Boston. Aryan, a little larger than the island of Hispaniola was 375 miles (603 km) to the south. Below Aryan, there were five other islands—one so small that some accounts do not list it, but it was inhabited. Over a long period of time, Poseidia was inhabited by the Law of One people and Aryan and its island group by the Sons of Belial. Their dislike for each other reached a boiling point 12,500 years ago and they destroyed themselves in a horrific war, where one-and-one-half million people died the first day. The islands sank into the Atlantic, and the oceans of the world rose 41 feet (12.5 meters). This was when the story of Noah and the Ark actually took place.

The continent of Mu, or Lemuria as it was also called, was in the shape of a potato and about 12% larger than present day Australia. Before the sinking of the Atlantean Continent it was connected to what is now Japan, but the rising seas broke the connection. It came within about 100 miles of present day Hawaii, and for thousands of years the Lemurians vacationed there, imprinting the islands with their energy.

Here are the longitudes and latitudes for the continent of Mu or Lemuria.

Northern edge: Latitude 37°- 38° N

Southern edge: Latitude 14.5° N

Southern Tip: Latitude 12.5° N, 130° E. Longitude

Western edge: 135° – 145° E. Longitude

Eastern edge: 180°-165° W. Longitude

The northern edge of the continent varied between 37° and 38° Latitude North until it intersected with 135° East Longitude and turned down, coming close to Hawaii. Then you have the southern edge of the Mu continent at 14.5° intersecting with 180° West Longitude.

The northern edge of Mu at around 38° Latitude North intersected the western edge at around 145° Longitude to form the western edge and drawing a line down to 14.5° Latitude forming the western edge of the continent.

Mu also had a short tail in the middle of the continent, extending down to 12.5° Latitude North, 130° East Longitude.

The continent of Mu was an idyllic place to live for thousands of years. That ended approximately 7,500 years ago when the seven countries not only destroyed themselves with hydrogen type bombs, but also broke apart the continent. And again, millions of people perished all over the world when the oceans rose 170 feet (52 meters). Additionally, it destroyed all the records kept in those cities and towns.

Is it any wonder that people have doubted these continents’ existence when virtually all the records of their existence no longer exist?

Lastly, I’ve been told to tell you that we will never destroy ourselves again; therefore we can learn the history of these two continents without fear of repeating ourselves.


AUTHOR’S RESOURCE

BY TOM T. MOORE

AUTHOR: ATLANTIS & LEMURIA: THE LOST CONTINENTS REVEALED!

COPYRIGHT 2017

Tom T. Moore is an author and speaker.  His books include THE GENTLE WAY series, plus FIRST CONTACT: Conversations with an ET and ATLANTIS & LEMURIA: The Lost Continents Revealed.  He was voted “Best Self-Help Author” for the past three years by the readers of a health magazine.  He is a telepath and answers questions sent to him from all over the world in his weekly newsletter, which can be subscribed to at www.thegentlewaybook.com.

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Trail cam photo of a bigfoot recorded in Poplar Bluff on private land (Report 79083)

Class A; August 2025; Missouri, Butler County

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GJ 1132 b doesn’t have an atmosphere, according to new JWST data

Astronomers sometimes find conflicting data when trying to answer a question. This is a normal part of the scientific process, and it simply means that more data is needed to prove or disprove the theory they are trying to test. One prominent example of conflicting data in recent exoplanet research was that of planet GJ 1132 b, which either had or didn’t have an atmosphere, depending on which data set was being used.

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Warped protoplanetary disks reshape existing ideas about how planets form

The textbook picture of how planets form—serene, flat disks of cosmic dust—has just received a significant cosmic twist.

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Chemists create new high-energy compound to fuel space flight

University at Albany chemists have created a new high-energy compound that could revolutionize rocket fuel and make space flights more efficient. Upon ignition, the compound releases more energy relative to its weight and volume compared to current fuels. In a rocket, this would mean less fuel required to power the same flight duration or payload and more room for mission-critical supplies. Their study is published in the Journal of the American Chemical Society.

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A blaze of glory: SpaceX’s starship goes the distance in tenth flight test

SpaceX executed the most successful flight test of its super-powerful Starship launch system to date, featuring Starship’s first-ever payload deployment and a thrilling Indian Ocean splashdown. Today’s 10th test flight followed three earlier missions that fell short of full success.

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The exposed core of this supernova is a head-scratcher

Stars have layers like onions, according to theory. The layers are made of different elements, progressing from light to heavy the deeper the layers are. While the theory is strong, observing the inner layers of a star has been basically impossible.

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Researchers propose heat engine that surpasses classical thermodynamic limits

A study published in Physical Review Letters (PRL) details a “Gambling Carnot Engine” that researchers report can attain 100% efficiency while also improving power generation.

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MRI technology inspires quantum advancement with 2D materials

The same technology behind MRI images of injury or disease also powers nuclear magnetic resonance (NMR) spectroscopy, which is used to analyze biological molecules for research on diseases and therapeutics. While NMR spectroscopy produces valuable data about the structure of molecules, the resolution is too low to sense individual atoms.

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Physicists create thin films that unite topological insulators and ferroelectric behavior

RIKEN physicists have created the first thin films featuring a special combination of electrical and topological properties. This demonstration could help to realize new forms of electronics that are highly energy efficient.

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Novel approach suppresses magnetic noise for the fast optical control of a coherent hole spin in a microcavity

Quantum technologies, devices that work by leveraging quantum mechanical effects, could outperform classical technologies in some fields and settings. The so-called spin (i.e., intrinsic angular momentum) carried by quantum particles is central to the functioning of quantum systems, as it can store quantum information.

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3D-printed superconductor achieves record performance with soft matter approach

Nearly a decade after they first demonstrated that soft materials could guide the formation of superconductors, Cornell researchers have achieved a one-step, 3D printing method that produces superconductors with record properties.

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At least 5 children injured in a shooting at Minneapolis Catholic school

The Minneapolis city government said the shooter had been “contained” after the gunfire at the Annunciation Church’s school, and there was no “active threat” to residents

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