Scientific Library http://www.scientific-library.net/ Wed, 08 Jun 2022 12:04:00 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.3 https://www.scientific-library.net/wp-content/uploads/2021/11/cropped-icon-32x32.png Scientific Library http://www.scientific-library.net/ 32 32 LETTER: Dissatisfied with the application of the scientific method | Letters to the Editor https://www.scientific-library.net/letter-dissatisfied-with-the-application-of-the-scientific-method-letters-to-the-editor/ Wed, 08 Jun 2022 12:04:00 +0000 https://www.scientific-library.net/letter-dissatisfied-with-the-application-of-the-scientific-method-letters-to-the-editor/

The Minnesota Department of Education uses the National Academy of Sciences’ “Framework for K-12 Science Education” to develop its standards. How do they prove that the age of the earth is greater than 4 billion years? ESS1.C. says, “Radioactive decay lifetimes and the isotopic content of rocks provide a means of dating rock formations and thus fixing the geologic time scale.” (page 178) They don’t go into detail on how it works.

In 2019, I asked the Minnesota Geological Survey how they knew the rocks were 3.6 million years old, which they reference on a bronze plaque in Ramsey Park in Redwood Falls.

They sent me two geochronology papers with extensive details on the use of high precision equipment (i.e. high resolution sensitive ion microprobe) with various techniques to determine age via the interpretation of the isotopic ratios in the zircon crystals in the granitic rock sample.

Then I asked how they knew:

1. The rock formation has remained a closed system throughout its history.

2. The initial concentration of the parent or daughter isotope.

3. Decay rates have not changed over billions of years.

4. All parent and daughter isotopes are evenly distributed in the rock formation.

I received a reply saying that geochronology tends to be built on multiple assumptions.

But multiple hypotheses cannot be confirmed by the scientific method and should not be presented as “facts” and cast in bronze for the indoctrination of the general public.

Geochronology was used to analyze lava rock from Mount Ngauruhoe in New Zealand known to be 60 years old; the various isotopic methods have resulted in dates ranging from 270,000 to 3.9 billion years ago.

If the earth was billions of years old, then its magnetic field should be gone by now, and we would be unprotected from harmful radiation. If we extrapolate the rate of decay of the field backwards, the earth would have been torn apart by intense magnetism only 10,000 years ago. Some of the planets have a similar situation.

The Minnesota Department of Education and the National Academy of Sciences need to follow the scientific method and give students a more honest assessment of this “Earth Age” science subject.

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The 10 Best Sci-Fi Remakes, According To Reddit https://www.scientific-library.net/the-10-best-sci-fi-remakes-according-to-reddit/ Tue, 07 Jun 2022 22:00:00 +0000 https://www.scientific-library.net/the-10-best-sci-fi-remakes-according-to-reddit/

No genre is as ripe for contemporary reinvention as science fiction, with Denis Villeneuve’s recent reboot of Frank Herbert’s epic Dunes setting the benchmark for cinematic retaliation. The nature of science fiction lends itself to malleability, and directors often approach a remake with the intention of putting a new spin on an already worn-out concept.

Naturally, however, a remake is always judged alongside its older iteration, and moviegoers on Reddit have given their thoughts on which sci-fi remakes match, or better yet, match the original.

RoboCop (2014)


Joel Kinnaman as Robocop

For many, the jury remains out on Jose Padhila’s 2014 remake of Paul Verhoeven’s classic dystopian thriller RoboCop. Critics at the time of release praised the film’s performances and action settings, but were also unimpressed with its clumsiness and the remake was considered unworthy of the critical stature offered to its predecessor.

VIDEO OF THE DAY

Related: 10 Things That Still Hold Up In RoboCop Today

However, some members of the Reddit community still think Padhila’s film is worth watching, especially for actor Gary Oldman’s performance. Reddit user Turtmcgirt also indicates that watching a remake such as RoboCop must be judged on its standalone merits, saying, “I loved it, sure, it wasn’t as graphic as the original, but I didn’t buy a ticket for that movie to watch the ‘original.”

Dredd (2012)


Dredd points a gun at Dredd

With a screenplay by none other than Alex Garland, Pete Travis’ 2012 remake Judge Drdd was a critical and commercial success. The concept for Travis’ remake was a far cry from Danny Canon’s 1995 adaptation of the titular comic book favorite. Travis and Garland’s film was a gritty, gritty thriller that yearned to move away from the cheesiness of Canon’s film.


The consensus of critics and fans aligned with the assessment of Dredthough many in the Reddit community still have a lot of love for Canon’s 1995 adaptation. But with its jaw-dropping action, 2012 Dred is considered by many to be the best film. Reddit user PvtHudson093 cuts to the chase when comparing the two films, simply saying, “Dredd is way better than Judge Dredd.”

Total Recall (2012)


Len Wiseman’s Retaliation from Paul Verhoeven’s classic 1990 film, Total recallsuffered similar critical backlash as Jose Padhila RoboCop as soon as it comes out. Contemporary revamps of dystopian thrillers from the late ’80s and early ’90s were clearly trending in 2012, but many moviegoers on Reddit consider remakes to be underrated to say the least.


Related: Total Recall & 9 Other 21st Century Remakes That Aren’t As Bad As The Reviews

Reddit user badguy68 echoed the sentiment of the majority of fans of the original film who were willing to give the Wiseman remake a chance based on their own individual strengths, saying, “I liked the new Total recall too. I wish the story was as good as the first but (it had) awesome visuals and action. Total recall remake was a decent update to its predecessor and shouldn’t be easily dismissed.

Invasion of the Body Thieves (1978)


Donald Sutherland screaming at the end of Invasion of the Body Snatchers.

Philip Kaufman’s 1978 adaptation of Jack Finney’s famous 1955 novel, body thieves, is considered by several Reddit users to be one of the best movie remakes of all time. With Donald Sutherland and Leonard Nimoy, Invasion of the Body Thieves has achieved nothing less than cult classic status among moviegoers and is widely considered superior to its 1956 predecessor of the same name directed by Don Siegel.


Reddit user gf120581 offers strict superlatives when describing Kaufman’s remake, saying “the 1978 version of The invasion of the body thieves is one of the greatest remakes of all time for many reasons, but looking at it, one of its best features are the creepy little touches at the start.” Kaufman’s Invasion of the Body Thieves has stood the test of time to remain one of the most beloved sci-fi remakes.

Rise of the Planet of the Apes (2011)


Andy Serkis as Caesar in Rise Of The Planet Of The Apes

Before Matt Reeves’ flagship sequel in 2014, Dawn of the Planet of the Apes, stamped on Planet of the Apes franchise with classic status, Rupert Wyatt’s remake of the original 1968 classic gave the well-known sci-fi origin story a much-needed revamp for the modern age. Wyatt’s film is widely seen as an update to Tim Burton’s problematic 2001 remake of Planet of the Apes.


Reddit user Shatonamime writes how impressed they are with Wyatt and Reeves’ efforts, saying, “To go up and Dawn are pretty unique stories themselves. Explicitly not borrowing from any previous film. I have to say that I’m a fan of those movies because I try to have a strong story and strong characters to fill it out.” Rise of the Planet of the Apes revitalized a waning franchise and laid the foundation for a classic trilogy of films.

The Fly (1986)


Director David Cronenberg obviously has a habit of revisiting pre-existing material since he recently remade his own film, crimes of the future, which premiered at Cannes in May 2022. Cronenberg’s remake of the lesser-known 1958 film, Fly, directed by Kurt Neumann, was an instant body horror classic when it was released in 1986.

Related: David Cronenberg’s Scariest Movies, Ranked

Fans on Reddit are quick to cite Cronenberg’s seminal 1986 film as one of the best sci-fi remakes, with one user saying, “This is really awesome, one of my favorite Cronenberg movies. Jeff Goldblum y is brilliant. It’s scary and sad, one of the best horror movies. You actually care about the main character.”

War of the Worlds (2005)


Steven Spielberg’s remake of the 1953 film of the same name, based on the popular science fiction novel by HG Wells, received a lukewarm reception from audiences and critics upon its release. Unlike many of his contemporary action films, Spielberg War of the Worlds was an intensely emotional film that focused more on family drama than the aliens themselves.

The appreciation for Spielberg’s underrated masterpiece has not been lost on the Reddit community, with Redditor Orefeus saying, “It was such a fun watch! You may notice the green screen at first, but the movie sucked me in and after 10-15 mins you stop looking for it.Such a fun watch for a lazy Sunday afternoon/evening.

Mad Max: Fury Road (2015)


tom hardy in mad max fury road

Whether Mad Max: Fury Road is technically a remake or simply the fourth installment of the madmax franchise is a subject of debate. The 2015 George Miller film has many standalone qualities, however, and is nonetheless a thrilling, jaw-dropping journey from minute one to the last and is considered one of the best films of the 2010s.


Reddit users are virtually unanimous in their appreciation of Miller’s film and Rikimaru is adamant in their support for the film, saying “Masterpiece is as I describe it too. Occasionally I’ll casually throw it away and enjoy it at new”. Mad Max: Fury RoadThe endless appeal of makes it ripe for repeat viewings.

Dunes (2021)


A Bene Gesserit woman with glowing blue eyes.

David Lynch’s original 1984 adaptation of Frank Herbert’s sci-fi epic novel, Dunes was a notorious critical failure upon release, and many fans of Herbert’s novel have long yearned for a remake that does justice to the complex and outlandish world of the source material. Luckily, Denis Villeneuve’s 2021 remake did just that, and more.

Aside from a select few, most Redditors agree that Villeneuve’s remake is a substantial improvement over Lynch’s problematic original adaptation, with one user saying, “I think the new Dune is better than the original.” Lynch’s bloated original struggled to match Villeneuve’s ambitious remake and with Part 2 coming soon, fans are expecting more of the same.

The Thing (1982)


Kurt Russell in The Thing

John Carpenter The thing gave terrifying new life to Christian Nyby’s classic 1951 sci-fi horror, The thing from another world, upon its release in 1982. Although it received largely negative reviews upon its first theatrical screening, Carpenter’s film has aged well and is now considered a staple classic in the horror genre.

The movie poster can be seen on the walls of most homes and movie buffs and its iconic design has long been a defining image of horror movie marathons. The Reddit community is also very impressed with Carpenter’s masterpiece, with writers proclaiming “The Thing (1982) to be one of my favorite films of all time”.

Next: 10 Best Sci-Fi Movies Of All Time According To Ranker

Thor Love and Thunder Trailer Features Gorr New Dialogue

Thor: Love & Thunder Trailer Reveals New Gorr Dialogue


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Scientific News | Research: Using a new cell delivery method to help cells adhere https://www.scientific-library.net/scientific-news-research-using-a-new-cell-delivery-method-to-help-cells-adhere/ Tue, 07 Jun 2022 17:50:27 +0000 https://www.scientific-library.net/scientific-news-research-using-a-new-cell-delivery-method-to-help-cells-adhere/

Washington [US], Jun 7 (ANI): According to the results of research conducted by the College of Engineering at Carnegie Mellon University, cell therapies have long been considered an alternative treatment option for patients with various diseases caused by organs and tissues. heart failure, including heart attack, diabetes, corneal blindness and cystic fibrosis. Although excellent in theory, in practice these therapies have limited clinical success in many applications due to low cell viability after injection, as well as poor retention at the injection site and graft. in damaged tissue.

Ongoing research by BME’s Rachelle Palchesko and Adam Feinberg explores the use of a new method of cell delivery to help cells stay where they’re needed most.

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Bad Bunny and Tyler, the creator… – Pop Crave’s latest tweet.

More than 50,000 corneal transplant procedures are performed in the United States each year, an impressive statistic that exceeds the number of transplants of all other solid organs combined. In new research published in Communications Materials, researchers from CMU and the University of Pittsburgh propose using a small shrink-wrapped packet of corneal endothelial cells as a potential alternative to corneal transplantation when a low cell density endothelial is the cause of corneal blindness.

The corneal endothelium (CE) is a single layer of cells that lines the back surface of the cornea and is responsible for maintaining the thickness and clarity of the cornea. Nearly half of all corneal transplants come from EC failure, primarily due to loss of cells that cannot replicate to repair damage or injury.

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Although some treatments for EC failure exist, chronic rejection and the limited supply of donors have motivated the development of new methods to inject EC cells to repopulate the corneal endothelium and restore function. Until now, most approaches required the existing CE to be removed by scraping or cryo-injuring the cornea to provide a place for the delivered cells to attach.

“You can imagine that if you try to take a healthy cell and put it in a hostile tissue, it doesn’t want to stay there,” explained Rachelle Palchesko, a researcher at the special faculty of biomedical engineering. “We had a benchmark for the effective application of shrink-wrapped cells in the cornea based on work done by a group in Japan, and we knew we could improve on it. We were able to show that we can wrap cells efficiently and integrate them into tissues at high density, without inducing injury or eliminating cells.Our technology can improve cell therapies and help cells stay where we want them.

The group’s technique uses retractable micro-patterned islands of corneal endothelial cells in a basement membrane-like extracellular matrix layer that allows cells to maintain their cell-cell junctions and cytoskeletal structure in suspension. In a series of studies, the small cell bundles showed an ability to rapidly engraft into high-density intact corneal endothelial monolayers in in vitro and in vivo model systems.

“Most of my research has focused on the treatment of corneal blindness, but we believe this technology has great potential to be applied to other areas of the body,” Palchesko said. “Our lab group is studying how to apply this technology to treat cystic fibrosis or deliver cells after a heart attack.”

“Imagine if organ failure could be prevented with a simple injection into the affected tissue instead of waiting for a transplant that might never come,” said Adam Feinberg, professor of biomedical engineering and materials science and engineering. . “This is the truly exciting potential of the technology as it is developed and validated. And we are grateful for the support of the National Institutes of Health and the Cystic Fibrosis Foundation in funding this research.”

Palchesko added, “It’s a simple and effective technology — it’s not overly designed; we just pack these cells in small packages. I think we can go further and help a lot of people. Cell therapies have long been considered an alternative treatment option for patients with various diseases caused by organ and tissue failure, including heart attack, diabetes, corneal blindness and cystic fibrosis. Although excellent in theory, in practice these therapies have limited clinical success in many applications due to low cell viability after injection, as well as poor retention at the injection site and graft. in damaged tissue. Ongoing research by BME’s Rachelle Palchesko and Adam Feinberg explores the use of a new method of cell delivery to help cells stay where they’re needed most.

More than 50,000 corneal transplant procedures are performed in the United States each year, an impressive statistic that exceeds the number of transplants of all other solid organs combined. In new research published in Communications Materials, researchers from CMU and the University of Pittsburgh propose using a small shrink-wrapped packet of corneal endothelial cells as a potential alternative to corneal transplantation when a low cell density endothelial is the cause of corneal blindness.

The corneal endothelium (CE) is a single layer of cells that lines the back surface of the cornea and is responsible for maintaining the thickness and clarity of the cornea. Nearly half of all corneal transplants come from EC failure, primarily due to loss of cells that cannot replicate to repair damage or injury.

Although some treatments for EC failure exist, chronic rejection and the limited supply of donors have motivated the development of new methods to inject EC cells to repopulate the corneal endothelium and restore function. Until now, most approaches required the existing CE to be removed by scraping or cryo-injuring the cornea to provide a place for the delivered cells to attach.

“You can imagine that if you try to take a healthy cell and put it in a hostile tissue, it doesn’t want to stay there,” explained Rachelle Palchesko, a researcher at the special faculty of biomedical engineering. “We had a benchmark for the effective application of shrink-wrapped cells in the cornea based on work done by a group in Japan, and we knew we could improve on it. We were able to show that we can wrap cells efficiently and integrate them into tissues at high density, without inducing injury or eliminating cells.Our technology can improve cell therapies and help cells stay where we want them.

The group’s technique uses retractable micro-patterned islands of corneal endothelial cells in a basement membrane-like extracellular matrix layer that allows cells to maintain their cell-cell junctions and cytoskeletal structure in suspension. In a series of studies, the small cell bundles showed an ability to rapidly engraft into high-density intact corneal endothelial monolayers in in vitro and in vivo model systems.

“Most of my research has focused on the treatment of corneal blindness, but we believe this technology has great potential to be applied to other areas of the body,” Palchesko said. “Our lab group is studying how to apply this technology to treat cystic fibrosis or deliver cells after a heart attack.”

“Imagine if organ failure could be prevented with a simple injection into the affected tissue instead of waiting for a transplant that might never come,” said Adam Feinberg, professor of biomedical engineering and materials science and engineering. . “This is the truly exciting potential of the technology as it is developed and validated. And we are grateful for the support of the National Institutes of Health and the Cystic Fibrosis Foundation in funding this research.”

Palchesko added, “It’s a simple and effective technology — it’s not overly designed; we just pack these cells in small bundles. I think we can go further and help a lot of people. (ANI)

(This is an unedited and auto-generated story from syndicated newsfeed, LatestLY staff may not have edited or edited the body of the content)

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New all-optical switching method makes optical computing and communication systems more energy efficient https://www.scientific-library.net/new-all-optical-switching-method-makes-optical-computing-and-communication-systems-more-energy-efficient/ Mon, 06 Jun 2022 22:16:08 +0000 https://www.scientific-library.net/new-all-optical-switching-method-makes-optical-computing-and-communication-systems-more-energy-efficient/ Photonics researchers have introduced a new method to control a beam of light with another beam through a single plasmonic metasurface in a linear medium at very low power. This simple linear switching method makes nanophotonic devices such as optical computing and communication systems more durable requiring low light intensity.

All-optical switching is the modulation of the signal light due to the control light in such a way that it has the ON/OFF conversion function. In general, a light beam can be modulated by another intense laser beam in the presence of a nonlinear medium.

The switching method developed by the researchers is fundamentally based on the quantum optical phenomenon known as refractive index enhancement (EIR).

“Our work is the first experimental demonstration of this effect on the optical system and its use for linear all-optical switching. The research also enlightens the scientific community to obtain loss-compensated plasmonic devices operating at resonant frequencies through enhancement extraordinary refractive index without using any gain media or non-linear processes,” says Humeyra Caglayan, Tenure Track Associate Professor of Photonics at the University of Tampere.

Optical switching enabled with ultra-fast speed

High-speed switching and low-loss medium to avoid high signal dissipation during propagation are the basis for the development of integrated photonics technology where photons are used as information carriers instead of electrons. To realize ultra-fast on-chip all-optical switching networks and photonic CPUs, all-optical switching must have ultra-fast switching time, ultra-low threshold control power, ultra-high switching efficiency, and feature size at the nanometer scale.

“Switching between signal values ​​of 0 and 1 is fundamental in all digital electronic devices, including computers and communication systems. Over the past decades, these electronic elements have become progressively smaller and faster. For example, ordinary calculations performed with our computers on command of seconds could not be done with old room-sized computers, even in several days!” Caglayan’s remarks.

In conventional electronics, switching relies on controlling the flow of electrons on the microsecond (10-6 sec) or nanosecond (10-9 sec) range by connecting or disconnecting the electrical voltage.

“However, the switching speed can be scaled up to an ultra-fast time scale (femtosecond 10-15 sec) by replacing electrons with plasmons. Plasmons are a combination of photons and a collection of electrons on the surface of metals. This allows optical switching with our device with femtosecond (10-15 sec) speeds,” she says.

“Our plasmonic nano-switch consists of an L-shaped combination of metal nanorods. One of the nanorods receives a linearly polarized signal and the other receives another linearly polarized ‘control’ beam perpendicular to the first beam,” Rakesh explains. Dhama, postdoctoral researcher. , the first author of the article.

Polarization means the direction in which the electric field of the beam oscillates. The control beam can attenuate or amplify the signal depending on the phase difference between the beams. Phase difference refers to the time difference when each beam reaches its maximum intensity. Signal amplification occurs due to the transfer of some optical energy from the control beam to the signal through constructive superimposition with a carefully designed phase difference.

Improved performance of plasmonic devices

Similarly, signal attenuation is achieved by destructive superposition when the beams have an opposite phase shift. This discovery makes nanophotonic devices such as optical computing and communication systems more durable requiring low light intensity. This simple linear switching method can replace current optical processing, computing, or communication methods by accelerating the development and realization of nanoscale plasmonic systems.

“We expect to see further studies of plasmonic structures using our improved switching method and possibly the use of our method in plasmonic circuits in the future. Additionally, the L-shaped metasurface could be studied further. before to reveal ultra-fast switching under the illumination of femtosecond laser pulses and to study nonlinear enhancement and control of plasmonic nanoparticles,” notes Humeyra Caglayan.

Nonlinear response control of nanostructures offers even more exciting applications and functionality to nanophotonic devices such as optical computing and communication systems.

“This approach also has the potential to improve the performance of plasmonic devices by creating broadband transparency for a signal beam without any gain medium. It can open multiple ways to design smart photonics for integrated photonics,” she points out.

The research received funding from the H2020 European Research Council (Starting Grant project aQUARiUM, Academy of Finland Flagship Program (PREIN) and H2020 Research and Innovation Program (Marie Sk?odowska-Curie MULTIPLY).

The research was carried out by Metaplasmonics Research Group members Rakesh Dhama, Tuomas Pihlava, Dipa Ghindani and Humeyra Caglayan at TAU ​​and visiting researcher Ali Panah Pour.

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Enter Mapimi’s Zone of Silence: Where Science Fiction Meets Reality https://www.scientific-library.net/enter-mapimis-zone-of-silence-where-science-fiction-meets-reality/ Sun, 05 Jun 2022 10:00:50 +0000 https://www.scientific-library.net/enter-mapimis-zone-of-silence-where-science-fiction-meets-reality/

Welcome to the Mapimi zone of silence: you are alone

Once upon a time in 1970, a military training rocket accidentally derailed and invaded Mexican airspace. Landing somehow hundreds of miles off course, the rocket buried itself in the desert region of Durango, Mexico. Because of this, it triggered a huge government search mission to an area called the Mapimi Zone which turned out to have little or no ability to connect to the outside world.

What most people didn’t know was that the rocket actually contained two small containers of Cobalt 57, a radioactive element. Secret specialists arrived to find the rocket and secure its contents, which took about three weeks.

Once they found the wreckage, the government made a road to transport the remains, plus a small amount of contaminated soil. This activity alone created a buzz with locals about what was going on.

However, this was not the first recorded incident of something strange happening in the Zone of Silence.

Mexico’s “Bermuda Triangle”

Image: @eder_lom on Instagram

The first recorded report of strange occurrences in the Mapimi area was made by a pilot in the 1930s. As he flew over the area, he noticed that his radio suddenly stopped working. Since then, many visitors to the area – including official sources – say that gadgets tend not to work there anymore.

Yes, it’s true. Supposedly, the Zone of Silence is more than just a dramatic name. Communication is regularly interrupted and much of the technology breaks down once you cross a certain area on this earth.

Similar reports abound with the Bermuda Triangle. What is fascinating is that the Zone of Silence and the Bermuda Triangle both exist between parallels 26 and 28. Is this a coincidence, or is there something strange with these coordinates that no one has been able to determine?

An Abundance of Meteorites Links Mapimi to the Stars

mapimi area
Image: @eder_lom on Instagram

Throughout the 20th century, the region had a lot of meteorite activity. In fact, large meteorites have landed in southern Chihuahua, right next to the Zone. Two fell on the same ranch; one in 1938 and another in 1954.

Meteors don’t come and go either. They tend to make a lot of noise, like a third meteorite that fell in 1969. Just west of the Allende Valley, this massive event emitted a large firmament light, which people saw for miles . Also, the noise was so loud and disturbing that it broke the windows.

Because of this and other strange occurrences, scientists from all over the world began to take an interest in the area.

…and some also believe in other forms of life

mapimi silence zone
Image: @antarianus on Instagram

When it comes to places like this, there will always be conspiracy theorists. However, in this case, the theories are very specifically related to extraterrestrial activity. People who visited (especially people who got lost) reported seeing large, blond, human-looking creatures. All they ask for is water, and when asked where they are from, they say “above”. However, once they have an interaction, they vanish into thin air without even leaving a footprint.

Locals call people who flock to the area to find aliens “silencios” and “zoneros.” One story tells of a car full of conspiracy theorists stopping a local on the road and asking him where to find the Quiet Zone.

He responded by telling them to drive ahead and look for where the Martians are jumping from one side of the road to the other. They thanked him (without laughing) and continued on their way.

Visit the Mapimi Zone of Silence

mapimi silence zone
Image: @dwoongr on Instagram

The best time to visit the mapimi area is between November and May. It’s dry season in the region, and you’re sure to get that ‘desert experience’. Many people try to visit to research aliens and paranormal experiences.

In fact, so many people are interested in the area that different tourism opportunities have presented themselves throughout the year. People saw how rumors of the area attracted curious people, and they tried to maximize the opportunities.

Things to do

mapimi silence zone
Image: @elviajeromagico on Instagram

The area is truly remote, but one of the most popular things to do is to hire a guide and take a tour of the area. Some locals have been there for years and have incredible stories to tell.

For example, a man who runs a local ranch said he saw a light appear overhead when he was 12 years old. He and his brother had been exploring, and when they returned to their ranch, they realized they had lost two hours.

In addition to exploring areas where your cel reception will be jammed, you can also discover an abandoned hacienda that was abandoned during the Mexican Revolution.

It is an Ecologically Rich Area

mapimi silence zone
Image: @eder_lom on Instagram

To add to the lore surrounding the Zona de Silencia, there are a whole bunch of weird animals and plants in the area.

Stories of flora and fauna mutations include a beautiful purple cactus that wouldn’t exist anywhere else and a rare version of the desert tortoise. Little known fact: This Gopherus tortoise is the largest land reptile in North America and is also endangered.

In addition to unique plants and animals, there are also hot springs tucked away in a cave.

So really, on top of all the alien rumors and tech jamming in the Bermuda Triangle in Mexico, there’s also some really cool stuff going on.

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The 369 Manifestations Method: How to Make Your Therapy Sessions Work https://www.scientific-library.net/the-369-manifestations-method-how-to-make-your-therapy-sessions-work/ Sun, 05 Jun 2022 03:42:30 +0000 https://www.scientific-library.net/the-369-manifestations-method-how-to-make-your-therapy-sessions-work/ Psychologist Nancy Sokarno walks us through the 369 Manifestations Method and how to get the most out of your therapy sessions.

There’s a new mindfulness practice on the block and it merges visualization and manifestation to help reframe your thoughts into a more positive state of mind. Lysn psychologist Nancy Sokarno walks us through the 369 method to see if that’s all it’s supposed to be.

In life, we cannot control what happens to us, but we can control how we react. A positive response to life’s stress and uncertainty can help if you can learn to see things from a different perspective.

And a method that claims to help you do that has been circulating on social media called the 369 method, Body + Soul reports.

For more stories like this go to bodyandsoul.com.au

What is the 369 method?

The 369 Method is a technique that is considered a powerful way to manifest things into existence. This highlights the belief that certain numbers have specific powers and can speed up the manifestation process.

Grabbing worldwide attention through TikTok, it’s a form of spiritual enlightenment that uses numbers to focus on what you want in life. TikTok users say the 369 method brings them money, new relationships, a new job, and pay rises.

The 369 Method is very similar to ideas found in “The Secret” or “The Law of Attraction” that you use manifestation to get what you want in life. Manifestation is the notion that we can transform an idea into reality through our thoughts, intentions, beliefs, and general state of mind. The idea is that we focus on the things we desire and can attract them through what we think, say and do.

What are the origins of the 369 method?

Method 369 was originally inspired by scientist (and inventor, electrical engineer, mechanical engineer, and futurist) Nikola Tesla.

Tesla is best known for his contributions to the design of the modern AC power system. He was also known for his spiritual enlightenment and noted the numbers 3, 6 and 9 as “divine numbers”.

He was quoted as saying, “If you knew the magnificence of the numbers 3, 6, and 9, you have the key to the universe.”

But while Method 369 was inspired by Tesla, it was created and introduced to the public by Karen Yee, an expert in Law of Attraction methodology.

How does the 369 method work?

According to social media posts, to practice the 369 method, you need to set clear intentions about what you want, focus on the things you desire, and finally (and hopefully) attract them into your universe by using the power of numerology. .

The technique suggests that you should write down your desires in a sequence of 3, 6, and 9. Although it may seem like a very simple thing to do, the trick is to focus your mind on those things while you are. write, imagine them happening and give positive energy to those thoughts. The method says you don’t have to think about how it’s going to turn out, just to imagine it goes.

According to publications on the 369 method, the first step is to choose a goal, desire or dream that you want to achieve in your life. Although it says you can work on multiple desires at once, it’s supposed to be best to start with one goal and be specific, not vague.

The second step suggested is the process of writing down these desires in the morning. The method suggests writing them down three times a day – morning, noon and evening, for 45 days. In the morning, you must write down your desires three times. Ideally, you would do this in a dedicated process journal and keep it handy, so you can keep practicing.

The third step is to write them at noon, but this time write them six times.

The fourth step is to write them at night, but this time write them nine times.

Can the 369 method help you stay positive?

The 369 Method can involve lots of positive thinking, goal setting, and manifesting to bring what we want into our lives. The technique aligns with the positive affirmations tactic which is a popular technique sometimes used in cognitive behavioral therapy. This focuses on replacing a person’s existing thoughts that may be false and detrimental to their own sanity, with thoughts that positively affirm their own worth.

The psychological theory behind positive affirmations is described in the Psychology of assertiveness by Claude Steele. This theory focuses on how individuals adapt to information or experiences that threaten their self-image. He suggests that when a person engages in activities that will promote the values ​​and beliefs that are central to a person’s identity, it will also help promote self-integrity.

It’s a process of trying to train your brain to believe what you say and stop that negative inner voice. It can help people who have a negative disposition or poor self-image where they can try to reverse it by continually reaffirming positive statements to themselves.

What do you think of assertiveness and manifestation theories?

In my opinion, we really need to be wary of techniques like this. The problem is that they are not supported by science. Most experts (myself included) tend to dismiss the 369 method as an illegitimate technique. However, some components of techniques similar to this one might ring true (and for some, help them stay positive).

Overall, however, I would liken this technique to what is called a self-fulfilling prophecy in which we have an expectation about our future that manifests because we believe it will and our behaviors that result line up to fulfill this belief.

For example, if one of your 369 methods saves $1,000 in three months, your attitude and actions could make your prediction come true. You are more likely to be mindful of your spending habits and will begin to focus on saving during this time. You’ll naturally gravitate toward a money-saving option, like buying a private label item at the supermarket or ignoring the urge to buy that new dress.

Writing down your goal several times a day will certainly act as a constant reminder to work towards what you are manifesting.

Nancy Sokarno is a psychologist at Lysn. Lysn is a digital mental health company with world-class wellness technology that helps people find their best-suited professional psychologist while being able to access online tools to improve their mental health. www.welysn.com.

This story originally appeared on Body + Soul and has been reproduced with permission

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Is it a lie? New scientific method to detect the truth https://www.scientific-library.net/is-it-a-lie-new-scientific-method-to-detect-the-truth/ Sat, 04 Jun 2022 19:41:42 +0000 https://www.scientific-library.net/is-it-a-lie-new-scientific-method-to-detect-the-truth/

UN Security Council faces new draconian demands for reform after failing to prevent Russian invasion of Ukraine; seen here in a September 2017 photo of the Council Chamber in New York – Copyright AFP JANEK SKARZYNSKI

How do you know if someone is lying? Often there are telltale mannerisms or blushing, constant eye contact, etc. However, there are many who are adept at hiding their ability to spout lies. This becomes more problematic in life or death cases.

Unmasking liars by distraction is the basis of a new method of lie detection. The method shows that lie tellers who are asked to perform several tasks during an interview are easier to spot.

Research from the University of Portsmouth relies more on the psychological than the physical, in order to weed out serial liars. At the heart of this is the fact that lying during interviews consumes more cognitive energy than telling the truth.

The new research builds on this and establishes that investigators who have used this finding to their advantage by asking a suspect to perform an additional, secondary task while being questioned are more likely to expose the lietellers.

Indeed, the extra brain power needed to focus on a secondary task (other than lying) becomes much more difficult for lietellers.

This has been proven by a study. For the experiment, a secondary task was selected. The secondary task used in this experiment was to recall a seven-digit car registration number. However, the reaction to this secondary task was only effective if the lietellers were informed of its importance. Then, the process of dividing attention between making a statement and a secondary task provided sufficient behavioral differences for the researchers to successfully select liars and non-liars in a test group.

To show this, a study was conducted with 164 participants. The subjects were first asked to give their level of support or opposition on various social issues that were in the news. They were then randomly assigned to a truth or lie condition and asked about the three topics that mattered most to them. Truth tellers were instructed to report their true opinions while lie tellers were instructed to lie about their opinions during interviews.

Those who performed the secondary task were given a seven-digit registration number and had to remind the interviewer. Half of them received additional instructions that if they could not remember the car’s registration number during the interview, they could be asked to write down their opinions after the interview.

Participants were given the opportunity to prepare for the interview and were told that it was important to be as persuasive as possible during interviews (this was prompted by participants to believe they were entered into a draw by lot).

Detection was successful because the process also reduces the ability of liars to think what to say, and therefore engage in behaviors to avoid detection. From there, in situations, the possibility of thinking becomes less, truths often seem more plausible than lies.

The results revealed that the lietellers’ stories seemed less plausible and less clear than the truthtellers’ stories, especially when the lietellers were given the secondary task and told it was important.

The search appears in International Journal of Psychology and Behavior Analysistitled “The Effects of a Secondary Task on True and False Opinion Statement”.

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A new way to fight malaria turns the disease against itself https://www.scientific-library.net/a-new-way-to-fight-malaria-turns-the-disease-against-itself/ Fri, 03 Jun 2022 23:17:00 +0000 https://www.scientific-library.net/a-new-way-to-fight-malaria-turns-the-disease-against-itself/

A new method of fighting malaria that sees the disease turning on itself could provide effective treatment for the hundreds of millions of people infected each year around the world, as the effectiveness of current antimalarial drugs wanes.

Research led by the University of Melbourne published today in Science identified an anti-malarial compound, ML901, which inhibits the malaria parasite but does not damage cells in mammals – humans or other mammals.

Co-lead author Professor Leann Tilley, from the University of Melbourne’s Bio21 Institute, said the compound ML901 effectively made the parasite the agent of its own demise, which underlies its potency and its selectivity.

ML901 works by an unusual reaction diversion mechanism.


Imagine a stealth weapon that can be used to launch a self-destruct attack on your vehicle – slamming on the brakes and cutting out the engine. ML901 finds a particular flaw in the machinery that the malaria parasite uses to generate the proteins necessary for its reproduction and prevents it from doing so.


Although there is a lot of work to be done to refine what we have discovered, these results are really encouraging in the search for new antimalarials.”


Professor Leann Tilley, Bio21 Institute, University of Melbourne

In collaboration with Takeda Pharmaceuticals, Medicines for Malaria Medicine – the leading international organization for the development of antimalarial drugs – and research laboratories on five continents, tests were carried out using molecules provided by Takeda, in during which compound ML901 was identified.

Once ML901 entered the parasite, it attached itself to an amino acid and attacked the protein synthesis machinery from within, quickly immobilizing the parasite. The molecular structure of human cells means that they are not susceptible to attack by ML901.

In tests using both human blood cultures and an animal model of malaria, the team found that ML901 killed malaria parasites resistant to currently used drugs and showed rapid and prolonged action resulting in excellent parasite clearance.

Professor Tilley said the compound has shown activity against all stages of the life cycle, meaning it could be used to prevent malaria infections as well as treat the disease.

“It also shows potential for preventing infected people from transmitting the disease to others, which is critical to stopping the spread of malaria.”

Each year, at least 200 million new malaria infections are diagnosed worldwide, causing more than 600,000 deaths in Africa and Southeast Asia. Over the past 50 years, ever-increasing levels of antimalarial drug resistance have led to a looming crisis, with breakthrough drugs desperately needed.

Professor Tilley said that based on these findings, the team was ready to pursue the development of new antimalarial drug candidates.

“We believe this is just the beginning. We now have the potential to find drugs, similar to ML901, that target a range of deadly infectious diseases, including multidrug-resistant bacterial infections. The work opens up several new avenues of drug discovery.

Source:

Journal reference:

Xie, SC, et al. (2022) Tyrosine tRNA synthetase reaction hijacking as a new life cycle antimalarial strategy. Science. doi.org/10.1126/science.abn0611.

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Bionic weapons developed at U bring science fiction into the realm of fact – WCCO https://www.scientific-library.net/bionic-weapons-developed-at-u-bring-science-fiction-into-the-realm-of-fact-wcco/ Fri, 03 Jun 2022 22:00:00 +0000 https://www.scientific-library.net/bionic-weapons-developed-at-u-bring-science-fiction-into-the-realm-of-fact-wcco/

MINNEAPOLIS (WCCO) — This story may sound like science fiction, but it’s reality, and it’s created in Minnesota.

We’ve all seen the fantasy-based images, like Luke Skywalker or the Terminator, of bionic beings. But now, thanks to a few penny-sized chips installed in the University of Minnesota’s engineering lab, the fantasy has become reality.

It comes in the form of a robotic arm designed for people who have lost theirs, like Cameron Slaven who lives in Texas.

“It was pretty awful, it was a factory incident,” Slaven said. “I was working with a machine and it basically crushed my hand and part of my arm and they had to amputate me.”

He heard about a lawsuit at U of M with Jules Anh Tuan Nguyen and his teacher Zhi Yang; they started the research 10 years ago in Singapore.

“They are amazing. The work they do is out of this world, bordering on the miraculous,” Slaven said.

Slaven was frustrated with the current electric arms which are controlled by muscles that have to be triggered by him, making certain movements difficult. Those created at the U are connected to the nerves.

“The computer and the mind interact, understand each other, and it will allow the patient (to be able) to control the prosthesis in a natural way. So, it is a natural movement; they can move their natural arm with just their brain”, explained Nguyen.

They use artificial technology similar to that which does facial recognition to interpret what the brain is saying and tell the hand what to do.

Nguyen says the new technology reads the patient’s mind, and quickly. The brain sends information to a neuro-interface. It’s translated with the AI, then the hand moves, and it all happens in 10 milliseconds.

After a dozen trips to the Twin Cities, it happened for Slaven. Nguyen says it was emotional for everyone.

“We call it ‘five finger day’, it’s the day we got it working properly,” he said.

Also a day that gave Slaven improved mobility – and hope.

“It was so exciting and so fun to be a part of, it really was. I don’t know another word. But it’s bigger than that. It’s fun and reassuring and it’s exciting and it’s just on an emotional level,” Slaven said. “It’s just awesome, it’s awesome. In a word, it’s just awesome.

The technology is just taking hold and it is hoped that the industry will catch up.

“We were joking that it’s going to cost you an arm and a leg,” Nguyen says. “At least $100,000 per model.”

For now, however, they will continue to experiment with people like Slaven, whose fantasy is already coming true.

“I don’t know how to say thank you enough that they’re trying and taking leaps and bounds,” Slaven said.

Anyone interested in joining the study Slaven is a part of in the future can contact Edward Keefer or call 858-205-0206.

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14-year-old student from Waltham publishes his first science fiction novel https://www.scientific-library.net/14-year-old-student-from-waltham-publishes-his-first-science-fiction-novel/ Fri, 03 Jun 2022 17:42:31 +0000 https://www.scientific-library.net/14-year-old-student-from-waltham-publishes-his-first-science-fiction-novel/

WALTHAM, MA — Fourteen-year-old eighth-grade student Luke Schumacher at McDevitt Middle School in Waltham has released his first full-length novel.

It’s just a headache, released on May 28, tells the story of Adam Johnny Cox, a teenager who is plagued by extremely painful headaches, terrifying visions and nightmares. Inspired by Madeline L’Engle A shortcut in timeit’s not just a sci-fi novel, but also a story about the things that make college, well, college.

“I started writing this story in fifth grade with a few of the same characters, and then decided to adapt it into a play,” Schumacher said. “Nothing ever happened to the play, but I decided I wanted to do more. It took four months to write, then 11 months to edit and publish.”

“There is something in science fiction that influenced me, like the tesseract [the phenomenon of folding the fabric of space and time] in A wrinkle in Time,” he continued. “I was thinking of [what would happen] if they did something like that to someone who didn’t want it.”

Schumacher said he was grateful to his past and current English teachers, Rachael Hershon and Emily Whipple, for their help during the writing process.

“Mrs. Hershon let me stay after school and work there at first,” Schumacher said. “She even read my entire book and gave me feedback. Mrs. Whipple was mad about her promotion and put a countdown on her board. Now they want me to speak at English lessons from sixth grade. It was crazy for me, I never expected it once when I wrote this book.”

According to Schumacher’s parents, David Schumacher and Tricia O’Connell, Schumacher did this project all by himself. He figured out how to find a cover designer, distributor, and publisher, format it, and hire an editor, and largely used his own money to pay for it.

“Obviously we couldn’t be prouder and hope he keeps writing,” O’Connell said. “People often think, ‘How did he have time to do that?’ But that’s the silver lining of Covid. Luke would sit down and say I’m going to write 500 words a day and it gave him something to focus on during a time of solitude.”

“We’re really happy that he found something productive to do during this time,” said David Schumacher. “It’s a project that he really researched, and it’s not just about the story, but also about the children and their relationships with each other and the way they think and dream and interact. , and to me, that’s just as much a valuable part of it as anything.”

Luke Schumacher said he plans to continue writing as he grows up. He does not plan to write a sequel to It’s just a headachebut is currently working on a play and considering a career in writing.

“It’s crazy to be able to have all these opportunities since the book came out,” he said. “So many people buy it and ask about it, it comes out of my school, adults and kids read it, and just being able to go to a news site like this is insane.”

It’s just a headache is available for purchase here.

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