News.Life

Scientists Reveal "Vast City" Buried Beneath Egypt's Giza Pyramids

Unknown archaeologists, archaeology, science, scientific research, world

<ul class="mol-bullets-with-font">
 <li class="">
 
 EXPLORE FURTHER: Scientists Unveil Unknown Type of Energy Found Inside Egypt’s Pyramids
 
 </li>
</ul>

 An 'innovative' find under the Egyptian pyramids has stunned people worldwide.


 Italian scientists assert they have discovered
 
 'an extensive subterranean metropolis' that extends over 4,000 feet beneath the Pyramids of Giza, rendering them 10 times larger when including this hidden dimension.
 bigger than the pyramids themselves
 .
 


 
 The shocking allegation – which numerous experts assert has been discredited –
 
 
 stems from research that utilized radar pulses to generate detailed imagery
 far beneath the surface under the buildings
 just like how sonar and radar are utilized to chart the ocean's depths.
 


 
 The document, which hasn’t undergone review by independent specialists, revealed
 
 Eight cylindrical formations stretching over 2,100 feet beneath the pyramid, with additional unidentified structures going even 4,000 feet deeper.


 A press statement termed the discoveries as 'revolutionary,' and if accurate, they have the potential to alter our understanding of ancient history.
 Egypt
 Nevertheless, independent specialists have voiced significant reservations regarding the study.


 
 Professor Lawrence Conyers, a radar expert at the University of Denver who focuses on archaeology, told diwida.NEWSthat it is not possible for the technology to penetrate that deeply into the ground, making the idea of an underground city 'a huge exaggeration.'
 


 
 Professor Conyers suggested that it is possible there are smaller features like shafts and chambers under the pyramids which predate their construction since the location was
 
 'special to ancient people.'
 
 


 
 He pointed out that the Mayans and other ancient Mesoamericans frequently constructed pyramids over cave or cavern openings that held ceremonial significance for them.
 

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 The research conducted by Corrado Malanga from the University of Pisa in Italy, along with Egyptologists Armando Mei and Filippo Biondi from the University of Strathclyde in Scotland, has just been made public recently.
 
 
 a face-to-face presentation in Italy earlier this week which has not yet been published in a scientific journal for scrutiny by independent experts.
 


 Despite the skepticism, Professor
 
 Conyers mentioned that the sole method to validate these findings would be through 'focused excavations.'
 


 
 In his view, as long as writers aren’t fabricating information and their fundamental approaches are accurate, everyone interested in the site should consider their perspectives.
 


 
 We might argue over different understandings, which is known as science. However, the fundamental techniques must be robust.
 


 
 He also informed diwida.NEWS that he was unable to determine whether the technology employed successfully detected any concealed structures beneath the pyramid.
 


 
 'All sorts of advanced specialized data analysis programs are being used by them,' stated Professor.
 
 Conyers.
 
 


 
 The Giza complex comprises three pyramids named Khufu, Khafre, and Menkaure, constructed approximately 4,500 years ago atop a rocky plateau situated along the western shore of the Nile River in northern Egypt.
 


 
 Each one was built in honor of a pharaoh.
 
 The most northerly and ancient pyramid in the cluster was constructed for Khufu. It is also referred to as the Great Pyramid and stands out due to its size—standing at 480 feet high with a base that spans 750 feet wide.


 The central pyramid was constructed for Khafre, the one that the team examined, whereas Menkaure stands as the southernmost and final structure within this cluster.


 Malanga is a UFO enthusiast who has been featured in various YouTube programs about extraterrestrial life. He has shared insights from his over ten-year journey investigating Unidentified Flying Object occurrences across Italy.


 On the contrary, Biondi focuses on radar technology.


 And Mei works as a researcher specializing in pre-dynastic Egyptian history.


 In October 2022, Malanga and Biondi released an independent peer-reviewed article in the scientific journal Remote Sensing. The study revealed concealed chambers and inclined passageways within Khafre, as well as indications of a heat signature close to the structure's foundation.

<img data-document-id="cms/api/amp/image/AA1Bpwwb" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1Bpwwb.jpg"/>
<img data-document-id="cms/api/amp/image/AA1BprCa" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1BprCa.jpg"/>

 
 The latest research employed comparable technology but received an enhancement from a satellite circling the planet.
 


 
 This innovative radar method functions by merging satellite radar information with minuscule tremors caused by natural seismic activity, enabling the creation of 3D representations of subsurface features without the need for excavation.
 


 
 Nicole Ciccolo, who is the spokesperson for the project, stated: "An extensive subterranean city has been found underneath the pyramids."
 


 
 'This pioneering research has reshaped the limits of satellite data analysis and archaeological investigation.'
 


 
 She posted a brief excerpt from the press conference on March 15, mentioning that the complete recording of the event will be available on March 25.
 


 The cylindrical forms, termed 'shafts' by Ciclico, were positioned in two parallel lines and encircled by downward spiraling paths.

<img data-document-id="cms/api/amp/image/AA1BppZO" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1BppZO.jpg"/>

 Ciccolo mentioned that they discovered cylindrical structures beneath all three pyramids, which seem to function "as entryways to an underground network."


 The team described the system as comprising interconnected chambers beneath all three pyramids.


 
 'Ciclico mentioned that enormous caverns lie underneath the Earth's surface, similar in scale to the pyramids, and these exhibit a striking similarity to the mythical Halls of Amenti.'
 


 
 
 These recent archaeological discoveries might reshape our comprehension of the sacred geography of ancient Egypt, offering spatial locations for what was previously unknown.
 
 'referred to as unknown and uncharted underground complexes,' she mentioned additionally.
 


 
 This week, the news has spread like wildfire, inundating social media platforms with posts regarding the possible discovery.
 


 
 Florida Congresswoman Anna Paulina Luna posted about some buildings on her X account.
 


 The group intends to keep pursuing their study through the year 2025.

Read more

Scientists Reveal "Vast City" Buried Beneath Egypt's Giza Pyramids

Unknown archaeologists, archaeology, science, scientific research, world

EXPLORE FURTHER: Scientists Unveil Unknown Type of Energy Found Inside Egypt’s Pyramids An 'innovative' find under the Egyptian pyramids has stunned people worldwide. Italian scientist…

Scientists Verify the Mind-Bending Reality of Time Mirrors

Unknown ecology, electronics, science, scientific research, technology

<img data-document-id="cms/api/amp/image/AA1A5hj3" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1A5hj3.jpg"/>
<ul>
 <li>
 For over five decades, researchers hypothesized that an electromagnetic wave might experience time reversal—a phenomenon not limited to spatial reflection alone.
 </li>
 <li>
 Researchers haven't been able to verify the occurrence of time reflection because of the immense amount of energy needed to form a temporal boundary.
 </li>
 <li>
 For the first time, scientists in New York City managed to observe time reflections using a specially designed metamaterial.
 </li>
</ul>

 The concept of spatial reflections via light or sound is quite straightforward. When electromagnetic radiation such as light waves encounter a mirror or when sound waves strike a wall, they alter their direction. Consequently, this enables our eyes to perceive a reflected image or our ears to hear an echoed version of the initial input. Nonetheless, for over half a century,
 scientists have theorized
 That there exists another form of reflection in quantum mechanics called time reflection.


 This word could evoke visions of
 a nuclear-powered DeLorean
 Or perhaps you're thinking of a specific police box (which is larger internally than externally), but that concept isn’t exactly what scientists refer to as "time reflections." Rather, these phenomena happen when the whole medium through which an electromagnetic wave propagates abruptly alters direction. As a result, part of this wave flips backward, causing its frequency to shift into a different one.


 Since these temporal reflections necessitate a consistent change throughout an entire electromagnetic field, experts presumed that generating enough energy to witness them directly would be impractical. However, researchers affiliated with the CUNY Graduate Center’s Advanced Science Research Center (CUNY ASRC) located in New York City have explored this phenomenon.
 successfully observed
 Time reflections achieved by transmitting broad spectrum signals through a metallic strip embedded with electronic switches linked to storage capacitors.


 This enabled the scientists to activate the switches as needed, which doubled the resistance along the strip. This abrupt alteration led to the signals transmitting a successfully reversed-time version. The findings were documented in the journal.
 
 Nature Physics
 
 .


 It’s extremely challenging to alter the characteristics of a medium rapidly, evenly, and with sufficient temporal resolution for reflecting electromagnetic waves since these waves oscillate very quickly," stated Gengyu Xu, a co-author and post-doctoral researcher at CUNY ASRC, in a press release. "We conceived an approach where we wouldn’t modify the inherent qualities of the main material; rather, our plan involves constructing a metamaterial featuring supplementary components that can swiftly be introduced or removed via rapid switching mechanisms.


 This time reflection operates differently compared to spatial reflections. Since this time echo bounces back the latter portion of the signal initially, the researchers indicate that if one were to look into it,
 
 time
 
 If you looked into it, the mirror would reflect your back rather than your face. In sound terms, this would be similar to hearing a cassette being played backwards—meaning at a faster speed and higher pitch.


 If we were able to see changes in frequency with our eyes, it would appear as though hues of light abruptly transform from one color to another, for instance, shifting from red to green. The peculiar and non-intuitive behavior of time reflection contributes significantly to the challenges faced when exploring this idea.


 “It has been truly thrilling to witness this, considering how far back in time this unexpected effect was first theorized, and the stark differences between time-reversed waves and those reflected in space,” stated corresponding author Andrea Alù, a physics professor and director of CUNY ASRC’s Photonics Initiative, in an official release.


 The big question:
 
 W
 
 
 hy
 
 Have researchers endeavored to replicate this hypothetical time reversal phenomenon in a lab setting? Better manipulation of electromagnetic waves could significantly enhance wireless communication systems and potentially pave the way for innovations in low-power, waveform-driven computing technologies.


 To put it differently, it essentially aids in understanding all aspects of electromagnetic waves—not just one way but both directions.

<h2 class="body-h2">
 The 2023 Popular Mechanics Automotive Excellence Awards: Electric Vehicles
</h2>
<img data-document-id="cms/api/amp/slideshow/AA149qTW" data-reference="slideshow"/>

Scientists Verify the Mind-Bending Reality of Time Mirrors

Unknown ecology, electronics, science, scientific research, technology

For over five decades, researchers hypothesized that an electromagnetic wave might experience time reversal—a phenomenon not limited to spatial reflection alone. Researchers haven't been ab…

Google Gyűjtögette: Két Nap Igényes Tíz Évnyi Kutatás Eredményeinek Megoldása

Unknown artificial intelligence, biotechnology, medicine and healthcare, scientific research, viruses

<img data-document-id="cms/api/amp/image/AA1B5mbW" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1B5mbW.jpg"/>

 A Google mesterséges-intelligencia-szoftvere (MISZ) két napon belül ugyanezt a következtetést ért el, amire az Imperial College London kutatói tíz évig foglalkoztak.
 írja a Live Science
 . A kutatók kutatták annak módját, hogyan infekálhat bakteriumpopulációt egy rezisztens szuperbirus, s amire felkeresték a Google Tudós Segédeszközénél valamit előre közzétéve az eredményüket, kérdést arra vonatkozóan, hogy mit vélekednek e téma kapcsán.


 Az utánpadlást igénylő kutatásban arra koncentrálva voltak, milyen módon befolyásolja egy, baktériumokra cselekvő vírust (cf-PICIs) a szárazsípúttal hasonló sokféleségüket tartalmazó bakteriumpopulációt. Kutatók gondolkodása szerint ez a vírus talán megszállja és felhasználja más, nemzetközi eredetű vírusok eszközeit, amelyek segítségével penetrik a baktériumpucértükbe. E hipotezist sikerült megerősítésre hozni, ami lehetővé teheti a gyógyszeres épséges fázishelyrehozás fejlődését az antibiótikum-visszaélések ellen.


 Becslések szerint évente
 4,95 millióan halnak meg
 Az antibiótikumellenes baktériumok miatt fennáll a férfiítés veszélye. Sok oka van ennek: az elterhült és túlzott gyógyszerhasználat hatalmas mérlegmozgó, viszont a mikroökoszférától sem tehetünk megfelelő magatartást; ez azt jelenti, hogy ahhoz, ameddig szerelvényesen nőnek fel és osztódnak annyi közegben, mint csak lehet, ott befolyásolják egymást és fejlődnek ilyen módon ellentétbe álló eszközökkel rendelve. Ezáltal csökken a gyógyszereink hatékonysága.
 aggasztó probléma
 Mert hosszan láthatóan azt eredményezi, hogy az antibiotikumok lehetőséget adhatnak a vírusok számára arra, hogy ellenállást fejlessenek ki. Ez a rezisztenciát okozza abban az esetben, amikor a baktériumok mivel évolutív változásuk miatt rövid idő alatt immunizálódni kezdnek az általunk létrehozással ellentétes élettani stresszel kapcsolatban, és még lehetséges, hogy ekkora nyomórészekkel is kompenznált feltekinthetnének ilyen jelenségeket.


 Miután elérte őket, kérték az MÍ-eseket, hogy vizsgálják át a helyzetet. Két nap múlva az eszközhöz hozzáadott program több potenciális választ is ki lett dobva, köztük azt is, hogy valószínűleg ez a felsorolt vörös elemzi és eltakar érzelmi részeit más vírusoknak.

<blockquote>
 
 
 „Az basically azt fejezi ki, hogy az algoritmus képes volt átnézegetni a meglévő bizonyítékokat, elemznie a lehetséges útvonalakat, feltehetnie a kérdéseket, kidolgoznia a kísérletek terveit és hasonlóságot találni egy hipotézishez, ami évrákig bonyolult wissenschaftliches munka volt számunkra, de ez csak apró részletét vesztette el az időből.”
 
 (Note: The phrase "wissenschaftliches munka" was kept as it seems to be German for scientific work.)
 
</blockquote>

 -mondta José Panadés, a tanulmány fő szerkesztője. Kérdést intéztek meg a Goole-nek arra vonatkozóan, hogy szükségük van-e a kísérleteik eredményeire, de a cégnem az volt a válasza, hogy nem.


 Természetesen az MI nem volt képes pontosan megszólalni arról, hogy ez vagy azt a megoldást garantálták volna, de jelentősen leegyszerűsítheti a kutatóknak a feladatot, amennyiben pl. kiemelje egyértelmű vakuáló eszközöket (természetesen ezt szükséges racionálni, hogy a kutatók elkapcsolódjanak hozzá). Ezzel a technológiával kapcsolatos információ talán ismertnek tekinthettek, hiszen a magyar rákkímélő gyógyszerek fejlesztő társaság, a Turbine évtizedek óta dolgozik rajta.
 ezzel a módszerrel dolgozik
 .


 Az általános nézet szerint ezzel az esettel sikeresnek számítanak (bár a kutatók még nem nyomorúszt csökkenték a munkájuk).
 itt olvasható
 ), az alkalmazása mestereségintelligenciával kutatásokban továbbra is vita tárgya marad. A kísérleti megközelítés, amelyet a mesterséges inteligencia ajánlana szerzett,
 gyakran nem megismételhetőek
 ( ami természetesen az egyik kulcsfontosságú elem a kutatási munkának ), s Természetesen néha csak azt is elmondhatjuk hogy
 téves következtetésekre jutnak
 , vagy lélektani személyek (azaz alapozólag hazudnak).

Google Gyűjtögette: Két Nap Igényes Tíz Évnyi Kutatás Eredményeinek Megoldása

Unknown artificial intelligence, biotechnology, medicine and healthcare, scientific research, viruses

A Google mesterséges-intelligencia-szoftvere (MISZ) két napon belül ugyanezt a következtetést ért el, amire az Imperial College London kutatói tíz évig foglalkoztak. írja a Live Science . A kutató…

Scientists Unveil 'Game-Changing' Phenomenon Solving 80-Year-Old Mystery

Unknown environmental science, innovation, science, scientific research, technology

Researchers have uncovered a new aspect of water behavior that significantly alters our comprehension of this substance.
 how the world works
 And this might result in entirely new technological innovations.


 A group from the Massachusetts Institute of Technology (
 MIT
 ) revealed a phenomenon known as the "photomolecular effect," which shows for the first time that water can evaporate without any heat source when exposed only to light.


 This study could potentially unravel an 80-year-old enigma regarding why clouds soak up sunlight in a manner that seems to contradict physical laws. Over many years, researchers and climate experts have been baffled by the fact that clouds absorb significantly more light than what current theories predict as feasible.


 “The finding of
 evaporation
 Caused by light rather than heat, this offers novel disruptive insights into the nature of light.
 water
 “Interaction,” stated Xiulin Ruan, a professor of mechanical engineering at Purdue University, who had no involvement in the study.


 It might assist us in acquiring fresh insights into how sunlight affects clouds, fogs, seas, and various natural aquatic environments, thereby influencing meteorological patterns and climatic conditions… This study falls within that select category of groundbreaking findings which often aren’t immediately embraced by the scientific community but require considerable time, occasionally an extensive period, to achieve validation.

<img data-document-id="cms/api/amp/image/AA1nEKP7" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1nEKP7.jpg"/>

 This finding could affect areas ranging from climate change predictions to weather forecasting, as well as pave the way for innovative uses in sectors such as energy generation and clean water production.


 According to the researchers, early implementations of this technology are expected to appear in solar desalination systems, offering a more effective method for generating freshwater compared to present approaches.

<img data-document-id="cms/api/amp/image/AA1nExji" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1nExji.jpg"/>

 "I believe this has numerous applications," stated Gang Chen, an MIT professor who participated in the research.


 We're investigating various pathways. Naturally, this has an impact on fundamental research as well, such as how clouds influence climate, since clouds represent the least understood element in climate modeling.


 The results were published in the journal
 National Academy of Sciences Proceedings
 (PNAS), in
 a study
 Titled 'The Photomolecular Effect: Interaction of Visible Light with the Air-Water Interface'.


 The research outlines the process where scientists conducted a sequence of 14 highly meticulous experiments to demonstrate that photons within the visible light range have the capability to detach water clusters when they are exposed to the atmosphere.


 The study further indicated that the photomolecular effect is not confined to laboratory settings and is commonly observed in natural environments.


 "The findings in this paper reveal a novel physical process that fundamentally changes how we understand the dynamics of evaporation," explained Shannon Yee, an associate professor of mechanical engineering at Georgia Tech, who did not participate in the study.


 Who could have imagined that we continue to learn about something as ordinary as water evaporation?


 The Independent stands out as the globe’s premier source of unbiased journalism, offering international news, insights, and evaluations tailored for those with independent thinking. With an extensive reach across various regions, we attract a vast audience of people unafraid to think differently, valuing our reliable perspective and dedication to fostering meaningful progress. Today more than ever, fulfilling our purpose—driving transformation forward—is crucial.

Scientists Unveil 'Game-Changing' Phenomenon Solving 80-Year-Old Mystery

Unknown environmental science, innovation, science, scientific research, technology

Researchers have uncovered a new aspect of water behavior that significantly alters our comprehension of this substance. how the world works And this might result in entirely new technological inn…

Should We Revisit What NASA’s Viking Lander Discovered on Mars in 1976?

Unknown biology, controversies, ecology, science, scientific research

In 1976, the two NASA Viking landers reached a halt on Mars.


 Their
 life detection experimental findings
 continue echoing throughout the scientific community — sparking an ongoing debate about a crucial question: Does life exist on Mars?


 Today, a fresh study revisits and reassesses the outcomes of the Viking Biology experiments.

<img data-document-id="cms/api/amp/video/AA1A5HGz" data-reference="video"/>
<h2 id="perchlorate-finding">
 Perchlorate finding
</h2>

 The most notable alteration following those 1970s experiments was the identification of elevated amounts of
 perchlorate on Mars
 Perchlorates along with non-biological oxidizers account for the findings of the Viking missions, thus eliminating the necessity to assume the presence of life on Mars.


 The recently published paper observes that “the finding of perchlorate on Mars by the Phoenix mission offers an explanation for the outcomes recorded by the Viking Lander missions. The thermal breakdown of perchlorates within the instruments' ovens could account for the absence of organic compounds detected. Additionally, the buildup of hypochlorite in Martian soil may also play a role.”
 cosmic ray
 The decomposition of perchlorate could account for the observed reactivity when nutrient solutions were introduced into the soil during the Viking Biology Experiments.


 The document also notes, "a non-biological interpretation of the Viking findings does not rule out the presence of life on Mars."

<h2 id="revisit-the-results">
 Revisit the results
</h2>

 The recently published paper titled "Revisiting the Viking Biology Experiments on Mars" has been written by prominent Mars researchers.
 Christopher McKay
 Richard Quinn and Carol Stoker, both from the science division of NASA's Ames Research Center located near San Francisco at Moffett Field, California, along with a third author, have collaborated on this work.


 The potential for upcoming Mars sample returns and future missions, possibly incorporating life-detection tools, prompts us to reconsider the outcomes of the Viking biology experiments," propose the researchers. "Although much has evolved since Viking touched down on Mars, certain aspects remain constant. One such unchanging factor over the last half-century is our comprehension of how life operates under frigid and arid conditions.


 In communications with Christopher McKay, he mentioned
 
 
 It should be emphasized that our findings from the Viking mission do not indicate conclusively either the absence of life on Mars nor confirm its presence.


 McKay stated that their main argument revolves around the idea that the Viking mission detected perchlorates and other oxidizing agents on Mars, "which were responsible for the responses observed in the Viking biological tests."


 This implies that the outcomes from the Viking Biology experiments cannot be employed to support a strategy for ensuring astronauts' health and safety, nor to establish policies regarding the quarantine of samples and/or astronauts upon their return to Earth, under the assumption that there is no life on Mars.

<img data-document-id="cms/api/amp/image/AA1A5HGu" data-reference="image" src="https://img-s-msn-com.akamaized.net/tenant/amp/entityid/AA1A5HGu.jpg"/>
<h2 id="new-data">
 New data
</h2>

 In their article published in the scientific journal *Icarus*, the three researchers highlight significant alterations due to missions sent to Mars. They state, "Undoubtedly, the most crucial novel information comes from the unexpected findings made by the
 Phoenix Mission
 They point out that Martian soil contains approximately 0.5% perchlorate. This extremely high level of perchlorate remains poorly understood; however, it has significant implications for the findings from the Viking missions.


 In their publication, the researchers state that the findings regarding the perchlorate model and the subsequent inference that Viking failed to detect life in Martian surface soils will play a role in discussions about future missions involving sample returns or human expeditions to Mars.


 The Outer Treaty bans 'harmful alterations to Earth’s environment due to the addition of extraterrestrial substances,' " McKay and his team point out. They also emphasize that additional experiments are crucial for gaining deeper insights into the chemistry of Martian soil and the potential existence of life on Mars.

<h2 id="good-targets">
 Good targets
</h2>

 To summarize their research paper, they conclude that the perchlorate model for the Viking results "fails to confirm the absence of life."
 life on Mars
 , nor does it suggest that the ongoing quest for signs of life on Mars, whether in the past or present, is futile."


 Certainly, as proposed by the research team, they firmly advocate for seeking evidence of current life in upcoming missions. Ideal locations include salt deposits and polar surface ice.


 This latest study has been
 published in Icarus
 .

Should We Revisit What NASA’s Viking Lander Discovered on Mars in 1976?

Unknown biology, controversies, ecology, science, scientific research

In 1976, the two NASA Viking landers reached a halt on Mars. Their life detection experimental findings continue echoing throughout the scientific community — sparking an ongoing debate about a c…