Anonymous ID: b750a7 Sept. 4, 2020, 8:36 a.m. No.10526010   🗄️.is 🔗kun   >>6050 >>6421

Plato, Pederasty and Persia

 

Pederasty in ancient Greece was a socially acknowledged romantic relationship between an adult male (the erastes) and a younger male (the eromenos), usually in his teens.[4] It was characteristic of the Archaic and Classical periods.[5] The influence of pederasty on Greek culture of these periods was so pervasive that it has been called "the principal cultural model for free relationships between citizens."[6]

 

Some scholars locate its origin in initiation ritual, particularly rites of passage on Crete, where it was associated with entrance into military life and the religion of Zeus.[7] It has no formal existence in the Homeric epics, and seems to have developed in the late 7th century BC as an aspect of Greek homosocial culture,[8] which was characterized also by athletic and artistic nudity, delayed marriage for aristocrats, symposia, and the social seclusion of women.[9] Pederasty was both idealized and criticized in ancient literature and philosophy.[10] The argument has recently been made that idealization was universal in the Archaic period; criticism began in Athens as part of the general Classical Athenian reassessment of Archaic culture.[11]

 

Scholars have debated the role or extent of pederasty, which is likely to have varied according to local custom and individual inclination.[12] Athenian law, for instance, recognized both consent and age as factors in regulating sexual behavior.[13]

 

Enid Bloch argues that many Greek boys in these relationships may have been traumatized by knowing that they were violating social customs, since the "most shameful thing that could happen to any Greek male was penetration by another male." She further argues that vases showing "a boy standing perfectly still as a man reaches out for his genitals" indicate the boy may have been "psychologically immobilized, unable to move or run away."[14] One vase shows a young man or boy running away from Eros, the Greek god of desire.

Anonymous ID: b750a7 Sept. 4, 2020, 8:39 a.m. No.10526050   🗄️.is 🔗kun   >>6590

>>10526010

Pederasty

 

https://psychology.wikia.org/wiki/Pederasty

 

In antiquity, pederasty as an educational institution for the inculcation of moral and cultural values, as well as a sexual diversion, was practiced from the Archaic period onwards in Ancient Greece. As idealized by the Greeks, pederasty was a relationship and bond–whether sexual or chaste–between an adolescent boy and an adult man outside of his immediate family. While most Greek men engaged in relations with both women and boys, exceptions to the rule were known, some avoiding relations with women and others rejecting relations with boys. In Rome relations with boys took a more informal and less civic, often illicit path.

 

Analogous relations were documented among other ancient peoples, such as the Thracians[1], the Celts and various Germanic peoples such the Heruli and the Taifali. According to Plutarch, the ancient Persians, too, had long practiced it (though according to Herodotus they learned of pederasty from the Greeks[2]).

 

Opposition to the carnal aspects of pederasty existed concurrently with the practice, both within and outside of the cultures in which it was found. Among the Greeks, a few cities prohibited pederasty, and in others, such as Sparta, some claimed that only the chaste form was permitted. Likewise, Plato's writings devalue and finally condemn sexual intercourse with the boys one loved, while glorifying the self-disciplined lover who abstained from consummating the relationship.

 

How many US Military officers started their life as teen sex objects of a Pederast and were indoctrinated into a treasonous conspiracy overthrow the Constitutional Republic? How many rose to the rank of General?

Anonymous ID: b750a7 Sept. 4, 2020, 9:11 a.m. No.10526261   🗄️.is 🔗kun   >>6289 >>6294 >>6312

>>10526119

Arresting??

Trump is the President. He has no powers of arrest.

The most he can do is call out injustice but the evidence is that Law Enforcement does not really follow through on POTUS complaints.

 

Anybody who calls for the top people to be arrested simply does not understand how organized crime works

 

When a leader is killed or arrested, another person rises up to take their place.

The Trump administration is purposely leaving these top people in place so that they cannot be replaced, while simultaneously nibbling at their power structure so that they have less and less ability to act. This makes the whole crime organization shakier and shakier and feeds dissension and arguing within the group, all of which continues to weaken it.

 

When they collapse, it will beBIBLICAL

Anonymous ID: b750a7 Sept. 4, 2020, 9:16 a.m. No.10526306   🗄️.is 🔗kun   >>6327 >>6395 >>6578 >>6690

>>10526252

This Multi-Trillion Dollar Disaster Is Coming, And Solar Astronomy Is Our Prime Defense

 

https://www.forbes.com/sites/startswithabang/2020/01/31/this-multi-trillion-dollar-disaster-is-coming-and-solar-astronomy-is-our-prime-defense/#24539d976137

 

On December 12, 2019, the world's most powerful solar observatory — the National Science Foundation's Daniel K. Inouye Solar Telescope — opened its eyes for the first time. With a whopping 4-meter diameter primary mirror and a unique, off-center design, the Inouye Solar Telescope is capable of imaging features as small as 30 km in size on the Sun. Already, in its first light images released on January 29, 2020, features in-between the Texas-sized convective cells were revealed for the first time ever.

 

But the Inouye Solar Telescope offers so much more than just gorgeous images of our parent star; it's one of a number of solar astronomy projects that are all working together to protect our planet from a multi-trillion dollar disaster that's definitely coming: a catastrophic solar flare. It could come anytime this year or not for another few centuries, but studying the Sun is the only way to be prepared. Here's the science behind these beautiful images and videos.

 

Until 1859, solar astronomy was extremely simple: scientists studied the light from the Sun, the sunspots that occasionally dotted the Sun's surface, and viewed the corona during solar eclipses. But in 1859, solar astronomer Richard Carrington happened to be looking at the Sun, tracking a large, irregular sunspot, when something unprecedented occurred: a "white light flare" was observed, intensely bright and moving across the spot itself for around 5 minutes before disappearing entirely.

 

This turned out to be the first-ever observation of what we now call a solar flare. Some 18 hours later (about three to four times the speed of most solar flares), the largest geomagnetic storm in recorded history occurred on Earth. Aurorae were observed around the world: miners awoke in the Rockies; newspapers could be read by the aurora's light; the bright green curtain appeared in Cuba, Hawaii, Mexico and Colombia. Telegraph systems, even when disconnected, experienced their own induced currents, causing shocks and even starting fires.

 

If such an event were to occur today, the infrastructure we have for electricity and electronics would experience devastating effects that could easily cause trilions of dollars in damage. The problem is that geomagnetic storms, formed when certain space weather events penetrate our magnetosphere and interact with the atmosphere, can cause massive currents to flow even in electronic circuits that are completely disconnected.

 

A key science goal for solar astronomy is to understand how the interplay between the Sun, the space weather that causes these storms, and the effects on Earth itself are all related. This is why the NSF's Inouye Solar Telescope has, as its prime science goal, to measure the magnetic field of the Sun at three different layers:

 

at the photosphere,

in the chromosphere,

and throughout the solar corona.

With its enormous 4-meter diameter and its five science instruments — four of which are spectro-polarimeters designed for measuring the Sun's magnetic properties — it will measure the magnetic fields on and around the Sun as never before.

Anonymous ID: b750a7 Sept. 4, 2020, 9:19 a.m. No.10526327   🗄️.is 🔗kun   >>6348 >>6395 >>6578 >>6690

>>10526306

New Studies Warn of Cataclysmic Solar Superstorms

New data suggest the New York Railroad Storm could have surpassed the intensity of the famous Carrington Event of 1859

 

https://www.scientificamerican.com/article/new-studies-warn-of-cataclysmic-solar-superstorms/

 

A powerful disaster-inducing geomagnetic storm is an inevitability in the near future, likely causing blackouts, satellite failures, and more. Unlike other threats to our planet, such as supervolcanoes or asteroids, the time frame for a cataclysmic geomagnetic storm—caused by eruptions from our sun playing havoc with Earth’s magnetic field—is comparatively short. It could happen in the next decade—or in the next century. All we know is, based on previous events, our planet will almost definitely be hit relatively soon, probably within 100 years.

 

Geomagnetic storms are caused by sunspots, solar flares and coronal mass ejections, resulting in calamities to which our modern technological society is becoming ever more susceptible. Most experts regard the Carrington Event, a so-called superstorm that occurred in September 1859, as the most powerful geomagnetic storm on record. But new data suggest that a later storm in May 1921 may have equaled or even eclipsed the Carrington Event in intensity, causing at least three major fires in the U.S., Canada and Sweden—and highlighting the damaging effects these storms can have on Earth today.

 

In a paper published in the journal Space Weather, Jeffrey Love of the U.S. Geological Survey and his colleagues reexamined the intensity of the 1921 event, known as the New York Railroad Storm, in greater detail than ever before. Although different measures of intensity exist, geomagnetic storms are often rated on an index called disturbance storm time (Dst)—a way of gauging global magnetic activity by averaging out values for the strength of Earth’s magnetic field measured at multiple locations. Our planet’s baseline Dst level is about –20 nanoteslas (nT), with a “superstorm” condition defined as occurring when levels fall below –250 nT. Studies of the very limited magnetic data from the Carrington Event peg its intensity at anywhere from –850 to –1,050 nT. According to Love’s study, the 1921 storm, however, came in at about –907 nT. “The 1921 storm could have been more intense than the 1859 storm,” Love says. “Prior to our paper, [the 1921 storm] was understood to be intense, but how intense wasn’t really clear.”

Anonymous ID: b750a7 Sept. 4, 2020, 9:22 a.m. No.10526348   🗄️.is 🔗kun

>>10526327

Intensity and Impact of the New York Railroad Superstorm of May 1921

 

https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2019SW002250

 

Abstract

Analysis is made of low‐latitude ground‐based magnetometer data recording the magnetic superstorm of May 1921. By inference, the storm was driven by a series of interplanetary coronal mass ejections, one of which produced a maximum pressure on the magnetopause of ~64.5 nPa, sufficient to compress the subsolar magnetopause radius to ~5.3 Earth radii. Over the course of the storm, low‐latitude geomagnetic disturbance exhibited extreme local time (longitude) asymmetry that can be attributed to substorm disturbance extending to low latitudes. The storm attained an estimated maximum −Dst on 15 May of 907 ± 132 nT, an intensity comparable to that of the Carrington event of 1859. The May 1921 storm brought spectacular aurorae to the nighttime sky. It also interfered with and damaged telephone and telegraph systems associated with railroad systems in New York City and State. These later effects were due to a combination of three factors: the localized details of geomagnetic vector disturbance, the geographic expression of the Earth's surface impedance tensor, and the configurations and physical parameters of the electrical networks of the day.

 

Plain Language Summary

Historical records of ground‐level geomagnetic disturbance are analyzed for the magnetic superstorm of May 1921. This storm was almost certainly driven by a series of interplanetary coronal mass ejections of plasma from an active region on the Sun. The May 1921 storm was one of the most intense ever recorded by ground‐level magnetometers. It exhibited violent levels of geomagnetic disturbance, caused widespread interference to telephone and telegraph systems in New York City and State, and brought spectacular aurorae to the nighttime sky. Results inform modern projects for assessing and mitigating the effects of magnetic storms that might occur in the future.

Anonymous ID: b750a7 Sept. 4, 2020, 10:24 a.m. No.10526786   🗄️.is 🔗kun

This codex is one of many fake artefacts coming out of the Syria/Turkey border areas. It isn't even real hebrew writing, and the Torah is written on a scroll, not a codex.

 

Experts estimate that 70% of the artefacts on the market in that region are currently fakes.