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Showing posts with label Education. Show all posts
Showing posts with label Education. Show all posts

Thursday 8 December 2022

Why attempts to school JEHOVAH never age well II

 The Human Body Handles Its Supply Chain Beautifully. Why Can’t Humans Do the Same? 

David Klinghoffer 

We’ve lived for a couple of years now with the supply chain disaster, generated by COVID lockdowns and vaccine mandates. So we’re better equipped than ever to appreciate how the human body handles its own daunting supply chain issues — and does so, unlike some human beings we can think of, with breathtaking efficiency. Systems engineer Steve Laufmann offers that illuminating metaphor in a brief video, explaining the scale of the challenge facing large organisms like ourselves as compared with single-celled ones. The challenge can only have been solved by intelligent design 

The problem, as it may take an engineer or physician to fully recognize, is how to supply our cells with what they need if those cells have no direct access to the environment, and on the flip side, how to rid the cells of toxic waste generated in the process of living. Proponents of the “poor design” argument, such as evolutionist Nathan Lents, claim that the body is sloppily constructed. Professor Lents calls it a “panorama of glitches.” Oh, really, is that so? Laufmann and his co-author, Dr. Howard Glicksman, examine this and other ingenious designs that permit us to survive from day to day — and moment to moment — in their new book, Your designed body 



Wednesday 7 December 2022

The thumb print of JEHOVAH: Human body edition II

 Your Designed Body: Hearing Is a Symphony of Parts 

Howard Glicksman and Steve Laufmann 

Editor’s note: We are delighted to present this excerpt from Your Designed Body, the new book by engineer Steve Laufmann and physician Howard Glicksman. 

To hear, your body must collect acoustic signals from the environment (pressure waves in the air), channel them to the right locations, convert them into nerve impulses, send them to the brain, and correctly interpret them into experiences like speech and music. And, just as with vision, if any one of those parts works incorrectly, or even just a bit less efficiently, hearing is either severely degraded or impossible. 


The human ear can detect sound when the eardrum is displaced by as little as one-tenth the diameter of a single hydrogen atom. Yet it can also hear and correctly interpret sounds with acoustic pressure levels approaching the loudest sounds produced in nature (~1 kilopascal (kPa)). 


And you can do more than register sounds of varying pitch and volume. From an early age you could tell from the sound of your mom’s voice just how much trouble you were in, and which direction she was calling from (so you knew which way to run). These and other features of human hearing require — and by now this should come as no surprise to readers — not just one or two clever engineering solutions, but a suite of ingenious solutions upon ingenious solutions. 

The figure below illustrates the main parts of the body’s auditory system. Its many parts work together to gather sound waves from the environment and transmit them accurately and efficiently to the cochlea, where a subsystem called the organ of Corti converts them into nerve impulses and sends them to the brain.  



The ear is divided into three regions: the outer (external) ear, the middle ear, and the inner (internal) ear. We’ll walk through these parts in order — that is, following a sound wave as it moves from outside the body to the inside where it’s converted into information and eventually into an experience.

The Outer Ear 

The outer ear is made up of the pinna (ear flap), the ear canal, and the tympanic membrane (eardrum).


The pinna acts like a satellite dish, collecting sound waves and funneling them down the ear canal. But it does more than just collect. The pinna’s ridges and folds reflect and absorb certain frequency components of incoming sound waves. Since the pinna is not circularly symmetric, sounds coming from different directions have slightly different acoustic characteristics. This means certain frequencies in a sound will be slightly softer or louder depending on the direction they enter the ear. This allows you to tell the direction a sound comes from. This is why we instinctively look up when we hear a sound coming from above us. 


To further help with this, we have two ears for stereo sound. We can detect differences as small as ten microseconds in the time of arrival of the same sound in each ear. We can also detect subtle differences in loudness between our two ears. Coupled with the fine-grained sound-shaping done by the outer ear, this allows us to tell the direction of a noise and hear in three dimensions. That is, our minds can generate a three-dimensional understanding of what’s going on around us based solely on sounds.


Close your eyes and listen carefully to the sounds you hear. Where are they, both in direction (left or right, front to back, up or down) and distance away from you? If you have good ears and are used to exercising this skill, your hearing should prove informative on this score.

The ear canal is a hollow tube about two centimeters long. It forms an acoustic channel between the pinna and the eardrum. The ear canal may not seem interesting at first glance, but its length plays a crucial role in hearing.


Much like a pipe in a pipe organ, the outer ear consists of a rigid tube open at one end and sealed at the other. Incoming waves bounce off the closed end and create standing waves in the tube (ear canal). This amplifies sounds at or near the tube’s resonant frequencies (constructive interference) and dampens sounds at other frequencies (destructive interference). This increases sensitivity to particular frequencies while diminishing the amplitude of others. Basically, it’s a passive amplifier!


For the human ear, this amplification is strongest at around 3,000 Hz. While this is higher than the central frequencies of human speech, it’s exactly the range where the percussive elements of the consonants in human speech are most prominent, and the consonants are essential for distinguishing the nuances of human speech. 


The net effect is that the outer ear preprocesses incoming sound waves to maximize sensitivity to the natural frequencies of human speech. That is, our ears are fine tuned to hear best at the same frequencies we naturally speak.


The human ear can hear sounds from 20 Hz to around 20,000 Hz. Normal human speech ranges from 80–2,500 Hz. The lowest note on a tuba is 16 Hz, middle C on a piano is 262 Hz, and the highest note on a flute is 2,093 Hz. 


The eardrum (tympanum) is a small membrane, about one centimeter in diameter, at the inner end of the ear canal. It’s a durable piece of skin tightly stretched across an opening in the bony skull. The eardrum vibrates at the same frequency as an incoming sound wave, enabling it to accurately and efficiently transmit sounds from outside the body to the inside. All the while, it maintains a barrier that seals the delicate inner workings of the ear from foreign matter and bacteria.

The Middle Ear 

The middle ear is an enclosed air-filled chamber, beginning at the inner surface of the eardrum and ending at the cochlea.


The middle ear contains the ossicles, the three smallest bones in the body. These are the malleus (hammer), incus (anvil), and stapes (stirrup). They were given these familiar names because they resemble those objects in shape. Together, they transmit the vibrations of the eardrum into the inner ear. 


To do this, the malleus is attached to the eardrum and the incus, the incus is attached to the malleus and the stapes, and the stapes is attached to the incus and the oval window of the cochlea, as shown in the figure below.


Sound waves make the eardrum vibrate, which vibrates the malleus, which vibrates the incus, which vibrates the stapes, which vibrates the oval window of the cochlea. But the key to hearing is how these bones are precisely shaped and interconnected to modify incoming vibrations. 


Interestingly, these bones are fully formed at birth and do not grow as the entire body around them grows from infancy to adulthood. These are the only bones in the body with this property. 


How does the body grow all its other bones while keeping just these specific ones from growing? What mechanisms and control systems are needed? So far, neither medical science nor biology has answers, but engineers know that such things don’t happen by accident, so there seem to be many interesting discoveries yet to be made. 

Less-than-Obvious Problems 

As you’d expect by now, there are some less-than-obvious problems with hearing that the body needs to solve.


First, just like all the body’s cells, the cells in the tissue surrounding the middle ear need oxygen for respiration. Since the middle ear is filled with air, these cells have direct access to a ready supply. But they will gradually absorb all the available air, causing a vacuum effect, which would reduce eardrum movement and impair hearing.


Without a way to replenish its air supply, the ear would quickly lose hearing acuity. To solve this problem, it uses a small tube, called the eustachian (auditory) tube, that connects the middle ear to the back of the throat. When you swallow or yawn, this tube opens, allowing fresh air to enter the middle ear. This equalizes the middle ear’s air pressure with the pressure outside the body. This tube can get clogged, as during a head cold, preventing the middle ear from equalizing pressure, which, as we all know, degrades hearing and causes earaches.


As a second and more formidable problem, sounds entering the body come through the air, but the cochlea is filled with fluid. The cochlea’s fluid, as we’ll see, serves a vital purpose, but it presents a thorny acoustic problem for accurate hearing. Because air is much less dense than liquid, and far more compressible, without some skillful engineering most of the energy of the sound wave would simply be reflected back into the ear canal. A rough analogy would be throwing a rubber ball at the sidewalk. Most of the ball’s energy is reflected in the ball’s bounce back to the thrower. Very little is transmitted to the sidewalk.

For proper hearing, then, the body needs to amplify the signal between the eardrum and the cochlea. The best way to do this is with a lever system. Since the malleus is attached to the eardrum and the stapes to the cochlea, this leaves the middle bone, the incus, to serve as a lever. But not just any lever will do. Only a very specific configuration of that lever will properly translate the pressure waves in the air into corresponding pressure waves in the fluid.  

Impedance Transformation 

The middle ear must provide a mechanical advantage to accurately bridge the different densities of air and fluid, and do so with minimal loss of either loudness or tonality. Mechanical engineers call this impedance transformation, a tricky problem to overcome in even a simple system.


The ear’s solution involves the precise shapes and configurations of all three bones of the middle ear. The malleus has a larger surface area than the stapes. Also, the two arms of the incus’s lever have different lengths. Each provides mechanical advantage. Pressure waves hitting the large area of the eardrum are concentrated into the smaller area of the stirrup so that the force of the vibrating stirrup is nearly fifteen times greater than that of the eardrum. This makes it possible to hear even the faintest sounds.


These bones can only do their job effectively when surrounded by air. If they were immersed in fluid, the viscosity of the fluid would degrade their mechanical properties. This drives the need for an air supply to the middle ear.


The three bones of the middle ear, and the ways they’re held in place by various tendons, act as a four-bar mechanism. The specific configuration in the ear is called a double-crank rocker. Engineers use four-bar mechanisms to fine tune mechanical relationships in systems where exacting precision and sophistication are needed, as they most certainly are in the middle ear. To achieve the necessary mechanical advantage, the shapes of the parts and the positions of the several hinge points must be precisely tuned, with little room for error. 


So, hearing hinges on the precise configuration of these three tiny bones, with their very specific shapes which are essential to their purposes. Nowhere do we see this more clearly than in the bones of the middle ear. 


Actual intelligence v. Artificial intelligence?

Dialogue with ChatGPT on Intelligent Design 

William A. Dembski 

Here is an interesting chat between me and OpenAI’s ChatGPT on the topic of intelligent design. Interesting especially how it ended. Think of ChatGPT as a context-dependent natural language generator that tries to respond relevantly to textual prompts from human users to simulate conversation. The first of these conversation bots goes back to the 1960s with Joseph Weizenbaum’s Eliza program. The current incarnation of these programs have become much more sophisticated, exploiting machine learning and big data. 


ME: What is intelligent design?

ChatGPT: Intelligent design is the belief that certain features of the universe and living things show signs of having been designed by an intelligent cause. It is often seen as an alternative to the theory of evolution, which proposes that species have changed over time through natural processes. Proponents of intelligent design argue that certain features of the natural world are too complex to have evolved through natural processes, and therefore must have been created by a higher power. This belief is not supported by scientific evidence, and is considered a form of creationism by many scientists.


ME: Why do you say that the belief in intelligent design is not supported by scientific evidence?


ChatGPT: There is no scientific evidence to support the belief in intelligent design. The theory of evolution, on the other hand, is supported by a vast amount of scientific evidence, including fossil records, genetic data, and observations of natural selection in action. Scientists have studied the natural world for centuries, and the evidence overwhelmingly supports the idea that species have evolved over time through natural processes. In contrast, there is no scientific evidence to support the belief that certain features of the natural world were created by a higher power.


ME: Seriously, no evidence? What do you make of the specified complexity that is evident in the genes and proteins of the cell? Why don’t you consider this as constituting evidence for intelligent design?


ChatGPT: The complexity of genes and proteins does not constitute evidence for intelligent design. In fact, scientists have been able to explain the complexity of these structures through the theory of evolution. The genetic code, for example, is the result of natural selection acting on random mutations over countless generations. The same is true for the proteins found in cells. While these structures are certainly complex, that complexity can be explained through natural processes.


ME: But all organisms share the genetic code and would not be alive without it. So the genetic code must in some sense predate existing life forms. Natural selection, by contrast, requires life already to exist. So it is misguided to claim that natural selection acting on random mutations can “produce the genetic code.” Wouldn’t you agree?


ChatGPT: An error occurred. If this issue persists please contact us through our help center at help.openai.com. [Yes, this final output was in red.] 

Darwinism's failure as a predictive model VII

 Darwin's Predictions 

Cornelius G Hunter 

In the 1960s molecular biologists learned how to analyze protein molecules and determine the sequence of amino acids that comprise a protein. It was then discovered that a given protein molecule varies somewhat from species to species. For example, hemoglobin, a blood protein, has similar function, overall size and structure in different species. But its amino acid sequence varies from species to species. Emile Zuckerkandl and Linus Pauling reasoned that if such sequence differences were the result of evolutionary change occurring over the history of life, then they could be used to estimate past speciation events—a notion that became known as the molecular clock. (Zuckerkandl and Pauling)


In later decades this concept of a molecular clock, relying on the assumption of a roughly constant rate of molecular evolution, became fundamental in evolutionary biology. (Thomas, et. al.) As the National Academy of Sciences explained, the molecular clock “determines evolutionary relationships among organisms, and it indicates the time in the past when species started to diverge from one another.” (Science and Creationism, 3) Indeed the molecular clock has been extolled as strong evidence for evolution and, in fact, a common sentiment has been that evolution was required to explain these evidences. As a leading molecular evolutionist wrote, the molecular clock is “only comprehensible within an evolutionary framework.” (Jukes, 119, emphasis in original) The claim that the molecular clock can only be explained by evolution is, however, now a moot point as the mounting evidence shows that molecular differences often do not fit the expected pattern. The molecular clock which evolutionists had envisioned does not exist. The literature is full of instances where the molecular clock concept fails. For example, it was found early on that different types of proteins must evolve at very different rates if there is a molecular clock. For example the fibrinopeptide proteins in various species must have evolved more than five hundred times faster than the histone IV protein. Furthermore, it was found that the evolutionary rate of certain proteins must vary significantly over time, between different species, and between different lineages. (Thomas, et. al.; Andrews, 28)


The proteins relaxin, superoxide dismutase (SOD) and the glycerol-3-phosphate dehydrogenase (GPDH), for example, all contradict the molecular clock prediction. On the one hand, SOD unexpectedly shows much greater variation between similar types of fruit flies than it does between very different organisms such as animals and plants. On the other hand GPDH shows roughly the reverse trend for the same species. As one scientist concluded, GPDH and SOD taken together leave us “with no predictive power and no clock proper.” (Ayala)


Evolutionists are finding growing evidence that the purported rates of molecular evolution must vary considerably between species for a wide range of taxa, including mammals, arthropods, vascular plants, and even between closely related lineages. As one study concluded, “The false assumption of a molecular clock when reconstructing molecular phylogenies can result in incorrect topology and biased date estimation. … This study shows that there is significant rate variation in all phyla and most genes examined …” (Thomas, et. al.)


Evolutionists continue to use the molecular clock concept, but the many correction factors highlight the fact that the sequence data are being fit to the theory rather than the other way around. As one evolutionist warned, “It seems disconcerting that many exceptions exist to the orderly progression of species as determined by molecular homologies; so many in fact that I think the exception, the quirks, may carry the more important message.” (Schwabe) 

References 

ndrews, Peter. 1987. “Aspects of hominoid phylogeny” in Molecules and Morphology in Evolution, ed. Colin Patterson. Cambridge: Cambridge University Press.


Ayala, F. 1999. “Molecular clock mirages.” BioEssays 21:71-75.


Jukes, Thomas. 1983. “Molecular evidence for evolution” in: Scientists Confront Creationism, ed. Laurie Godfrey. New York: W. W. Norton.


Schwabe, C. 1986. “On the validity of molecular evolution.” Trends in Biochemical Sciences 11:280-282.


Science and Creationism: A View from the National Academy of Sciences. 2d ed. 1999. Washington, D.C.: National Academy Press.


Thomas, J. A., J. J. Welch, M. Woolfit, L. Bromham. 2006. “There is no universal molecular clock for invertebrates, but rate variation does not scale with body size.” Proceedings of the National Academy of Sciences 103:7366-7371.

Zuckerkandl, E., L. Pauling. 1965. “Molecules as documents of evolutionary history.” J Theoretical Biology 8:357-366.

 


Still seeking straight answers III

To trinitarians: please point out(if you are so able) the logical fallacy in the following premise or it's conclusion.




The triune God alone is the most high God, Jesus is not the triune God, therefore Jesus is not the most high God.  

Ps. As corollaries ,JEHOVAH is the most high God ,Jesus is not the most high God therefore Jesus is not JEHOVAH.


Anyone who is the most high God is greater than anyone who is not the most high God


JEHOVAH is the most high God,


Jesus is not the most high God,


Therefore JEHOVAH is greater than Jesus

Saturday 3 December 2022

File under "well said" LXXXVI

"Such is the nature of men, that howsoever they may acknowledge many others to be more witty, or more eloquent, or more learned; yet they will hardly believe there be many so wise as themselves." 

Thomas Hobbes 

 

Tuesday 22 November 2022

The Philistines: a brief history.

Philistines 

 This article is about the ancient people. For their polity, see Philistia. For the derogatory term, see Philistinism. For other uses, see Philistines (disambiguation).

"Allophuloi" redirects here. For the modern term for a positive attitude towards a group that is not one's own, see Allophilia. For the plant genus, see Allophylus.

Not to be confused with Palestinians. 

The Philistines (Hebrew: פְּלִשְׁתִּים‎ Pəlīštīm) were an ancient people who lived on the south coast of Canaan from the 12th century BC until 604 BC, when their polity, after having already been subjugated for centuries by the Neo-Assyrian Empire, was finally destroyed by King Nebuchadnezzar II of the Neo-Babylonian Empire.[1] After becoming part of his empire and its successor, the Persian Empire, they lost their distinct ethnic identity and disappeared from the historical and archaeological record by the late 5th century BC.[2] The Philistines are known for their biblical conflict with the Israelites. Though the primary source of information about the Philistines is the Hebrew Bible, they are first attested to in reliefs at the Temple of Ramses III at Medinet Habu, in which they are called Peleset[a] (accepted as cognate with Hebrew Peleshet);[3] the parallel Assyrian term is Palastu,[b] Pilišti,[c] or Pilistu.[d][4] 

Several theories are given about the origins of the Philistines. The Hebrew Bible mentions in two places that they originate from Caphtor (possibly Crete/Minoa).[5] The Septuagint connects the Philistines to other biblical groups such as Caphtorim and the Cherethites and Pelethites, which have been identified with the island of Crete.[6] This has led to the modern theory of Philistines having an Aegean origin.[7] In 2016, a large Philistine cemetery was discovered near Ashkelon, containing more than 150 dead buried in oval-shaped graves. A 2019 genetic study found that, while all three Ashkelon populations derive most of their ancestry from the local Semitic-speaking Levantine gene pool, the early Iron Age population was genetically distinct due to a European-related admixture; this genetic signal is no longer detectable in the later Iron Age population. According to the authors, the admixture was likely due to a "gene flow from a European-related gene pool" during the Bronze to Iron Age transition, which supports the theory that a migration event occurred.[8]


Most scholars agree that the Philistines were of Greek origin,[9][10] and that they came from Crete and the rest of the Aegean Islands or, more generally, Greece.[11] 

Etymology 

The English term Philistine comes from Old French Philistin; from Classical Latin Philistinus; from Late Greek Philistinoi; ultimately from Hebrew Pəlištî (פלשתי‎; plural P'lishtim, פלשתים‎), meaning 'people of P'lesheth (פלשת‎)'; and there are cognates in Akkadian (aka Assyrian, Babylonian) Palastu and Egyptian Palusata;[12] the term Palestine has the same derivation.[13] The native Philistine endonym, assuming they had one, is unknown.


The Hebrew term Plištim occurs 286 times in the Masoretic Text of the Hebrew Bible (of which 152 times are in 1 Samuel). It also appears in the Samaritan Pentateuch.[14] In the Greek version of the Bible, called Septuagint, the equivalent term Phulistieím (Φυλιστιείμ) occurs 12 times, again in the Pentateuch.[15]


In secondary literature, "Philistia" is further mentioned in the Aramaic Visions of Amram (4Q543-7), which is dated "prior to Antiochus IV and the Hasmonean revolt," possibly to the time of High Priest of Israel Onias II; Jubilees 46:1-47:1 might have used Amram as a source.[16]


Outside of pre-Maccabean Israelite religious literature, evidence for the name and the origins of the Philistines is less abundant and less consistent. In the remainder of the Hebrew Bible, ha-Plištim is attested at Qumran for 2 Samuel 5:17.[17] In the Septuagint, however, 269 references instead use the term allophylos ('of another tribe').[18

History 

During the Late Bronze Age collapse, an apparent confederation of seafarers known as the Sea Peoples are recorded as attacking ancient Egypt and other Eastern Mediterranean civilizations.[19] While their exact origins are a mystery, and probably diverse, it is generally agreed that the Sea Peoples had origins in the greater Southern European area, including western Asia Minor, the Aegean, and the islands of the Mediterranean.[20] Egypt, in particular, repelled numerous attempted invasions from the Sea Peoples, most famously at the Battle of the Delta, where the pharaoh Ramesses III defeated a massive invasion force which had already plundered Hattusa, Carchemish, Cyprus, and the Southern Levant. Egyptian sources name one of these implicated Sea Peoples as the pwrꜣsꜣtj, generally transliterated as either Peleset or Pulasti. Following the Sea Peoples' defeat, Ramesses III allegedly relocated a number of the pwrꜣsꜣtj to southern Canaan, as recorded in an inscription from his funerary temple in Medinet Habu,[21] and the Great Harris Papyrus.[22][23] Though archaeological investigation has been unable to correlate any such settlement existing during this time period,[24][25][26] this, coupled with the name Peleset/Pulasti and the peoples' supposed Aegean origins, have led many scholars to identify the pwrꜣsꜣtj with the Philistines.[27]


Typically "Philistine" artifacts begin appearing in Canaan by the 12th century BCE. Pottery of Philistine origin has been found far outside of what would later become the core of Philistia, including at the majority of Iron Age I sites in the Jezreel Valley; however, because the quantity of said pottery finds are light, it is assumed that the Philistines' presence in these areas were not as strong as in their core territory, and that they probably were a minority which had assimilated into the native Canaanite population by the 10th century BCE.[28]


There is little evidence that the Sea Peoples forcefully injected themselves into the southern Levant as many sites where Philistine material culture appears did so without an intervening destruction event. At Ashdod, only some ash was found in part of one area, but as David Ben-Shlomo, one of the site's excavators put it, "Sites like Ashdod display no evidence for destruction in the Early Iron Age levels."[29] The original assumed destruction of Ashkelon was only a lens of ash uncovered in 1921, as all excavations have shown that no destruction took place ca. 1200 BCE. As the former lead excavator from Ashkelon stated, "The only clear conclusion that can be drawn is that there is no evidence of destruction."[30] At Tell es-Safi/Gath, no evidence of a destruction has been uncovered in any area, as the cited evidence for a destruction were some pieces of restorable pottery uncovered on one floor.[31] For Ekron, only a single storage building dating to ca. 1200 BCE was destroyed, and after this destruction, the local Canaanite inhabitants rebuilt the site. It was only after this Canaanite phase that Philistine pottery appeared at Ekron though most importantly, there was no destruction upon the arrival of the Philistine material culture and the transition was peaceful.[32] The same can be said for Aphek where an Egyptian garrison was destroyed, likely in an act of warfare at the end of the 13th century, which was followed by a local Canaanite phase, which was then followed by the peaceful introduction of Philistine pottery.[33] The lack of destruction by the Sea Peoples in the southern Levant should not be surprising as Canaan was never mentioned in any text describing the Sea Peoples as a target of destruction or attack by the Sea Peoples.[34] Other sites such as Tell Keisan, Acco, Tell Abu Hawam, Tel Dor, Tel Mevorak, Tel Zeror, Tel Michal, Tel Gerisa, and Tel Batash, have no evidence of a destruction ca. 1200 BCE.[35 By Iron Age II, the Philistines had formed an ethnic state centered around a pentapolis consisting of Ashkelon, Ashdod, Ekron, Gath, and Gaza. This period of Philistine history is something of a gray area, as the majority of information regarding Philistia comes from the Hebrew Bible, and is of questionable historicity. The Bible depicts a series of conflicts between the Philistines and the Israelites during the period of the Judges, after which they were apparently subjugated by David, before regaining independence in the wake of the United Monarchy's dissolution, after which there are only sparse references to them. The accuracy of these narratives is questioned by many scholars.


The Philistines seemed to have generally retained their autonomy, barring a few periods of partial Israelite and Judahite suzerainty, up until the era of the Neo-Assyrian Empire.[weasel words][citation needed] In the mid-8th century BC, Tiglath-Pileser III marched into the southern Levant, conquering Aram-Damascus, and occupying the remaining kingdoms in the area, including Philistia. Decades later, Egypt began agitating its neighbors to rebel against Assyrian occupation. A revolt in Israel was devastatingly crushed by 722 BC, resulting in the kingdom's total destruction. In 712 BC, a Philistine named Iamani ascended to the throne of Ashdod, and organized another failed uprising against Assyria with Egyptian aid. The Assyrian King Sargon II invaded Philistia, which effectively became annexed by Assyria, although the kings of the five cities, including Iamani, were allowed to remain on their thrones.[36] In his annals concerning the campaign, Sargon II singled out his capture of Gath, in 711 BC.[37] Ten years later, Egypt once again incited its neighbors to rebel against Assyria, resulting in Ashkelon, Ekron, Judah, and Sidon revolting against Sargon's son and successor, Sennacherib. Sennacherib squashed the revolt, and destroyed much of the cities in Phoenicia, Philistia, and Judah, though he was unable to capture the Judahite capital, Jerusalem. As punishment, the rebel nations paid tribute to Assyria, and Sennacherib's annals report that he exacted such tribute from the kings of Ashdod, Ashkelon, Gaza, and Ekron, but Gath is never mentioned, which may indicate that the city was actually destroyed by Sargon II.


The Philistines disappear from written record following the conquest of the Levant by the Babylonian king Nebuchadnezzar II towards the end of the 7th century BC, when Ashkelon, Ekron and many other cities from the region were completely destroyed.[38]

Origin 

The origin of the Philistines is still debated. The probable Aegean connection is discussed in the paragraph on "Archaeological evidence". Here-below are presented the possible connections between Philistines and various similar ethnonyms, toponyms or other philological interpretations of their biblical name: the "Peleset" mentioned in Egyptian inscriptions, a kingdom named as "Walistina/Falistina" or "Palistin" from the region near Aleppo in Syria, and older theories connecting them to a Greek locality or a Greek-language name. 

The "Peleset" from Egyptian inscriptions 

Since 1846, scholars have connected the biblical Philistines with the Egyptian "Peleset" inscriptions.[69][70][71][72][73] All five of these appear from c.1150 BCE to c.900 BCE just as archaeological references to Kinaḫḫu, or Ka-na-na (Canaan), come to an end;[74] and since 1873 comparisons were drawn between them and to the Aegean "Pelasgians."[75][76] Archaeological research to date has been unable to corroborate a mass settlement of Philistines during the Ramesses III era.[24][25][26] 


"Walistina/Falistina" and "Palistin" in Syria 

A Walistina is mentioned in Luwian texts already variantly spelled Palistina.[77][78][79] This implies dialectical variation, a phoneme ("f"?) inadequately described in the script,[80] or both. Falistina was a kingdom somewhere on the Amuq plain, where the Amurru kingdom had held sway before it.[81]


In 2003, a statue of a king named Taita bearing inscriptions in Luwian was discovered during excavations conducted by German archaeologist Kay Kohlmeyer in the Citadel of Aleppo.[82] The new readings of Anatolian hieroglyphs proposed by the Hittitologists Elisabeth Rieken and Ilya Yakubovich were conducive to the conclusion that the country ruled by Taita was called Palistin.[83] This country extended in the 11th-10th centuries BCE from the Amouq Valley in the west to Aleppo in the east down to Mehardeh and Shaizar in the south.[84]


Due to the similarity between Palistin and Philistines, Hittitologist John David Hawkins (who translated the Aleppo inscriptions) hypothesizes a connection between the Syro-Hittite Palistin and the Philistines, as do archaeologists Benjamin Sass and Kay Kohlmeyer.[85] Gershon Galil suggests that King David halted the Arameans' expansion into the Land of Israel on account of his alliance with the southern Philistine kings, as well as with Toi, king of Ḥamath, who is identified with Tai(ta) II, king of Palistin (the northern Sea Peoples).[86]


Contra

Edit

However, the relation between Palistin and the Philistines is much debated. Israeli professor Itamar Singer notes that there is nothing (besides the name) in the recently discovered archaeology that indicates an Aegean origin to Palistin; most of the discoveries at the Palistin capital Tell Tayinat indicate a Neo-Hittite state, including the names of the kings of Palistin. Singer proposes (based on archaeological finds) that a branch of the Philistines settled in Tell Tayinat and were replaced or assimilated by a new Luwian population who took the Palistin name.[87] 

Greece: "Palaeste" and phyle histia theories 

Another theory, proposed by Hermann Jacobsohn [de] in 1914, is that the name derives from the attested Illyrian-Epirote locality Palaeste, whose inhabitants would have been called Palaestīnī according to Illyrian normal grammatical practice.[88]


Allen Jones (1972) suggests that the name Philistine represents a corruption of the Greek phyle histia ('tribe of the hearth'), with the Ionic spelling of hestia.[89] 

Archaeological evidence 

According to Joshua 13:3[90] and 1 Samuel 6:17,[91] the land of the Philistines (or Allophyloi), called Philistia, was a pentapolis in the southwestern Levant comprising the five city-states of Gaza, Ashkelon, Ashdod, Ekron, and Gath, from Wadi Gaza in the south to the Yarqon River in the north, but with no fixed border to the east.[18]


Tell Qasile (a "port city") and Aphek were located on the northern frontier of Philistine territory, and Tell Qasile in particular may have been inhabited by both Philistine and non-Philistine people.[92]


The location of Gath is not entirely certain, although the site of Tell es-Safi, not far from Ekron, is currently the most favoured.[93]


The identity of the city of Ziklag, which according to the Bible marked the border between the Philistine and Israelite territory, remains uncertain.[94]


In the western part of the Jezreel Valley, 23 of the 26 Iron Age I sites (12th to 10th centuries BCE) yielded typical Philistine pottery. These sites include Tel Megiddo, Tel Yokneam, Tel Qiri, Afula, Tel Qashish, Be'er Tiveon, Hurvat Hazin, Tel Risim, Tel Re'ala, Hurvat Tzror, Tel Sham, Midrakh Oz and Tel Zariq. Scholars have attributed the presence of Philistine pottery in northern Israel to their role as mercenaries for the Egyptians during the Egyptian military administration of the land in the 12th century BCE. This presence may also indicate further expansion of the Philistines to the valley during the 11th century BCE, or their trade with the Israelites. There are biblical references to Philistines in the valley during the times of the Judges. The quantity of Philistine pottery within these sites is still quite small, showing that even if the Philistines did settle the valley, they were a minority that blended within the Canaanite population during the 12th century BCE. The Philistines seem to have been present in the southern valley during the 11th century, which may relate to the biblical account of their victory at the Battle of Gilboa.[28] 

Egyptian inscriptions 

Since Edward Hincks[69] and William Osburn Jr.[70] in 1846, biblical scholars have connected the biblical Philistines with the Egyptian "Peleset" inscriptions;[71][72] and since 1873, both have been connected with the Aegean "Pelasgians".[95] The evidence for these connections is etymological and has been disputed.[76]


Based on the Peleset inscriptions, it has been suggested that the Casluhite Philistines formed part of the conjectured "Sea Peoples" who repeatedly attacked Egypt during the later Nineteenth Dynasty.[96][97] Though they were eventually repulsed by Ramesses III, he finally resettled them, according to the theory, to rebuild the coastal towns in Canaan. Papyrus Harris I details the achievements of the reign (1186–1155 BC) of Ramesses III. In the brief description of the outcome of the battles in Year 8 is the description of the fate of some of the conjectured Sea Peoples. Ramesses claims that, having brought the prisoners to Egypt, he "settled them in strongholds, bound in my name. Numerous were their classes, hundreds of thousands strong. I taxed them all, in clothing and grain from the storehouses and granaries each year." Some scholars suggest it is likely that these "strongholds" were fortified towns in southern Canaan, which would eventually become the five cities (the Pentapolis) of the Philistines.[98] Israel Finkelstein has suggested that there may be a period of 25–50 years after the sacking of these cities and their reoccupation by the Philistines. It is possible that at first, the Philistines were housed in Egypt; only subsequently late in the troubled end of the reign of Ramesses III would they have been allowed to settle Philistia.[citation needed]


The "Peleset" appear in four different texts from the time of the New Kingdom.[99] Two of these, the inscriptions at Medinet Habu and the Rhetorical Stela at Deir al-Medinah, are dated to the time of the reign of Ramesses III (1186–1155 BC).[99] Another was composed in the period immediately following the death of Ramesses III (Papyrus Harris I).[99] The fourth, the Onomasticon of Amenope, is dated to some time between the end of the 12th or early 11th century BC.[99] The inscriptions at Medinet Habu consist of images depicting a coalition of Sea Peoples, among them the Peleset, who are said in the accompanying text to have been defeated by Ramesses III during his Year 8 campaign. In about 1175 BC, Egypt was threatened with a massive land and sea invasion by the "Sea Peoples," a coalition of foreign enemies which included the Tjeker, the Shekelesh, the Deyen, the Weshesh, the Teresh, the Sherden, and the PRST. They were comprehensively defeated by Ramesses III, who fought them in "Djahy" (the eastern Mediterranean coast) and at "the mouths of the rivers" (the Nile Delta), recording his victories in a series of inscriptions in his mortuary temple at Medinet Habu. Scholars have been unable to conclusively determine which images match what peoples described in the reliefs depicting two major battle scenes. A separate relief on one of the bases of the Osirid pillars with an accompanying hieroglyphic text clearly identifying the person depicted as a captive Peleset chief is of a bearded man without headdress.[99] This has led to the interpretation that Ramesses III defeated the Sea Peoples, including Philistines, and settled their captives in fortresses in southern Canaan; another related theory suggests that Philistines invaded and settled the coastal plain for themselves.[100] The soldiers were quite tall and clean-shaven. They wore breastplates and short kilts, and their superior weapons included chariots drawn by two horses. They carried small shields and fought with straight swords and spears.[101]


The Rhetorical Stela are less discussed, but are noteworthy in that they mention the Peleset together with a people called the Teresh, who sailed "in the midst of the sea". The Teresh are thought to have originated from the Anatolian coast and their association with the Peleset in this inscription is seen as providing some information on the possible origin and identity of the Philistines.[102]


The Harris Papyrus, which was found in a tomb at Medinet Habu, also recalls Ramesses III's battles with the Sea Peoples, declaring that the Peleset were "reduced to ashes." The Papyrus Harris I, records how the defeated foe were brought in captivity to Egypt and settled in fortresses.[103] The Harris papyrus can be interpreted in two ways: either the captives were settled in Egypt and the rest of the Philistines/Sea Peoples carved out a territory for themselves in Canaan, or else it was Ramesses himself who settled the Sea Peoples (mainly Philistines) in Canaan as mercenaries.[104] Egyptian strongholds in Canaan are also mentioned, including a temple dedicated to Amun, which some scholars place in Gaza; however, the lack of detail indicating the precise location of these strongholds means that it is unknown what impact these had, if any, on Philistine settlement along the coast.[102]


The only mention in an Egyptian source of the Peleset in conjunction with any of the five cities that are said in the Bible to have made up the Philistine pentapolis comes in the Onomasticon of Amenope. The sequence in question has been translated as: "Ashkelon, Ashdod, Gaza, Assyria, Shubaru [...] Sherden, Tjekker, Peleset, Khurma [...]" Scholars have advanced the possibility that the other Sea Peoples mentioned were connected to these cities in some way as well.[102] 

Material culture: Aegean origin and historical evolution 

Many scholars have interpreted the ceramic and technological evidence attested to by archaeology as being associated with the Philistine advent in the area as strongly suggestive that they formed part of a large scale immigration to southern Canaan, probably from Anatolia and Cyprus, in the 12th century BCE.[105]


The proposed connection between Mycenaean culture and Philistine culture was further documented by finds at the excavation of Ashdod, Ekron, Ashkelon, and more recently Gath, four of the five Philistine cities in Canaan. The fifth city is Gaza. Especially notable is the early Philistine pottery, a locally made version of the Aegean Mycenaean Late Helladic IIIC pottery, which is decorated in shades of brown and black. This later developed into the distinctive Philistine pottery of the Iron Age I, with black and red decorations on white slip known as Philistine Bichrome ware.[106] Also of particular interest is a large, well-constructed building covering 240 square metres (2,600 sq ft), discovered at Ekron. Its walls are broad, designed to support a second story, and its wide, elaborate entrance leads to a large hall, partly covered with a roof supported on a row of columns. In the floor of the hall is a circular hearth paved with pebbles, as is typical in Mycenaean megaron hall buildings; other unusual architectural features are paved benches and podiums. Among the finds are three small bronze wheels with eight spokes. Such wheels are known to have been used for portable cultic stands in the Aegean region during this period, and it is therefore assumed that this building served cultic functions. Further evidence concerns an inscription in Ekron to PYGN or PYTN, which some have suggested refers to "Potnia", the title given to an ancient Mycenaean goddess. Excavations in Ashkelon, Ekron, and Gath reveal dog and pig bones which show signs of having been butchered, implying that these animals were part of the residents' diet.[107][108] Among other findings there are wineries where fermented wine was produced, as well as loom weights resembling those of Mycenaean sites in Greece.[109] 

Further evidence of the Aegean origin of the initial Philistine settlers was provided by studying their burial practices in the so far only discovered Philistine cemetery, excavated at Ashkelon (see below).


However, for many years scholars such as Gloria London, John Brug, Shlomo Bunimovitz, Helga Weippert, and Edward Noort, among others, have noted the "difficulty of associating pots with people", proposing alternative suggestions such as potters following their markets or technology transfer, and emphasize the continuities with the local world in the material remains of the coastal area identified with "Philistines", rather than the differences emerging from the presence of Cypriote and/or Aegean/ Mycenaean influences. The view is summed up in the idea that 'kings come and go, but cooking pots remain', suggesting that the foreign Aegean elements in the Philistine population may have been a minority.[110][111]

Geographic evolution 

Material culture evidence, primarily pottery styles, indicates that the Philistines originally settled in a few sites in the south, such as Ashkelon, Ashdod and Ekron.[112] It was not until several decades later, about 1150 BC, that they expanded into surrounding areas such as the Yarkon region to the north (the area of modern Jaffa, where there were Philistine farmsteads at Tel Gerisa and Aphek, and a larger settlement at Tel Qasile).[112] Most scholars, therefore, believe that the settlement of the Philistines took place in two stages. In the first, dated to the reign of Ramesses III, they were limited to the coastal plain, the region of the Five Cities; in the second, dated to the collapse of Egyptian hegemony in southern Canaan, their influence spread inland beyond the coast.[113] During the 10th to 7th centuries BC, the distinctiveness of the material culture appears to have been absorbed with that of surrounding peoples.[114] 

Burial practices 

The Leon Levy Expedition, consisting of archaeologists from Harvard University, Boston College, Wheaton College in Illinois and Troy University in Alabama, conducted a 30-year investigation of the burial practices of the Philistines, by excavating a Philistine cemetery containing more than 150 burials dating from the 11th to 8th century BCE Tel Ashkelon. In July 2016, the expedition finally announced the results of their excavation.[115]


Archaeological evidence, provided by architecture, burial arrangements, ceramics, and pottery fragments inscribed with non-Semitic writing, indicates that the Philistines were not native to Canaan. Most of the 150 dead were buried in oval-shaped graves, some were interred in ashlar chamber tombs, while there were 4 who were cremated. These burial arrangements were very common to the Aegean cultures, but not to the one indigenous to Canaan. Lawrence Stager of Harvard University believes that Philistines came to Canaan by ships before the Battle of the Delta circa 1175 BCE. DNA was extracted from the skeletons for archaeogenetic population analysis.[116]


The Leon Levy Expedition, which has been going on since 1985, helped break down some of the previous assumptions that the Philistines were uncultured people by having evidence of perfume near the bodies in order for the deceased to smell it in the afterlife.[117 

           A study carried out on skeletons at Ashkelon in 2019 by an interdisciplinary team of scholars from the Max Planck Institute for the Science of Human History and the Leon Levy Expedition found that human remains at Ashkelon, associated with Philistines during the Iron Age, derived most of their ancestry from the local Levantine gene pool, but with a certain amount of Southern-European-related admixture. This confirms previous historic and archaeological records of a Southern-European migration event.[8] The DNA suggests an influx of people of European heritage into Ashkelon in the twelfth century BC. The individuals' DNA shows similarities to that of ancient Cretans, but it is impossible to specify the exact place in Europe from where Philistines had migrated to Levant, due to limited number of ancient genomes available for study, "with 20 to 60 per cent similarity to DNA from ancient skeletons from Crete and Iberia and that from modern people living in Sardinia."[118][8]


After two centuries since their arrival, the Southern-European genetic markers were dwarfed by the local Levantine gene pool, suggesting intensive intermarriage, but the Philistine culture and peoplehood remained distinct from other local communities for six centuries.[119]


The finding fits with an understanding of the Philistines as an "entangled" or "transcultural" group consisting of peoples of various origins, said Aren Maeir, an archaeologist at Bar-Ilan University in Israel. "While I fully agree that there was a significant component of non-Levantine origins among the Philistines in the early Iron Age," he said, "these foreign components were not of one origin, and, no less important, they mixed with local Levantine populations from the early Iron Age onward." Laura Mazow, an archaeologist at East Carolina University in Greenville, N.C., said the research paper supported the idea that there was some migration from the west.[8] She added that the findings "support the picture that we see in the archaeological record of a complex, multicultural process that has been resistant to reconstruction by any single historical model."[120][121]

Modern archaeologists agree that the Philistines were different from their neighbors: their arrival on the eastern shores of the Mediterranean in the early 12th century B.C. is marked by pottery with close parallels to the ancient Greek world, the use of an Aegean —instead of a Semitic— script, and the consumption of pork.[122] Nevertheless, Cretans were not too unfamiliar with the Levant, with connections being established since the Minoan era, as seen by their influence on Tel Kabri.[123] 

Population 

The population of the area associated with Philistines is estimated to have been around 25,000 in the 12th century BC, rising to a peak of 30,000 in the 11th century BC.[124] The Canaanite nature of the material culture and toponyms suggest that much of this population was indigenous, such that the migrant element would likely constitute less than half the total, and perhaps much less.[124] 

Language 

Nothing is known for certain about the language of the Philistines. Pottery fragments from the period of around 1500–1000 BCE have been found bearing inscriptions in non-Semitic languages, including one in a Cypro-Minoan script.[125] The Bible does not mention any language problems between the Israelites and the Philistines, as it does with other groups up to the Assyrian and Babylonian occupations.[126] Later, Nehemiah 13:23-24 writing under the Achaemenids records that when Judean men intermarried women from Moab, Ammon and Philistine cities, half the offspring of Judean marriages with women from Ashdod could speak only their mother tongue, Ašdōdīṯ, not Judean Hebrew (Yehūdīṯ); although by then this language might have been an Aramaic dialect.[127] There is some limited evidence in favour of the assumption that the Philistines were originally Indo-European-speakers, either from Greece or Luwian speakers from the coast of Asia Minor, on the basis of some Philistine-related words found in the Bible not appearing to be related to other Semitic languages.[128] Such theories suggest that the Semitic elements in the language were borrowed from their neighbours in the region. For example, the Philistine word for captain, "seren", may be related to the Greek word tyrannos (thought by linguists to have been borrowed by the Greeks from an Anatolian language, such as Luwian or Lydian[128]). Although most Philistine names are Semitic (such as Ahimelech, Mitinti, Hanun, and Dagon)[126] some of the Philistine names, such as Goliath, Achish, and Phicol, appear to be of non-Semitic origin, and Indo-European etymologies have been suggested. Recent finds of inscriptions written in Hieroglyphic Luwian in Palistin substantiate a connection between the language of the kingdom of Palistin and the Philistines of the southwestern Levant.[129][130][131] 

Religion 

The deities worshipped in the area were Baal, Astarte, Asherah, and Dagon, whose names or variations thereof had already appeared in the earlier attested Canaanite pantheon.[18] Another name, attested on the Ekron Royal Dedicatory Inscription, is PT[-]YH, unique to the Philistine sphere and possibly representing a goddess in their pantheon,[132] though an exact identity has been subject to scholarly debate. The Philistines may also have worshipped Qudshu and Anat.[133]


Although the Bible cites Dagon as the main Philistine god, there is a stark lack of any evidence which indicates the Philistines had any particular proclivity to the worship of Dagon. In fact, no evidence of Dagon worship whatsoever is discernable at Philistine sites, with even theophoric names invoking the deity being absent from the already limited corpus of known Philistine names. A further assessment of the Iron Age I finds worship of Dagon in any immediate Canaanite context, let alone one which is indisputably Philistine, as seemingly non-existent.[134] Still, this does not imply that worship of Dagon was completely unheard of amongst the Philistines, and multiple mentions of a city in Assyrian, Phoenician, and Egyptian sources known as Beth Dagon may imply the god was venerated in at least some parts of Philistia.[134]


The most common material religious artefact finds from Philistine sites are goddess figurines/chairs, sometimes called Ashdoda. This seems to imply a dominant female figure, which is consistent with Ancient Aegean religion.[135] 

Economy 

Cities excavated in the area attributed to Philistines give evidence of careful town planning, including industrial zones. The olive industry of Ekron alone includes about 200 olive oil installations. Engineers estimate that the city's production may have been more than 1,000 tons, 30 percent of Israel's present-day production.[101]


There is considerable evidence for a large industry in fermented drink. Finds include breweries, wineries, and retail shops marketing beer and wine. Beer mugs and wine kraters are among the most common pottery finds.[136]


The Philistines also seemed to be experienced metalworkers, as complex wares of gold, bronze, and iron, have been found at Philistine sites as early as the 12th century BC,[137] as well as artisanal weaponry.[138] Further evidence of the Philistine domination of the metallurgical market lies in the Hebrew Bible, which claims that the Israelites relied heavily on Philistine blacksmiths for iron tools and weapons, despite the near-constant state of war between the two groups.[139]