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Just in: Charity Shop broken into in Edenderry Co Offaly.. Lawless Ireland

🇵🇱 UDOSTĘPNIAJCIE! NIECH POLSKA USŁYSZY NASZ GŁOS! Sprzed Trybunału Konstytucyjnego płynie przesłanie, którego nie wolno zagłuszyć – Hymn Miasteczka Wolności i Solidarności! W obliczu działań rządu Donalda Tuska, które jawnym zamachem stanu, musimy przypominać, że demokracja, wolność i solidarność to wartości, o które warto upominać się każdego dnia. Niech ten hymn dotrze do jak największej liczby Polaków! 🇵🇱 UDOSTĘPNIAJCIE, PUBLIKUJCIE, PRZESYŁAJCIE DALEJ! Niech usłyszą nas w całej Polsce!

BREAKING: This morning’s cyberattack against supermarket fridges and freezers has now spread to Belgium, Sweden, Luxembourg and Estonia. The hackers increased the temperature up to 50C. Food worth millions of euros has been spoiled. Experts warn that such cyberattacks on supply chains and logistics can constitute a threat to national food security in many Western states.

A factory worker who raped and physically abused his partner's two children, holding their heads under bathwater and locking one into a hot press, has been jailed for over 12 years. courtsnewsireland.ie/cruel-a…

The Geometry of the Irish Monastic Schools: Music, the Stars and the Hidden Order of Nature For nearly 10 years, my research has repeatedly brought me back to the same subjects: energy, vibration, sound, geometry and the relationship between ancient architecture and the natural world. Across ancient Irish ecclesiastical sites such as Clonmacnoise, Clonfert and Clontuskert, amongst others I noticed sophisticated geometric forms carved into stone and incorporated directly into architecture. I had already begun to suspect that these patterns represented more than decoration. But I was missing the key that connected them. I believe that key may be music. The Pythagorean Connection An extraordinary mathematical-musical tradition survives in medieval Irish manuscripts. An 11th-century Irish manuscript tradition associated with Glendalough contains a lambda diagram in which musical tones and semitones are developed mathematically. This immediately takes us into the world of Pythagorean and Platonic musical theory. The Pythagorean discovery was profound because musical harmony could be reduced to simple numerical relationships. An octave corresponds to 2:1. A perfect fifth to 3:2. A perfect fourth to 4:3. Music was therefore not simply sound. Music was mathematics made audible. And this mathematical understanding of harmony was extended to the cosmos itself through the concept we now call the Music of the Spheres. The universe possessed order. The heavens moved according to cycles. Music followed ratios. Geometry expressed proportion. Number connected them. This immediately made me reconsider what I had already found within Irish monastic architecture. Clonfert and the Tetractys One of the sites that originally pushed me towards mathematics was St Brendan's Cathedral at Clonfert. Above its extraordinary doorway is a large triangular geometric arrangement containing repeated triangular divisions. I had already compared this with the Pythagorean tetractys. The tetractys arranges the first four numbers into a triangle: 1 + 2 + 3 + 4 = 10 But I had missed something important. Those numbers also generate the fundamental ratios underlying musical harmony. I had recognised the geometry. What I hadn't properly connected was the music. Once evidence for mathematical music within Irish learned culture enters the picture, the relationship becomes considerably more interesting. The same mathematical concept—proportion—can govern both a musical interval and a geometric construction. Music becomes proportion experienced through sound. Geometry becomes proportion experienced through space. Clontuskert and the Search for the Key This also brought me back to Clontuskert. There I noticed a geometric carving that reminded me strongly of the form associated with phi. Since finding it, I have essentially been searching for the mathematical key behind these monuments. What system were these builders working from? What was their key, tone or note? What connected the geometry carved into their churches with the intellectual traditions cultivated within their schools? The Pythagorean connection now provides a possible framework. Number → proportion → harmony. And this is exactly where the medieval mathematical curriculum becomes important. Arithmetic, geometry, music and astronomy formed the four mathematical arts later called the quadrivium. They were interconnected ways of understanding order. Arithmetic was number. Geometry was number expressed spatially. Music concerned numerical relationships in harmony. Astronomy concerned numerical relationships in celestial cycles. Suddenly the geometry of the Irish monastery belongs to a much larger intellectual world. Clonmacnoise and the Sonic Arch Clonmacnoise gave me another clue entirely. The site contains the famous acoustic or Whispering Arch. But what originally caught my attention wasn't simply its unusual relationship with sound. It was the imagery. I noticed serpentine or dragon-like forms alongside wave-like patterns associated with the architecture. That led me to a question that has subsequently followed me through my other research: Could the serpent sometimes represent vibration, sound or another form of oscillating energy? I am presenting that as my own hypothesis, not established archaeological interpretation. But consider what sound actually is. Sound propagates through matter as a mechanical disturbance. When represented mathematically, oscillatory phenomena naturally produce wave forms. The movement is serpentine. Sound itself is invisible. The effects of sound are not. And Irish monasteries were intensely acoustic environments. There were bells. Chant. Spoken liturgy. Stone chambers. Arches. Reverberation. If the same learned culture understood musical intervals mathematically, then perhaps some of its architecture wasn't intended merely to be seen. Perhaps it was also designed to be heard. The Stars This brings astronomy into the same system. When the changing relative positions of planets are plotted over repeated cycles, remarkable geometric patterns can emerge. The famous relationship between Earth and Venus provides an example. Approximately five Earth–Venus synodic cycles correspond closely with eight Earth years, producing an approximate fivefold arrangement of conjunctions. The planets don't physically draw these lines through space. The geometry reveals their periodic mathematical relationship. And that is where the connection becomes important. Music can be represented through frequency ratios. Celestial cycles can be represented through period ratios. Geometry represents spatial ratios. The same intellectual instrument—mathematics—can describe all three. This is the deeper significance of the Music of the Spheres. And it made me reconsider the repeated circles, trefoils, radial divisions, intersecting forms and geometric patterns appearing throughout ecclesiastical architecture. Could some of this architecture represent celestial order brought down into physical form? As above, so below. Not every trefoil needs to represent a planet. Nor should every circle automatically be interpreted astronomically. But the possibility is testable. Measure the buildings. Count the divisions. Establish their proportions. Determine their orientations. Compare them against the mathematical, musical and astronomical knowledge preserved within contemporary manuscripts. If the same ratios repeatedly occur, the argument becomes considerably stronger. St Manchán's Shrine and the Craftsmen The extraordinary Shrine of St Manchán provides another reminder of the technical abilities present within Irish ecclesiastical culture. These communities were not simply producing theological manuscripts. Their world included sophisticated metalworking, stone carving, architecture, manuscript illumination and bell manufacture. Knowledge and craftsmanship met inside the monastery. This matters because the geometry we see in architecture required people capable of transferring abstract relationships into physical materials. Ireland also developed schools and networks of specialised craftsmen. Master builders and carvers moved between ecclesiastical centres, taking techniques and artistic traditions with them. This provides a practical mechanism through which a geometric tradition could spread. School to school. Master to apprentice. Monastery to monastery. And strangely, Irish legendary history describes something remarkably similar. Fénius Farsaid and the Ancient Schools Irish tradition places Fénius Farsaid at the beginning of a great scholarly lineage. Fénius establishes schools and is associated with the study and collection of languages. His son Nél continues that learned tradition. And then the narrative leads to Egypt. Nél becomes associated with Pharaoh and marries Scota, the Pharaoh's daughter, within the Gaelic origin tradition. Whether these accounts preserve literal history is a separate question. What matters here is what the stories reveal about the medieval Irish conception of knowledge. The learned tradition was imagined as something transmitted through schools, teachers, lineages and distant centres of ancient knowledge. And Egypt occupied an extraordinary position within that story. Egypt This raises another possibility. Perhaps Pythagoreanism isn't the complete explanation. Ireland possesses a persistent legendary connection with Egypt through Scota and the Gaelic origin narratives. Christian Ireland also inherited traditions ultimately associated with the Egyptian Desert Fathers. Late Antique Egypt simultaneously stood at a crossroads of Greek philosophy, Christianity, mathematics, astronomy, Hermetic thought and the traditions from which Western alchemy developed. So perhaps what eventually reached Ireland wasn't one clean philosophical system. Perhaps multiple traditions had already become intertwined. This is particularly interesting because alchemy originally represented much more than the crude idea of attempting to make gold. It concerned the transformation of matter, while philosophical and spiritual interpretations developed around purification, transformation and the relationship between the microcosm and macrocosm. That doesn't prove Irish monks were practising Egyptian alchemy. But it raises an important question: What exactly was the natural philosophy underlying the Irish monastic schools? John the Scot This question becomes particularly interesting with the ninth-century Irish philosopher John Scottus Eriugena. His work presents Nature as an interconnected totality proceeding from and ultimately returning towards its source. Reading Eriugena reminded me strongly of a much later thinker I have studied: Walter Russell. Russell attempted to understand nature through light, rhythmic interchange, polarity and periodic processes. I am not arguing that Russell inherited Eriugena's philosophy or that Russell's cosmology constitutes established modern physics. What interests me is the similarity of the underlying question. Can apparently different manifestations of nature emerge from a deeper underlying order? And that brings this investigation directly back to my own work. Energy My previous research has repeatedly brought me towards energy, heat, light, vibration, sound and frequency. These are not physically identical phenomena. But frequency, oscillation, periodicity, resonance and energy transfer occur throughout physics in different forms. And suddenly I find medieval Irish scholars working within an intellectual tradition that also sought unity between apparently different phenomena—but through the language of number, proportion and harmony. Their language was not our modern concept of energy. It was: Number. Ratio. Harmony. Geometry. Cosmic order. And perhaps that is the connection I have been searching for. A Lost Language of Nature? I began this investigation looking at stones. At Clontuskert, I found geometry. At Clonfert, the triangular arrangement made me suspect a mathematical connection. At Clonmacnoise, the acoustic arch, waves and serpent imagery made me wonder about sound and vibration. But something was missing. Music supplied the missing piece. The Pythagorean tradition demonstrates that sound can be expressed through number. Musical harmony emerges from frequency relationships. Geometry can express relationships spatially. Astronomy expresses periodic relationships through celestial motion. The Irish monastery brought these disciplines together. And suddenly the architecture begins to look different. Perhaps these monasteries weren't simply places where this knowledge was taught. Perhaps the buildings themselves were expressions of that knowledge. The heavens supplied the cycles. Mathematics supplied the ratios. Music made those ratios audible. Geometry made them visible. The craftsmen put them into stone. And sound brought the stone environment to life. This connects directly with my previous investigations into the Great Pyramid, Angkor Wat and Chichén Itzá, where I repeatedly encountered relationships between architecture, geometry, acoustics, materials, vibration and natural phenomena. Ireland has now brought me towards the same question through a completely different route. Not through a pyramid. Through the monastic school. Perhaps what survives in these monuments isn't evidence of some mysterious lost energy source. Perhaps it is something subtler: a lost language for describing the relationships through which nature transfers and organises energy. If that interpretation is correct, the next stage isn't simply to look for more symbols. It is to measure them. Measure the geometry. Measure the acoustic response. Establish the ratios. Compare the monuments with the manuscripts. Compare music with architecture. Compare architecture with celestial cycles. Because if the same mathematical relationships repeatedly appear in the music, stars, manuscripts and stone, then we are no longer dealing simply with visual coincidence. We are dealing with a system. Number made audible. Harmony made visible. The heavens reflected in stone. As above, so below.