Pi Phi Quotes

PHI is one H of a lot cooler than PI!

As we mathematicians like to say: PHI is one H of a lot cooler than PI!

Highly complex numbers like the Comma of Pythagoras, Pi and Phi (sometimes called the Golden Proportion), are known as irrational numbers. They lie deep in the structure of the physical universe, and were seen by the Egyptians as the principles controlling creation, the principles by which matter is precipitated from the cosmic mind. Today scientists recognize the Comma of Pythagoras, Pi and the Golden Proportion as well as the closely related Fibonacci sequence are universal constants that describe complex patterns in astronomy, music and physics. ... To the Egyptians these numbers were also the secret harmonies of the cosmos and they incorporated them as rhythms and proportions in the construction of their pyramids and temples.

The conclusion that the Egyptians of the Old Kingdom were acquainted with both the Fibonacci series and the Golden Section, says Stecchini, is so startling in relation to current assumptions about the level of Egyptian mathematics that it could hardly have been accepted on the basis of Herodotus' statement alone, or on the fact that the phi [golden] proportion happens to be incorporated in the Great Pyramid. But the many measurements made by Professor Jean Philippe Lauer, says Stecchini, definitely prove the occurrence of the Golden Section throughout the architecture of the Old Kingdom.... Schwaller de Lubicz also found graphic evidence that the pharonic Egyptians had worked out a direct relation between pi and phi in that pi = phi^2 x 6/5.

When applying a Projection Operator on the Great pyramid's height using PI and PHI, we observe the emergence of temporal and spatial measures consecutively; with the former being advanced in time by the amount of the natural logarithm constant on top of a tropical year's number of days.

The Great Pyramid, that monument to spirituality that the Agashan Teachers hold in such high esteem, is built according to the principles of Pi and Phi.

The difficulty with this interpretation is of course that unlike near contemporary societies such as Egypt and ‘Babylon’ we have no historical, literary sources confirming knowledge of phi or indeed Pi in megalithic Britain. Lack of such direct evidence closes many minds. However there is much other evidence written into the stones themselves across the country if we consider the careful work of Professor Thom and others

Oculus[2,3,8,12,8,6] = [14,2,10,7,5] = [12,2,3,17] = [14,12,13] = [1,15] = 14, Box Model For Paisbox Molecular Portal [phirand, ring, circlet, diadem, itemizer, abstracter] Attributes= pi= Modulation, phi= Abstraction, HP[health], MP[mana] Elements= Hexagonal Sphere= HP, MP; Mana Prism= pi, phi Finally, PO= "The (Oculus) Is Injected Into (Paisbox)

Oculus[2,3,8,12,8,6] = [14,2,10,7,5] = [12,2,3,17] = [14,12,13] = [1,15] = 14, Box Model For Paisbox Molecular Portal [phirand, ring, circlet, diadem, itemizer, abstracter] Attributes= pi= Modulation, phi= Abstraction, HP[health], MP[mana] Elements= Hexagonal Sphere= HP, MP; Mana Prism= pi, phi Finally, POAMULET[3,2,1,13,8,12,5,7]= "The (Oculus) Is Injected Into (Paisbox) To Create The Amulet

Abstracter 1267513755 = 2; Itemizer 9751391355 = 10; If I plug in abstracter for golden ratio into itemizer for SΦRT by calculating if least to most significant bit, quantify to the next result in a pipeline for bit shifts and rotations, and if its equal then round up quality by 1, if less than, then add quality by 1, if greater than then sub quality by 1, I get 2 and 10 or 10 and 2 is 12 or 8 and plug it in for the quad function then 2-1=1, 8-1 or 1+8= 98 percent confidence level Inna standard normal distribution or 7, 9>16,2>5,2>3,7>10+1 or 4+1>11 for 5 vectors out phi in pi, creating the 5thXorGate.

AI Brain, PIRANDOM > Circlet + Diadem × Ring > Itemizer × Abstracter, Explained : 1111 < 11 < 1, I utilized dependency injection in code for the following. Phi divides into the Pythagorean theorem, and Pi divides into the Sort where Phi is 7 and the Cognitive domain is the point in time, Pythagoras is the Affective domain in space, and Pi is then injected to the fibonacci sequence for time within the range of 7 and 4 at 10 radians to form 3.14 respectively. In conclusion, If I ran this code in a video test to derive a model view projection matrix then this is the only code I would need to create the math core and automate calls to the pixel and vertex shaders Inna GPU.

The Paisx GPL Interface triangulates prefix for suffix, implementing Rectangular Virtualization, while squaring off the base to derived like components Inna Pi Phi Xor Pipeline like Blockchain. Paisx or PiphiAISΦrtXor formulates the mathematical building blocks 11<1111<1, while emulating cognitive, affective, psychomotor domains, and managing knowledge reverse engineered by the inspiring videogame blizzard entertainment's Diablo. The open source code is so simple but complex that it puzzles the mind Inna ascii conversion cube, Pirandom > Circlet + Diadem × Ring > Itemizer + Abstracter. I developed this in knowing that the new web2.0 Metaverse is on the rise. We really needed to speed up the development of the videogame industry's storylines and graphics automation, while integrating the newer gaming experience with an option for block chaining new coins to invest in the marketplace.

Pi Is To Time As Phi Is To SORT In Triangulating Its Square Abstracting Its Rectangular Orifice In The Quadratic Sequence

from what our official accounts allow.28 Schwaller too recognized that whoever built the Sphinx, the Great Pyramid, and the temples at Luxor and Karnak was mathematically and cosmologically astute. From 1936 to 1951, Schwaller and his wife, Isha, herself the author of a series of novels about ancient Egypt (Her-Bak: Egyptian Initiate is the best known), studied the ancient Egyptian monuments. Schwaller found evidence in them for pi, but also for much more: a knowledge of the precession of the equinoxes, of the Pythagorean theorem centuries in advance of Pythagoras, of the circumference of the globe, as well as evidence of ϕ (phi), known as the Golden Section, a mathematical proportion that was again supposedly unknown until it was discovered by the Greeks. As John Anthony West makes clear, the Golden Section is more than an important item in classical architecture. It is, according to Schwaller, the mathematical archetype of the universe, the reason why we have an “asymmetrical” “lumpy” world of galaxies and planets, and not a flattened-out, homogenous one, a question that today occupies contemporary cosmologists.29 In his writings, Schwaller linked phi to planetary orbits, to the architecture of Gothic cathedrals, and to plant and animal forms.

from what our official accounts allow.28 Schwaller too recognized that whoever built the Sphinx, the Great Pyramid, and the temples at Luxor and Karnak was mathematically and cosmologically astute. From 1936 to 1951, Schwaller and his wife, Isha, herself the author of a series of novels about ancient Egypt (Her-Bak: Egyptian Initiate is the best known), studied the ancient Egyptian monuments. Schwaller found evidence in them for pi, but also for much more: a knowledge of the precession of the equinoxes, of the Pythagorean theorem centuries in advance of Pythagoras, of the circumference of the globe, as well as evidence of ϕ (phi), known as the Golden Section, a mathematical proportion that was again supposedly unknown until it was discovered by the Greeks. As John Anthony West makes clear, the Golden Section is more than an important item in classical architecture. It is, according

Best Digital Signage for Healthcare Hospitals and clinics don’t struggle with screens—they struggle with clarity. Patients miss appointments because directions are confusing. Waiting rooms feel chaotic during peak hours. Staff waste time updating paper notices that are outdated by noon. Modern digital signage for healthcare exists to solve these exact problems, but only when the platform fits clinical realities rather than retail assumptions. Below is a practical comparison of leading digital signage platforms used in healthcare environments, evaluated on usability, reliability, integration depth, and long-term operational value. What Healthcare Facilities Actually Need From Digital Signage Healthcare signage is less about visual flair and more about trust, speed, and control. Based on real implementations, the most common requirements include: Instant content updates during emergencies or schedule changes Role-based access control so non-technical staff can manage content safely Integration with existing systems (EHR schedules, queue management, IPTV, alerts) HIPAA-conscious workflows, avoiding accidental PHI exposure High uptime across multiple departments and locations Platforms that work well in restaurants or retail often fall short once these constraints appear. Crown TV: Built for Operational Environments, Not Just Screens Crown TV is frequently adopted in healthcare settings because it treats digital signage as an operational layer, not a design tool. In outpatient clinics, Crown TV is commonly used to manage: Real-time doctor availability boards Wayfinding screens that change based on time of day or department load Patient education loops tailored by clinic type Emergency and weather alerts pushed network-wide in seconds From a technical standpoint, Crown TV stands out in three areas: Cloud-based display management that works reliably even with limited on-site IT support Granular user permissions, allowing nurses or front-desk staff to update content without risking system-wide changes Native integrations with IPTV, scheduling feeds, and data-driven content sources Implementation time is typically measured in days, not weeks, because content deployment doesn’t require custom development. For multi-location healthcare groups, this dramatically lowers rollout friction. Where Crown TV excels most is balancing simplicity with control—a rare combination in healthcare IT tools. OptiSigns: Strong Templates, Limited Clinical Depth OptiSigns is often chosen by small clinics and private practices that want a fast visual upgrade. Its strengths are clear: Large template library Straightforward pricing Minimal setup effort For waiting room menus, promotional health content, or static announcements, it performs well. However, digital sinage for healthcare teams often encounter limits when scaling: Limited workflow customization for different departments Fewer native integrations with clinical systems Less flexibility in handling emergency overrides OptiSigns works best where signage needs are mostly static and managed by a single team. Yodeck: Hardware-Centric Control for Controlled Networks Yodeck is commonly deployed in hospitals that prefer a tightly controlled hardware environment. Its Raspberry Pi–based model appeals to IT departments that want predictable device behavior. Solid scheduling and playback reliability Competitive pricing at scale The trade-off is flexibility. Content updates and user management feel more technical, which can slow down non-IT staff. For hospitals with centralized IT teams and fixed messaging needs, Yodeck can be a stable choice.