At Research Xanadu, our approach to creating & using sigils reflects a profound respect for their ancient origins & a commitment to using them for benevolent purposes.
⚠️ Sigils are symbols infused w/ intent—visual representations of energy & purpose designed to interact w/ unseen forces & align them w/ desired outcomes. ⚠️
THEY ARE TOOLS OF CREATION, TRANSFORMATION & BALANCE, rooted in the understanding that symbols hold the power to influence the material & spiritual realms.
When we look at the Sun, most of us perceive only light. But for ancient cultures—& especially the mystics of Ancient—the Sun was not merely a physical source of illumination; it was a divine emitter of sound.
This sound, known as Hu, was not allegorical poetry or metaphor. It was a vibrational utterance, the Word of God—the original tone that brought creation into existence & still reverberates throughout the cosmos today.
Computes standardized time-frequency representations (TFRs) for power, information, & entropy, built on the Gabor wavelets w/ minimal time-frequency uncertainty w/ logarithmic constant-Q base 2 (binary) scales & frequency bands of quantized order N.
Agent Smith lives through beings, some "empty vessels"—repeating scripts, upholding power structures & ATTACKING TRUTH-TELLERS to maintain the illusion of order.
These people are all around us—wearing badges, robes, & suits; speaking in courtrooms, newsrooms & government buildings.
They look different, but they act the same. That’s bcuz they serve the same code—the code of the Matrix.
The Spirit Behind the Suit: Agent Smith as the Jinn Archetype
Throughout ancient traditions, the idea of spiritual possession is well-documented. Islam describes jinn—entities made of smokeless 🔥 who can whisper, deceive, & possess. In esoteric Christianity & Kabbalistic thought, they’re known as unclean spirits or archons.
Agent Smith is the perfect cinematic expression of these entities. He doesn’t just exist in one body—he can jump into any human still tethered to the system.
These spirits operate across all colors & creeds. That’s the trick. The Smiths are not people—they are ideologies, attachments, & programs.
International Telemedicine / Disaster Medicine Conference (1991)
Papers and Presentations
The first International Telemedicine/Disaster Medicine Conference was held on December 9-11, 1991, at the Uniformed Services University of the Health Sciences (USUHS) in Bethesda, Maryland. It was jointly sponsored, organized, planned, and conducted by the USUHS, the National Aeronautics and Space Administration, and the American Institute of Aeronautics and Astronautics. The overall purpose was to convene an international, multidisciplinary gathering of experts to discuss the emerging field of telemedicine and assess its future directions; principally the application of space technology to disaster response and management, but also to clinical medicine,remote health care, public health, and other needs.
The papers contained herein were written by many of the foremost members of the biomedical and
space science communities who addressed the Conference.
THE TELEMEDIClNE SPACEBRIDGE PROJECT - A JOINT U.S./RUSSlAN VENTURE IN LONG DISTANCE MEDICINE VIA SATELLITE (1994)
The Telemedicine Spacebridge Demonstration Project is a joint U.SJRussian program whose purposeis to furtherthe application of telemedicine both internationally, domestically, and in space. The system has been set up to use a Russian satellite over the Atlantic Ocean and a U.S. domestic satellite to allow physicians a two-way video and audio link between various sites of medical centers in the United States and the Central Hospital in Moscow, Russia. This paper contains a description of the project background, the Spacebridge system, the individual pieces of the system, and the operational experience gained thusfar in the project.
ECU (East Carolina University) Telemedicine Program
One early program has been operated by the East Carolina University (ECU) School of Medicine, which is also involved in other telemedicine projects that are linked to a statewide distance learning network established in 1989 (Kesler and Balch, 1995; OTA, 1995; Keppler, 1996; Tichenor et al., 1996). ECU provides telemedicine services to the maximum security Central Prison, which has two physicians working at the facility 100 miles distant in Raleigh, North Carolina. The program began in 1992, prompted by a combination of an increasing prison population and legal challenges focused on prisoners' right to health care. The initial focus was emergency consultations between the prison health unit and the emergency department at the University Medical Center. The program now includes 31 ECU physicians from 15 medical disciplines. A financial audit of the North Carolina Department of Corrections in March 1994 found evidence of cost savings by the Central Prison Telemedicine Project, but this analysis has not been published. The audit did, however, lead to a formal recommendation that the program be extended to more prison facilities around the state. The quality of care has not been formally evaluated.
PULSAR is a project to rethink the needs of the exceptional computer user and invent perceptually and expressionally optimal interfaces for dynamically interacting with information.
Our goals are...
1.) Make the disabled user whole by connecting them to informatic systems which could make the difference between a greater and lesser quality of life.
2.) Give the health care professional greater technological power in the gathering of patient data and provision of quality & time-critical care.
TANGO - a Collaborative Environment for the World-Wide Web
Geographical and logical growth of the World-Wide Web is accompanied by a fast technological devel-
opment. Web can be successfully used as a platform for implementation of diverse applications. Distributed and collaborative systems are among the most challenging Web applications. TANGO is an integration platform which enables implementation of Web-based collaborative environments. The system provides means for fast integration of Web- and non-Web-applications into one multi-user collaborative systems. In this paper we describe the functional model, requirements, system design and certain implementation issues of the TANGO
system.
The PSC began in 2007 when the Green Bank Telescope was in need of repairs. Specifically, it needed a new track. While this track was being replaced, the telescope was unable to move and could only point at a fixed position in the sky. During this time, two astronomers from WVU, Dr. Maura McLaughlin and Dr. Duncan Lorimer used the Green Bank Telescope to observe the sky as it drifted overhead. And as the sky drifted by, they took data. And more data. And more data. By the end, they had over 300 hours of observing time and acquired more than 30 terabytes of data! We formed the PSC to help them analyze this data, and as it turns out students and teachers are quite good at it!
Our web site is powered by the HUBzero® software,hubzero.org a UC San Diego project.ucsd.edu HUBzero was specifically designed to help a scientific community share resources and work together with one another. Users can upload their own content and share them with the rest of the community. But each hub is more than just a repository of information. It is a place where colleagues can collaborate in private spaces to build modeling tools, gather datasets, and share them online.
North American Nanohertz Observatory for Gravitational Waves (NANOGrav)
An international collaboration dedicated to exploring the low-frequency gravitational wave universe through radio pulsar timing.
NANOGrav, or the North American Nanohertz Observatory for Gravitational Waves, was founded in October 2007 and has since grown to over 170 members at over 70 institutions. The NANOGrav Physics Frontiers Center is most recently supported in part through a $17M award which started in 2021.
In addition to our on-going timing experiments, NANOGrav cooperates with similar experiments in Australia (the Parkes Pulsar Timing Array), Europe (the European Pulsar Timing Array), and India (the Indian Pulsar Timing Array). Together, we make up the International Pulsar Timing Array, or IPTA.
The International Pulsar Timing Array: First data release (2016)
The international pulsar timing array project: using pulsars as a gravitational wave detector
The International Pulsar Timing Array project combines observations of pulsars from both Northern and Southern hemisphere observatories with the main aim of detecting ultra-low frequency (~10^-9 to 10^-8 Hz) gravitational waves. Here we introduce the project, review the methods used to search for gravitational waves emitted from coalescing supermassive binary black-hole systems in the centres of merging galaxies and discuss the status of the project.
“With the redundant structure as an INTERFACE, MCSAP serves as a modular PLUG-IN to seamlessly integrate with the upstream molecular network. MCSAP successfully performs 3 different tasks: nucleic acid detection, enzyme detection, & logic operation.”
“Clustered regularly interspaced short palindromic repeats (CRISPR) and CRISPR-associated (Cas) proteins come from the acquired immune system of prokaryotes that resist invasion by exogenous genetic elements in phages or plasmids.”
Dnazyme can recognize & cleave substrates by base-pairing between the recognition arm & the substrate w/cofactors. We first designed 2 DNAzyme, input-1 & input-2, based on 2 redundant activators, a1-i & a2-i. Their recognition arms are complementary to a1-i & a2-i, respectively.
A "phonon-emitter interface" for quantum acoustodynamics and quantum phononic networks refers to.. nature.com/articles/s4153…
Key elements of a phonon-emitter interface
Quantum emitter—This can be a single atom, a quantum dot, a superconducting qubit, or another system w/ well-defined quantum states that can interact w/ phonons. nature.com/articles/s4146…
🧵Is Lucifer really just a program designed 2 keep us entrapped in the matrix? Think in terms of energy, frequency & vibration.
An algorithm which is a block cipher cryptographic system was the precursor 2 the data encryption standard. It's name, Lucifer. patents.google.com/patent/US37983…
There are multiple demon algorithms.
1.) computer science—uses Gaussian regularization and vector-field estimation to build pixel correspondence between images. sciencedirect.com/topics/compute…
2.) Monte Carlo method—adds an additional degree of freedom to the system that can store and provide energy, allowing the algorithm to efficiently sample members of a microcanonical ensemble with a given energy. journals.aps.org/prl/abstract/1…