A detailed explanation of one of the most used machine learning algorithms, k-Nearest Neighbors, and its implementation from scratch in Python. Enhance your algorithmic understanding with this hands-on coding exercise.
Download paper Quantum gravity and holographic mass Quantum Gravity and the Holographic Mass “Every particular in nature, a leaf, a drop, a crystal, a moment of time is related to the whole, and pa…
Double tap all pics, for close up. The Original Well Magic square Matrix The well.. properties are not the same as the lo shu matrix Magic squares. Still magic though there are differences to be addressed. The sum of Rows Columns and Diagonals are very interesting. The middle rows and columns go with the diagonal sum, but the outer columns and rows offer what is clear on this chart below. A little different this one! Kinda like a guide to mod 9 pairings! Axiom remains the same for well series c type arrangements [see new work] x3 repeating flip flop packets. double every well digit for other wells - not vorticity wells! As columns and outer rows provide binary progressive progressions in the perpendicular as other field matrix's. Doubling three times brings us back to ch1 inverted = binary twin exchange. Everything links much as we expect.Those familiar with pairs, look at the 9 center magic square.
Scientists at Columbia University create a cheap, sustainable energy source from bacteria and evaporation.
. . Plato told us that the world around us was made of geometry, Platonic Solids where shapes and triangles are transformed into frequencies … the world around us is created by sound. Nada Brahma – The Sound Of God. And with that we arive at the beautiful ‘Islamic Geometry‘, but what do they mean. Is this just ‘a piece of art’ of people who had nothing better to do than making art? Maybe the same ‘art’ as found in ‘Rosslyn Chappel’…? Just art and nothing more…? . . The Rosslyn Frequency : PORTALS to ANOTHER REALITY . . Islamic Geometry . Crop circles, flowers, Water Sound Images, Plato’s Solids, Rosslyn Cubes, all pointing to a direction which ancient people already knew: the power of sound. Before hopping over to the South African Stone Circles, we have a look in Fez, Marocco at some beautifull Islamic Patters. All these patters are made of a combination of 4-, 5-, and 6-fold geometry. That’s it. Nothing more, nothing less. A circle diveded into 4, 5 of 6 parts and with that you have all you need to draw Islamic Geometric patterns … . . Cymatics similarity to the Rosslyn cubes . ‘This video presentation is an interesting comparison made between the patterns produced by certain pitches and frequencies in Cymatics and the symbols on the faces of the cubes. The note of the pitch can be heard in the voices of the choir as it merges with the pitch of the cymatics demonstration. If you listen closely to the pitch of the oscillator (humming the pitch to yourself) you will hear the first note of the choir and its relevant cube, are the same’. . The Rosslyn Stave Angel – Music Cipher . Rosslyn’s ‘Lady Chapel’ is (basically) a 15th Century “CD” and using an ancient/natural way of recording sequences of pitch/frequencies. We call this system today ‘Cymatics’ also known as ‘Chladni Patterns’. Cymatics is natures “resonant notational system’, a music system and language that visually display’s the frequency of pitch in amazing geometric patterns and are inherent in the fabric of nature. All produced using very simple apparatus and materials. The designers appear to have applied this formula to record the music in stone carvings and we have translated the frequencies employing this formula to Rosslyn Chapel’s cubic, carved patterns. There is also an angel/music cipher that points out 3 notes of the music to The Rosslyn Motet accounting for 70% of the entire cube sequence. It is so subtle a decoy that you are supposed to think it is a musician playing a Harp or Psaltery, but when you look in detail, he is actually pointing strategically at 3 different lines and spaces of a stave of music. Referring to the first 3 cubes rising above his head. . . It’s All The Same . And it is: everything around us is made out of the same weird stuff: sound, frequencies. And our voices are also sound. From 20 to 20.000 Hz we can hear, below of above that we can not hear anything. But that does not mean that there is no sound when we hear nothing… Same as the high frequencies measured in stone- and crop circles: ‘they’ are there, measured but we can not hear them. And we learned that if we can not hear sound, it is does not exists… Yeah, right…:) ‘Is Sound Creating…?’ so far, I guess there is an amount of evidence that indeed sound is creating everything around us. Nada Brahma. The Voice Of God. A ‘Uni-Verse’ (One Song) created by sound, by OMMM whatever. It is all the same. And crop circles are created by sound. . Crop Circles and Sacred Geometry . .
When we learned about enantiomers, we mentioned that they have identical physical properties – melting point, boiling point, and solubility. So, one question you may wonder about is how we distinguish enantiomers if they all seem to be identical. Yes, ... Read more
Derivative Rules - Constant Rule, Constant Multiple Rule, Power Rule, Sum Rule, Difference Rule, Product Rule, Quotient Rule, Chain Rule, Exponential Functions, Logarithmic Functions, Trigonometric Functions, Inverse Trigonometric Functions, Hyperbolic Functions and Inverse Hyperbolic Functions, derivative rules cheat sheet, with video lessons, examples and step-by-step solutions.
Here are some illustrations by myself and others, dealing with the Fibonacci sequence and the Golden Number, Phi. A few months ago, I noticed the exponents of Phi encode the Fibonacci sequence. The sequence gets closer to the golden number the larger the numbers get. This will work with any two starting numbers, like
ICSE Solutions for Class 10 Mathematics – Quadratic Equation ICSE SolutionsSelina ICSE Solutions Get ICSE Solutions for Class 10 Mathematics Chapter 6 Quadratic Equation for ICSE Board Examinations on APlusTopper.com. We provide step by step Solutions for ICSE Mathematics Class 10 Solutions Pdf. You can download the Class 10 Maths ICSE Textbook Solutions with Free PDF […]
How electronic pH meters measure acidity by measuring the concentration of hydrogen ions in a liquid.
With increasing global concern for climate change and dwindling fossil fuel reserves, silk hybrid materials are a promising avenue for new alternative energy devices. Apart from biocompatibility, hig...
Organic and inorganic compounds are the basis of chemistry. Here is the difference between organic and inorganic, plus examples of each type.
Wij leven niet in één ruimtetijd, maar in drie. Met dat bizarre inzicht wil een Nederlandse natuurkundige ons begrip van de werkelijkheid volledig overhoop gooien.
Bioprinting is widely applicable to develop tissue engineering scaffolds and form tissue models in the lab. Materials scientists use this method to construct complex 3D structures based on different polymers and hydrogels; however, relatively low resolution and long fabrication times can result in limited procedures for cell-based applications.
A series of Erv Wilson diagrams including 31 Tone Hex Keyboard, The Scale Tree, Pascal's Triangle, Horogram 22, Hexany, and the Coprime Grid
In this post, I’m going to explain the basics of binary search trees, and in the process demystify one of the most mind-bending but super useful concepts in the developer’s toolkit: recursion. A…
Neuromorphic photonics has relied so far either solely on coherent or Wavelength-Division-Multiplexing (WDM) designs for enabling dot-product or vector-by-matrix multiplication, which has led to an impressive variety of architectures. Here, we go a step further and employ WDM for enriching the layout with parallelization capabilities across fan-in and/or weighting stages instead of serving the computational purpose and present, for the first time, a neuron architecture that combines coherent optics with WDM towards a multifunctional programmable neural network platform. Our reconfigurable platform accommodates four different operational modes over the same photonic hardware, supporting multi-layer, convolutional, fully-connected and power-saving layers. We validate mathematically the successful performance along all four operational modes, taking into account crosstalk, channel spacing and spectral dependence of the critical optical elements, concluding to a reliable operation with MAC relative error $$< 2\%$$ .
