Kinetic

The DeFi space has experienced explosive growth over the past few years resulting in the creation of a variety of applications.

Exploring the DeFi Landscape with Jake Hunsbusher of Kinetic

The current syllogistic logic rests on the assumption that either A is B or it is not B.

LOGIC STATIC AND LIFE KINETIC

A guide to using the open-source tool FiftyOne to download the Kinetics dataset and evaluate video understanding models

Kinetics Dataset - Training and Evaluating Models for Video Classification 

Hello world! Recently, I have been working on some open hardware projects utilizing Lonero. These specific projects are open source and created to push for innovative usecases of Lonero, and the blockchain. The list of projects are below:

Open Hardware Projects Utilizing Lonero: Kinetic Miner and Lonero ATM

Kinetic typography is the art of moving type. It is the application of motion design to tell stories and evoke emotion through typographic visuals. It is a form of temporal typography (letters/words that are presented over time) that is distinct from serial presentation (the sequential presentation of static typographical elements).

Kinetic Typography UX — Principles, Patterns, and Getting Started

Irina is VP of Product at <a href="https://www.kinetica.com" target="_blank">Kinetica</a>, a distributed, in-memory database management system company backed by KPCB, Canvas Ventures, Meritech Capital Partners, and GreatPoint Ventures. Previously, she was VP of product at Riverbed Technology. Earlier in her career, she held senior product roles at Grid Net, Silver Spring Networks, and Oracle Corporation. She has an MBA and M.S. from Stanford and a Bachelors of Science in Computer Science and Mathematics from MIT.

Q&A with Irina Farooq, VP of Product @ Kinetica

Flare's $2B FlareDrop program concludes after 36 months of free token distributions. Can the blockchain survive without monthly airdrops? What happens next.

Flare's $252 Million Token Program Concludes as Network Enters Real Utility Era

As the AI bubble deflates, attention shifts from scale to structure. A long view on knowledge, graphs, ontologies, and futures worth living.

What Comes After the AI Bubble?

What the Big Three Consultancies are Missing About AI (And the Code That Proves It)

Flare launches FAssets mainnet, enabling XRP DeFi through overcollateralized FXRP tokens. Analysis of security, minting process, and impact.

How Flare Network Finally Unlocks XRP's $200B DeFi Potential Through Revolutionary FAssets System 

A Non-Diffusive Neural Network Method for Solving Hyperbolic Conservation Laws

This study explores an inertia-augmented relaxed micromorphic model incorporating Curl P & Curl Ṗ to enhance wave propagation predictions in metamaterials. 

The Role of Curl Terms in Micromorphic Models

Explore 4th order tensors in tetragonal symmetry, their Voigt notation, and the role of symmetric and skew-symmetric tensors in dispersion curve modeling.

How Symmetric and Skew-Symmetric Tensors Interact

A Mathematica-based semi-analytical fitting algorithm optimizes micromorphic model parameters using Comsol Multiphysics® data and analytical asymptotes.

Semi-Analytical Algorithm for Metamaterial Parameter Fitting

Discover how refining asymptotes in micromorphic models improves wave dispersion accuracy by solving third-order polynomials and optimizing parameter fitting.

The Science Behind Stronger, Smarter Materials

Explore how Curl P improves asymptotic fitting in micromorphic models, simplifying wave propagation analysis and optimizing metamaterial parameter tuning.

A New Method for Predicting How Waves Move Through Materials

Explore asymptotic fitting in micromorphic models, refining dispersion curve analysis & balancing Bloch-Floquet limits for precise metamaterial wave simulations

Fine-Tuning Acoustic and Optical Waves in Metamaterials

How Unit Cell Size Affects Dispersion in Metamaterials

Explore relaxed micromorphic modeling for finite-size metamaterials, analyzing tetragonal symmetry, elastic tensors, and Neumann boundary conditions.

Modeling Finite-Size Metamaterials with Relaxed Micromorphic Theory

Discover an inertia-augmented micromorphic model that enhances wave propagation in metamaterials, enabling negative refraction and improved acoustic control.

New Material Design Approach Could Change How Sound Travels Through Space

Io neutral clouds, including sodium, potassium, sulfur, and oxygen, play a crucial role in mass exchange with Jupiter’s magnetosphere, fueling the plasma torus

Jupiter’s Moon Io Keeps Leaking, and Scientists Are Watching

Our universe at a large scale can be described well if we assume isotropy and homogeneity of space.

Appendices on Our Dark Matter Study

In the next subsections, we discuss various parts of the lagrangian of the model.

A Phenomenological Study of WIMP Models: Scalar Sector, Gauge Sector, and More

Examples of how DeepSeek R1 reasoning LLM "thinks", and instructions on how to run it locally with ollama.

Run DeepSeek R1 Locally to Learn How It 'Thinks'—Here's How

Kinetic AI specializes in AI-driven solutions that transform business operations through intelligent automation and data analysis.

KINETIC

kineticai.ai

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Kinetic's stories on HackerNoon

Exploring the DeFi Landscape with Jake Hunsbusher of Kinetic

LOGIC STATIC AND LIFE KINETIC

Kinetics Dataset - Training and Evaluating Models for Video Classification

Open Hardware Projects Utilizing Lonero: Kinetic Miner and Lonero ATM

Kinetic Typography UX — Principles, Patterns, and Getting Started

Q&A with Irina Farooq, VP of Product @ Kinetica

Flare's $252 Million Token Program Concludes as Network Enters Real Utility Era

What Comes After the AI Bubble?

What the Big Three Consultancies are Missing About AI (And the Code That Proves It)

How Flare Network Finally Unlocks XRP's $200B DeFi Potential Through Revolutionary FAssets System

A Non-Diffusive Neural Network Method for Solving Hyperbolic Conservation Laws

The Role of Curl Terms in Micromorphic Models

How Symmetric and Skew-Symmetric Tensors Interact

Semi-Analytical Algorithm for Metamaterial Parameter Fitting

The Science Behind Stronger, Smarter Materials

A New Method for Predicting How Waves Move Through Materials

Fine-Tuning Acoustic and Optical Waves in Metamaterials

How Unit Cell Size Affects Dispersion in Metamaterials

Modeling Finite-Size Metamaterials with Relaxed Micromorphic Theory

New Material Design Approach Could Change How Sound Travels Through Space

Jupiter’s Moon Io Keeps Leaking, and Scientists Are Watching

Appendices on Our Dark Matter Study

A Phenomenological Study of WIMP Models: Scalar Sector, Gauge Sector, and More

Run DeepSeek R1 Locally to Learn How It 'Thinks'—Here's How

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Kinetic WIKI

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