Covariant

We consider a BSM framework based on the U(1)x gauge group, which has been studied well in the literature.

A Phenomenological Study of WIMP Models: Considering a BSM Framework

Explore the basics of category theory and how it applies to both math and economics, including real-world examples like the Lucas critique.

What is Category Theory?

A critical examination of recent claims regarding separation of variables in Hamilton-Jacobi equations, clarifying misconceptions and historical contributions.

Revisiting Separation of Variables in Hamilton-Jacobi Equations: Abstract and Introduction

Delve into the mysteries of inflation with 5D U(1) gauge theory in a warped spacetime, exploring its implications for early universe dynamics.

Exploring Gauge-Higgs Inflation with Extra Dimensions: U(1) Gauge Theory on a Warped Background

Explore how numerical modeling is used to understand the polarization properties of axion-induced radio signals in the magnetosphere of compact stars. 

Identifying Axion Conversion in Compact Star Magnetospheres With Radio-Wave Polarization Signatures

Discover the fascinating realm of multiverse formation through wedge holography, spanning AdS and de-Sitter spacetimes.

Understanding Multiverse Construction through Wedge Holography

Explore the implications of higher derivative gravity on Page curves and unravel the mysteries of entanglement entropy in the M-theory dual of thermal QCD. 

Aspects of Thermal QCD Phenomenology at Intermediate Gauge/'t Hooft Coupling: Bibliography

Gain insights into the impact of higher derivative terms, the behavior of Hartman-Maldacena-like and island surfaces, and the hierarchy of entanglement entropy.

Entanglement Entropy and Page Curve From the M-Theory Dual of Thermal Qcd at Intermediate Coupling

Learn about multiverses constructed from Karch-Randall braneworlds, investigating the rise of interconnected universes  through transparent boundary conditions.

The Multiverse in Karch-Randall Braneworld

Delve into island proposals, holographic entanglement entropy, doubly holographic setups, and wedge holography to gain insights into the dynamics of black holes

Gravity Islands and the Multiverse

The special relativity theory rests on the following postulate which also holds valid for the Galileo-Newtonian mechanics.


The Generalised Principle of Relativity 89-163

Now many authors say that classical mechanics stand in opposition to the relativity postulate, which is taken to be the basis of the new Electro-dynamics.

Mechanics and the Relativity-Postulate

At the present time, different opinions are being held about the fundamental equations of Electro-dynamics for moving bodies.

Further Notes on the Principle of Relativity

There are powerful AI tools that are used by a variety of financial organizations and even individuals in the areas of financial planning and analysis.

AI Tools That Are Reshaping The Modern World Industries

The Observer Design Pattern is one of the most important and commonly used design patterns.

An Essential Guide to Observer Design Pattern in .NET C#

Simple explanation of DotNet (.NET) CSharp (C#) Variance, Invariance, Covariance, and Contravariance. Providing a Cheat Sheet.

The Difference Between Covariance and Contravariance in .NET C#

This article describes Java libraries like Apache Commons, Guava, Log4j2, Logback, SLF4J, JUnit, TestNG, Mockito, Hamcrest, AssertJ, Jackson, Gson, JAXB, StAX

The Best Java Libraries that Every Developer Should Know

In past five years, Microsoft had made a rapid enhancements in C# by introducing a plenty major features with every new version, As planed, C# 9.0 will be officially released with .NET 5 on November 2020. So we will dive into C# 9.0 new features that released on 20 may 2020 as a Preview.

What's Coming in C# 9.0 [Preview of Features]

I’ve compiled a list of tried and true tips for anybody who is preparing for a technical <a href="https://hackernoon.com/tagged/interview" target="_blank">interview</a>. These tender nuggets of wisdom are guaranteed to make your interviewer cry tears of joy.

10 Technical Interview Tips

Recently <a href="https://medium.com/@nadamin" data-anchor-type="2" data-user-id="a01b7ea46ac4" data-action-value="a01b7ea46ac4" data-action="show-user-card" data-action-type="hover" target="_blank">Nada Amin</a> and I discovered that <a href="https://hackernoon.com/tagged/java" target="_blank">Java</a> and Scala are unsound. We submitted the finding and related discussion to OOPSLA, an academic conference on object-oriented <a href="https://hackernoon.com/tagged/programming" target="_blank">programming</a>. It has been great to see the paper making rounds in industrial circles, but there also seems to be a lot of confusion and I think that’s our fault. The paper was written for academics, and so it doesn’t discuss the issue from industry’s perspective. I’m crunching on a deadline right now, so let me write an abridged version of the industry-targeted paper here, focusing just on Java.

Java is Unsound: The Industry Perspective

Revisiting Separation of Variables in Hamilton-Jacobi Equations: Conclusion, Statements and More

This article examines the covariance matrix's role in treating the total likelihood as a product of individual likelihoods across frequency bins.

nalyzing Covariance Matrix for Independent Likelihoods in Frequency Bins

Port MATLAB to JavaScript the right way. Use Octave for ground-truth validation, match academic references, and ship accurate scientific algorithms.

Porting Scientific Algorithms from MATLAB to JavaScript

Measuring AI impact made clear: experiments, causal methods, and sanity checks to separate real improvement from coincidence.

A Practical Guide to Measuring Business Impact in AI/ML Projects

Building on our experience at Berkeley and OpenAI, our vision is the Covariant Brain: universal AI that allows robots to see, reason, and act on the world around them

COVARIANT

covariant.ai

70-160 emps

Since 2017

Worth 625M

Covariant's stories on HackerNoon

A Phenomenological Study of WIMP Models: Considering a BSM Framework

What is Category Theory?

Revisiting Separation of Variables in Hamilton-Jacobi Equations: Abstract and Introduction

Exploring Gauge-Higgs Inflation with Extra Dimensions: U(1) Gauge Theory on a Warped Background

Identifying Axion Conversion in Compact Star Magnetospheres With Radio-Wave Polarization Signatures

Understanding Multiverse Construction through Wedge Holography

Aspects of Thermal QCD Phenomenology at Intermediate Gauge/'t Hooft Coupling: Bibliography

Entanglement Entropy and Page Curve From the M-Theory Dual of Thermal Qcd at Intermediate Coupling

The Multiverse in Karch-Randall Braneworld

Gravity Islands and the Multiverse

The Generalised Principle of Relativity 89-163

Mechanics and the Relativity-Postulate

Further Notes on the Principle of Relativity

AI Tools That Are Reshaping The Modern World Industries

An Essential Guide to Observer Design Pattern in .NET C#

The Difference Between Covariance and Contravariance in .NET C#

The Best Java Libraries that Every Developer Should Know

What's Coming in C# 9.0 [Preview of Features]

10 Technical Interview Tips

Java is Unsound: The Industry Perspective

Revisiting Separation of Variables in Hamilton-Jacobi Equations: Conclusion, Statements and More

nalyzing Covariance Matrix for Independent Likelihoods in Frequency Bins

Porting Scientific Algorithms from MATLAB to JavaScript

A Practical Guide to Measuring Business Impact in AI/ML Projects

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