• HOME
  • LIBRARY
  • ROADMAP
  • ABOUT US
  • How to use
  • CONTACT US
  • FAQ
techcoin
0 items / 0.00 TECHCOIN
Login / Register
Menu
techcoin
0 items / 0.00 TECHCOIN

The hypothesis of the superelastic vacuum concept

Awaiting product image
Click to enlarge

0.00 TECHCOIN

This article proposes a hypothesis that considers the physical vacuum as a superelastic medium with mechanical properties determined by the properties of quantum fluctuations and interactions. Drawing from analogies in classical mechanics and concepts from general relativity and quantum field theory, it suggests that phenomena such as gravity and inertia may emerge from the dynamic response of the vacuum to mass and acceleration.

Additional information:
I will be greatly appreciate any constructive feedback on my work that you may have. You can leave your comments in the comment section of this publication or send me an email. Looking for an education grant.
Author: Daniel Mervel
close
Physics
  • Spiral optic fiber for vibrations registration
  • The hypothesis of the superelastic vacuum concept
see all see all
Buy TCH
  • Report a bug on the site:

5 TCH;

  • Publication of scientific

article or engineering  paper:

20 TCH;

  • Publication of review: 10 TCH;
  • To open access to a closed

section of library for month:

-10 TCH;

  • Access to the entire library

for month: -50 TCH.

  • Reviews (0)
Reviews (0)

Reviews

There are no reviews yet.

Only registered customers who have purchased subscription access to this section of the library can leave a review.

Leave your details and we will contact you:

    • Home
    • library
    • Open category / all library
    • Questions & suggestions
    • Chat
    • Agreements
    • Report spam
    • FAQ
    © The design and content of the website is protected by copyright
    • HOME
    • LIBRARY
    • ROADMAP
    • ABOUT US
    • How to use
    • CONTACT US
    • FAQ
    • Login / Register
    Shopping cart
    close
    Facebook linkedin
    • Login
    • Sign Up
    Forgot Password?
    Lost your password? Please enter your username or email address. You will receive a link to create a new password via email.
    body::-webkit-scrollbar { width: 7px; } body::-webkit-scrollbar-track { border-radius: 10px; background: #f0f0f0; } body::-webkit-scrollbar-thumb { border-radius: 50px; background: #dfdbdb }
    Report spam