Group 4 Created with Sketch.
Your changes have been saved

Pharis Williams on Scalar Communications & Signaling Technology

Duration: 18:06
http://www.americanantigravity.com - Professor Pharis Williams describes a new wireless space communications signaling architecture based on a new technology for converting transverse EM into longitudinal (scalar) electrogravitic waves.

"This presentation will show that the inductive coupling with
Snippets are a new way to share audio!
You can clip a small part of any file to share, add to playlist, and transcribe automatically. Just click the to create your snippet!
Snippets: Clips of Pharis Williams on Scalar Communications & Signaling Technology that people like
There are currently no snippets from Pharis Williams on Scalar Communications & Signaling Technology.
Snippets are an easy way to highlight your favorite soundbite from any piece of audio and share with friends, or make a trailer for American Antigravity
Playlists that Pharis Williams on Scalar Communications & Signaling Technology appears on.
There are currently no playlists containing this audio.
Add this audio track to one of your playlists
Add to Playlist
Up Next
Full Description
Back to Top
http://www.americanantigravity.com - Professor Pharis Williams describes a new wireless space communications signaling architecture based on a new technology for converting transverse EM into longitudinal (scalar) electrogravitic waves.

"This presentation will show that the inductive coupling with the gravitational field provides a very weak gravitational component to the transverse waves. It will also show that the longitudinal wave solutions may be independent of the transverse solutions and that the longitudinal solutions consist of only electric and gravitational vector components with an accompanying scalar wave."

"Longitudinal electrogravitic waves do not interact with the propagation medium as do transverse waves and make good candidates for space communication. Not only will longitudinal waves pass through intervening material, but they may be made very directive and, thereby, avoid a 1/r2 loss. The presentation will also present an antenna design for converting transverse electromagnetic waves into longitudinal electrogravitic waves for using current transmitting laser communication equipment and the reciprocal antenna design for converting longitudinal waves back into transverse waves to use current receivers." - Professor Pharis Williams
Up Next
Add to playlist
New playlist

Embed

COPY
Embed Options
Create Playlist
Select the Station you want to upload this audio to
Station
0 / 140
0 / 2000
Playlist Icon Image:
(.jpg, .png, min size 500x500px)
Privacy
Subscribers
Your
voice
matters.
Discover & Listen to the world’s largest free collection of audio
Password reset

Enter your email address that you used to register. We'll send you an email with your username and a link to reset your password.



If you still need help, contact Vurbl Support
Password reset sent

You have been sent instructions on resetting you password to the email associated with your account. Please check your email and signing in again.


Back to Sign In
If you still need help, contact Vurbl Support
Your
voice
matters.
Discover & Listen to the world’s largest free collection of audio
Reset password

Please enter your new password below.



If you still need help, contact Vurbl Support
Your voice matters.
Discover & Listen to the world’s largest free collection of audio
Verify Email

Enter your email address that you used to register. We'll send you an email with a link to verify your email.



Cancel
Delete Profile
Are you sure? We will miss you :'(
Delete
Delete Audio
Are you sure?
Delete
Delete Playlist
Are you sure you want to delete this playlist?
Delete
Notifications
You must be signed in to view
your notifications. Please sign in
Edit Snippet
0 / 140
0 / 140

Tag a Station

Type station name to add additional tags
*Station owners will be notified when you tag them
Open this link in the Vurbl Mobile App for the full Vurbl experience.
Open in Vurbl mobile app
Continue to Vurbl website