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   Lensless Technology

Tabūla Mentis Corporation ‒ the Leader in Future Innovations

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Quantum Lensless Multi-Aperture Computational Flat-Flexible-Stretchable-Transparent Newspapers,
Cameras, Smart Phones, Computer Monitors, TVs, Billboards, Computer Processors (NUTMs),
"
Big Data" Storage Devices, Artificial Intelligence-Neural Networks & Gravity Engines
by TabūlaMentis™

Plus: Telescreens, Mind Slates, 2x4D Scanners, Cloners, Quantum Teleportation Devices, Printers (replicators), Robotics,
Mind Uploading-Downloading, Matrices, Batteries, Lighting, Solar, H
2O Power Membranes, etc., etc., etc..
  

In 1991 Tabūla Mentis was the forerunner to the world's first preproduction electronic/betatronic lensless camera/display twenty-two years before Bell Labs.*
*Click Here to decide for yourself if you think Bell Labs graphics art department may have plagiarized the below illustration by Tabūla Mentis?
Also see: June 22, 2017: Caltech's 'lensless camera' could make our phones truly flat to decide for yourself if you think
Caltech's graphics art department may have plagiarized the below illustration titled 2D betacule.

 
Prior to
TabūlaMentis™ "telescreens" were fictional devices.

Quantum Photonic Lensless Superlens designs by TabūlaMentis™
The next generation in 2D electronics/optics/photonics/metatronics/betatronics

   

Spacetime Fabric

   
 

2D Dark Energy "Betacule"

from 0D frigidsynthesis energy "creation tensor‡"

Supercube™

 
 

– each individual dark matter "Beta" particle is one Planck length

 

 

© 2011 TabūlaMentis™

© 1995 TabūlaMentis™

  

 
3D Tubular WEIRDO* Multilayer Betacule

© 1991 TabūlaMentis™

   
 
      2D Multilayer Betacule Fields
© 1991 TabūlaMentis™
 

2D Dark Energy Multicellular Betacule Matrixes

© 1992 TabūlaMentis™

   

 

    
 

   
Future Innovations/Technological Revolutions - see
Timeline

 
           

 

 
10 Angstroms
Nano
|

 

Pico
|

 

Femto
|


"Attophysics"
Atto
|

 

Yocto
|


Planck
Length
|

Quantum
Gravity Era
Scale
|

 
 
 
 

Long
 

Radio/TV
 
Micro Infrared

Terahertz  

Visible
 
Ultraviolet X-Rays   Gamma-Rays
Soft X-Rays    Hard X-Rays             
Solar
Cosmic-Rays
Galactic
Cosmic-Rays
Extragalactic
Cosmic-Rays
Alphatron
Rays
Meta
Scalars
 
 

History of the Microscope.
Also see Microscopy and Superlens.

|
1995
|
2012
|
?
|
Circa 2035
|
?
|
Circa 3050
|
Circa 5000
 
        Quantum Gravity Engines   Alphatron
Technology
Metatron
Technology
 
  +100 Mm 100 m 1 dm 100 μm 1 μm 100 nm 100 pm 1 pm   Circa 2045 1D 0D  
  +12.4 feV 12.4 neV 12.4 μeV 124 meV 1.24 eV 12.4 eV 12.4 keV 1.24 MeV 1.5–100 GeV Human Immortality
2D
     
  Above values are approximate.  

  

More Particles by TabūlaMentis™

 

3D Globular WEIRDO* Betacule Field

6D Calabi-Yau Manifold WEIRDO* Betacule Field
(a 2D slice of a 6D Calabi-Yau quintic manifold)

 
 

 
 

© 2014 TabūlaMentis™

© 2011 TabūlaMentis™

 

      

Yin and Yang

0D/3D/&up Metacule/Betacule
WEIRDO* Meson

0D/3D/&up Metacule/Betacule
WEIRDO* Baryon

 

 

Public Domain

© 2014 TabūlaMentis™

© 2014 TabūlaMentis™

  

 
1D Alphatron™

™

© 1991 TabūlaMentis™

    

1D Alpha Vector Photonic Waveforms
with 2D Tab
ūla Mentis quanta waveform example

Note: Every waveform can be a 2D Tabūla Mentis betaquark quanta

     

Related links:
What is a Tabūla Mentis?

Timeline.

  
Semi-related "Square" stories:
Salt cubes.
Lobster eyes.
December 05, 2018: First observation of a square lattice of merons and antimerons.
Related link: Meron (physics).
November 18, 2018: Scientists explain how wombats drop cubed poop.
October 22, 2018: This perfectly rectangular iceberg would like to object to your ideas of natural geometry.
June 22, 2017: Caltech's 'lensless camera' could make our phones truly flat.
After seeing the above article also see Tabūla Mentis Corporation's lensless/superlens technology illustrations listed above copyrighted between 1991-2011.
October 29, 2015: Team develops camera filter that produces sharper, brighter photos in lowlight.
June 04, 2013: Bell Labs researchers build camera with no lens.
After seeing the above article also see Tabūla Mentis Corporation's lensless/superlens technology illustrations listed above copyrighted between 1991-2011.

       

Semi-related lens/superlens/lensless/multi-aperture technologies:
November 13, 2018: Detecting light in a different dimension.
August 03, 2018: Thin films can enhance vorticity in the ocean.
March 12, 2018: A possible experiment to prove that gravity and quantum mechanics can be reconciled.
February 15, 2018: New form of light: Newly observed optical state could enable quantum computing with photons.
August 30, 2017: Artificial intelligence analyzes gravitational lenses 10 million times faster.
June 22, 2017: Caltech's 'lensless camera' could make our phones truly flat.
After seeing the above article also see Tabūla Mentis Corporation's lensless/superlens technology illustrations listed above copyrighted between 1991-2011.
March 10, 2017: Scientists make microscopes from droplets.
March 10, 2017: New material helps record data with light.
March 08, 2017: Researchers create 'time crystals' envisioned by Princeton scientists.
Related links: Many-body theory and Many-body problem.
June 08, 2016: Flat lens could create new opportunities in electronics, telecommunications and microscopy.
June 02, 2016: Meta-lens works in the visible spectrum, sees smaller than a wavelength of light.
April 12, 2016: A flexible camera: A radically different approach to imaging.
February 12, 2016: Engineers develop new flat, ultralight lens that could change how cameras are designed.
February 12, 2016: New imaging system uses an open-ended bundle of optical fibers—no lenses, protective housing needed.
February 01, 2016: Super-sharp images through thin optical fibres.

November 23, 2015: No lens? No problem for FlatCam.
October 29, 2015: Team develops camera filter that produces sharper, brighter photos in lowlight.
October 28, 2015: QuantumFilm-based image sensors to put cameras in new light.
October 09, 2015: Light introduces multi-aperture computational camera.
June 04, 2013: Bell Labs researchers build camera with no lens.
After seeing the above article also see Tabūla Mentis Corporation's lensless/superlens technology illustrations listed above copyrighted between 1991-2011.

       

Semi-related Math:
What is the difference between one, two, three and zero dimensional nanomaterials?
Atomic absorption and emission spectra.
The electromagnetic spectrum.
Electromagnetic spectrum.
Cosmic rays.
Extragalactic cosmic rays.
November 05, 2016: Burst of galactic cosmic rays produces crack in earth’s magnetic field.
October 17, 2016: Researchers push Moore's Law with a 1-nanometer transistor gate.
October 22, 2014: Lowest temperature ever in universe recorded at Italian lab.
November 11, 2013: 11 teeny units of measurement for tiny things.
January 03, 2013: Atoms reach record temperature, colder than absolute zero.
May 14, 2012: The new world of gamma-ray optics.
February 29, 2012: The microscopic scale.
August 25, 1995: Scanning interferometric apertureless microscopy: Optical imaging at 10 angstrom resolution.
February 04, 1988: New Scientist: Technology: X-ray holography helps to probe the human cell.

Based on the following:
Tabūla Mentis Theory.
I.C.E. (Infinite Cold Energy).
BAM-theory (Beta/Alpha/Meta).
The Itty Bitty Teeny Weeny Little Big Bang Theory.

    

I.C.E. Infinite Cold Energy

Click Here to learn more.

‡Dr. Jamie Farnes from the Oxford e-Research Centre, Department of Engineering Science. Related link: Negative Energy ‒ Bringing balance to the universe.
*WEIRDO (Weak Elementary Interacting Rotational Dynamic Object).

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