Illuminate your digital realm
in the ancient light
of the future.
In a state-of-the-art
incandescent
monitor.
The SpectrumView Pro. (Present model)
Alleviate photo-sensitivity
Regenerate sight
Augment
– memory retention –
– mental focus –
– creativeness –
100% Full-spectrum high-photonic-entropy.
Universal connections and precise light intensity control, with magnetic wooden assemblage.
Can also be natural backlit like a genuine vitral when setup and nature permits.
What is light
Light is a phenomena that is both visible and invisible, light by itself can’t been seen, only seen when it reflects on something. All light is not created equal,¹ at the fundamental level, all visible light production comes from only two primary sources or mechanisms, incandescence (Classical radiation), and luminescence (Quantum state transitions). Both convert energy into photons, but one does it by increasing in entropy, while the other one by decreasing entropy.
Light also can be a wave and a particle.
Incandescent photons are produced from the movement from low to high entropy states, also known as blakbody radiation and it is produced through classical mechanics.
Luminescent photons are produced from the movement from high to low entropy states, also known as cold light and it is produced through quantum mechanics.
The light from fire and incandescent bulbs is artificial incandescence.
The light from the celestial bodies is natural incandescence.
The light from some creatures such as deep sea fish and fireflies, also some atmospheric phenomena like auroras and will-o’-the-wisps, is natural luminescence.
The light from fluorescent bulbs and light emitting diodes is artificial luminescence.
The difference of light production between incandescence and luminescence, would be like the difference of how an thermal coil heats to a microwave oven – both mechanisms produce heat, but the thermal coil does in a classical manner, heating from the outside to the inside, while the microwave oven heats from the inside to the outside. They both heat and one uses less electricity than the other, but the means are different, and here resides the heart of the matter.
The Glory of Saint Augustine.
Philippe de Champaigne, oil on canvas, 1645.
The Alchemist Discovering Phosphorus.
Joseph Wright of Derby, oil on canvas, 1771.
Since the dawn of time, mankind has been around incandescent photons, the arrival of the incandescent bulb revolutionized our lives, yet it was still a continuation of incandescent light. The real change in light happened with the arrival of the electric luminescent bulb, first made of mercury vapor based UV light striking phosphorus, and then its successor the light emitting semiconductor. Providing very useful digital applications and cheap operational costs, but at the expense of other things too.
Quantum ways can transgress boundaries that classically should not.
To understand luminescent semiconductor light, we need to first understand how quantum mechanics works, and semiconductors are governed by quantum mechanics. At the fundamental level, semiconductors relies on quantum quasi-particles called “electron holes”, which represent a quantum state of a missing electron in an atomic element.
Luminescent photons are quantum made.
Digital signals are synthesized as on/off bits like the step-like quantum light production of semiconductors, while analog signals are uninterrupted spirals like the continuous emission of classical light.
Incandescent photons are classical made.
The means to produce a light source will inevitably determine its properties, regardless of how warm in tone or color they are. Understanding this is indispensable to develop better technology, as both have unique applications that serve different purposes.
Entropy of light = randomness of its photons.
In light, entropy is measured in its phase, frequency, polarization, reflection and mode. A unit of luminous energy packed into a contained frequency, direction and mode has far lower entropy than a unit of luminous energy spread across many frequencies, directions, and modes. Incandescence is high-entropy because the light energy has broad degrees of freedom, while luminescence is low-entropy because the light is contained into narrow discrete ones. Both are useful in their own ways and provide for different technological and artistic applications, for example low‑entropy light sources can carry digital information and do precise work like laser machining, while high‑entropy light sources excels in faithful, uniform, and rich illumination.
“Information without entropy is death”
– Claude Shannon
Solid-state low-entropy luminescent light can transmit enormous amounts of digital information through its light pulses, something very advantageous for our modern global communications. However incandescence is unmatched for colour gamut and photonic fidelity, thanks to its analog broadband spectrum and random photon phases.
Semiconductor light emitters have some of the lowest entropy in the universe.
Semiconductor light is strongly phase-biased in its reflection.
Solid-state luminescent light make possible for very modern computers to experience a form of digital time dilation, from the massive amounts of digital information that can be transmitted through this low-entropy light.
State-of-the-art SpectrumView monitors makes the user to experience a form of analog time dilation, from the massive amounts of high-entropy light transmitted.
Electro-incandescent light emitters have some of the highest entropy in the universe.
Incandescent light is omni-directional.
Entropy is the measure of novelty in a signal.
Semiconductors are very useful for digital technology, its low electricity needs and their ability to be transformed into solar cells converting light into electricity is remarkable and praise worthy, however when it comes to producing light, this light is third class to our biology, because continuous exposure to it, especially from digital screens, harms the sight and can provoke cell degeneration through photo-chemical reactions,¹ causing ocular damage, ² and inhibiting the light sensitive pineal gland and its neuro-protecting tasks.
“Penetrating red light is possibly the fundamental anti-stress factor for all organisms.”
– Dr. Ray Peat
Infrared is a very low frequency light, it can;r bee seen with the eye but its effects are felt, SpectrumView monitors are naturally rich and broadband in infrared light frequencies, to regenerate cells and reduce ocular inflammation, and alleviating photo sensitiveness, improving blood circulation to the brain, thus enhancing cognitive function, focus, and memory formation, through photo-biomodulating mechanisms. ⁵
“The Persistence of Memory.”
Salvador Dali, oil on canvas, 1931.
“The medium is the message.”
– Marshall McLuhan
“The Disintegration of the Persistence of Memory.”
Salvador Dali, oil on canvas, 1954.
Light and time are also interwoven, widely known since Einstein’s general relativity, Wheeler and Feynman further elaborated this interconnection to include time-symmetry and retro-causality. ⁶
The Spectrum
“The question is not what you look at, but what you see.”
– Henry David Thoreau
The incandescent spectrum has the highest-photonic fidelity, on the other hand the luminescent falls short because its non-continuity because its fundamentally a superposition of a handful of frequencies that have real spectral voids.
A source of light can be known by the rainbow of its spectrum.
Sun light optical spectrum.
Electro-incandescent optical spectrum.
Candle light optical spectrum.
Electro-luminescent solid-state optical spectrum.
Ordinary phosphor based luminescent solid-state backlight spectrum vs a SpectrumView monitor electro-incandescent backlight spectrum, in wavelengths (nm).
Ordinary phosphor based solid-state backlight spectrum vs an organic solid-state backlight spectrum, RGB style backlight has the lowest photonic entropy of backlights.
Spectrum of incandescent bulb vs LED bulb in frequency (thz).
Total observable color gamut from an ordinary luminescent backlit monitor and a electro-incandescent SpectrumView monitor.
The inside triangle represents the light frequencies ordinary luminescent monitors can display, the outer horseshoe area represents the visible colors that we can see but that these monitors can’t display, SpectrumView monitors emit all frequencies visible to the eye, providing a genuine full-spectrum.
Ordinary luminescent backlit monitor vs an electro-incandescent SpectrumView monitor gamut.
Ordinary luminescent backlit monitor vs an electro-incandescent SpectrumView monitor gamut.
Applications
“Light is the principal person in a painting.”
– Édouard Manet
The ideal analog canvas for digital artistic creation for long working sessions, and featuring 100% color rendering index for the highest photonic-fidelity chromatic vibrancy, and white point calibration. (Present 27″ model)
Ideal for screen intensive tasks such as programming, audio-video editing, writing and data analysis. Making possible completing the work that needs to be done a painless endeavor. (Previous 21.5″ model)
Also ideal for offline Mandelbrot-set exploration, for an ultra high-entropy experience. (Present 15″ model)
The solar-specific Starlore. (Previous 21.5″ model)
Solar backlit is ideal for genuine photonic-fidelity astrophotography viewing.
Also ideal for online Darshan viewing.
“She is the brightness of eternal light, and the unspotted mirror of the majesty of God.”
– Wisdom 7
Inner workings
High photonic-fidelity
Digital-to-Analog conversion
Retro-lluminate your pixels with benign light sources from behind.
Genuine brass heat-sink reflecting plates and made from prime quality materials and long-lasting serviceable components.
For a genuinely golden backlight.
“He was a lamp that burned and shined, and you were willing to rejoice in his light.”
– John 5:35
Order
The SpectrumView Pro (Present 27″ model)
The SpectrumView Mini. (Present 15″ model)
“To change something, build a new model that makes the existing model obsolete.”
– Buckminster Fuller
Shipping Time :
🖐🏼 Monitors are hand-crafted with attention to detail, and there is currently a waiting time of 1-1½ months to ship after placing order. 🕰️
Delivery :
📦 First-class shipping service with tracking number provided from Mexico, safe arrival is guaranteed, import fees may or may not have to be payed. 🚢
Warranty :
❤️🩹 Proper functioning is promised for 3 years from the TXID in physical parts, any monetary refund will be at USD equivalent at time of transaction. ⚙️
Special orders :
⚜️ If you would like your monitor’s frame hand carved in a baroque style encrusted with mother of pearl, contact. 🪄
Disclaimer :
⚠️ Use at your own risk, for experimental purposes only. 🤯
To North and Central America:
SpectrumView Mini 15″
450$
SpectrumView Pro 27″
800$
SpectrumView Starlore 27″
Solar-specific
500$
To Europe and South America:
SpectrumView Mini 15″
500$
SpectrumView Pro 27″
850$
SpectrumView Starlore 27″
Solar-specific
550 Silver oz
To the rest of the world:
SpectrumView Mini 15″
600$
SpectrumView Pro 27″
950$
SpectrumView Starlore 27″
Solar-specific
650$
Free T-shirt with order. (mention size and model)
Technical specifications
SpectrumView Mini 15″ 1920×1080 (FullHD), 60Hz, HDMI, USB-C, 178° viewing angle, IPS panel, 8 bit per pixel, matte finish, 120/240V, (4) 25W light bulbs, 5.8Kg. Portable and lightweight, about the size of a regular laptop screen, high pixel density makes it especially color rich.
•
SpectrumView Pro 27″ Solar/Electro-Incandescent 2560 x 1440 (2K), 100Hz, 1ms response time, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, 8 bit per pixel, semi-glossy finish, external power supply, 120/240V, (10) 25W light bulbs, 70x51x18cm 9.4Kg. Excellent resolution and proportions, suitable for power users, and artistic endeavours.
•
SpectrumView Starlore 27″ Solar-specific 2560 x 1440 (2K), 100Hz, 1ms response time, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, 8 bit per pixel, semi-glossy finish, external power supply 120/240V. Monitor can also be USB powered with special adapter at request. 70x51x5cm 6.8Kg. To use this model you need a window with direct or indirect sunlight, preferably without any shadow casting elements. Having a translucently-daily monitor means you need to adapt to the monitor so completely rearranging your space will most likely be necessary. And cover at least 1 meter around the perimeter of the monitor with a cloth or palm mat, otherwise it can’t work because your pupils will not being able to adjust properly to the intensity of light coming in, if any of this mentioned is not possible then this model will most likely not work for you, but you can still place your favorite desk lamp behind, although for heat dissipation doing this will void warranty.
“By their fruits you will know them.”
– Mathew 7:16
SpectrumView monitors are built to last, with quality wood and components, thermally protected by sophisticated airflow cooling design, with genuine brass heat-sink reflectors and high quality low-speed fans, additional EMF shielding available upon request. Traditional bee-wax varnished polished wood body, copper wiring, and strong copper mounts, detachable for transportation or to suspend in front of a window for natural incandescence backlight. The incandescent light bulbs are standard Edison base, size and wattage approved for household appliances such as ovens, and are not banned since they are not for general space illumination. The lightbox is also an ideal cured meat and fruit dehydrator when placed faced down, with a soft continuously circulating airflow.
Japanese precision woodwork with thick frame and detachable strong copper stands with genuine lac varnished grips.
Traditional beewax varnished and polished wood body makes SpectrumView monitors the Rolls-Royce of monitors.
27″ Ports (ports depends on model).
Everything works with either 120V or 240V at the flick of an inner switch without having to change all bulbs, which means you can use 120V bulbs in a 240V country, twice as many replacement bulbs are included, which should last for many years if treated well. Using only incandescent bulbs at full intensity for the whole day will increase your electric bill, but if used during winter the proportional thermal energy radiated will be subtracted from your heating bill, so cost will cancel out, and if natural lit during the summer and the day, the electricity usage will stay the same. The incandescent light bulb is the most ecological electrical lamp that has ever been invented, and can have lifespans of up to 100 years. Cutting edge research in nanophotonics and thermophotovoltaics will make incandescent backlights more widely available in the future, for your only hope for a future.
“Returning is how The Way progresses.“
– The Tao
The high-photonic-fidelity
wave of the future.
