Illuminate your digital realm
in the ancient ligt
of the future
With the
state of the art
of high-photonic fidelity.
A new dimension in screens
the next paradigm
in light.
Regenerate sight
Alleviate photosensitivity
Augment memory retention
Restore presence and attention.
Universal connections, precise backlight
intensity control, wooden body
and magnetical lightbox.
Can also be solar
backlit when
allowed.
ANALOG LIGHT
FOR THE DIGITAL WORLD.™
What is Light?
“That which comes from the Light of the Holy Ghost is of only one species…but that which comes from the Light of Nature is of two species…”
– Theophrastus Paracelsus (1493-1541)
Since the dawn of time light has been a source of wonder and study, protophysically, physically and metaphysically. Although the nature of light is apparent to our eyes, it is also so obscure that no complete description has been given, as few things are as enigmatic as the essence of light. Visibly speaking, light itself is invisible, because only the source and its reflection can be seen, and there are only two primal sources of producing light, incandescence and luminescence. Incandescence is the emission of light coming from a thermal state of an element via classical mechanics, also called “hot light”, and luminescence, the emission of light coming from non-thermal sources through quantum mechanics, or “cold light”. ¹
Natural incandescence comes from the Sun and the celestial bodies
Artificial incandescence comes from fire.
Artificial incandescence also comes from incandescent vacuum bulbs.
Artificial luminescence comes from light emitting semiconductors and fluorescent bulbs.
Natural luminescence also comes from atmospheric phenomena like polar lights.
Natural luminescence comes from some nocturnal insects, deep sea creatures and will-o’-the-wisp.
The arrival of electricity revolutionized our life, but the first electric light source was still a continuation of the same kind of light we had been seeing since the dawn of man. It was the arrival of electro-luminescent light emitter that marked the real change in our lighting, and today we are surrounded by it, especially from computer screens, the interface that mediates information through light in our modern day indispensable tool, the computer. ²
“The Market by Candlelight.”
Petrus van Schendel. 1840
“Light is the principal person in a painting”
– Edouard Manet
Incandescence naturally produces a continuous broadband spectrum and is unrivaled for high spectral fidelity and color rendering, luminescence naturally produces a segregated narrowband spectrum, a light that may appear white to the eye, but because in reality it is made of a handful of frequencies, that have real spectral voids, where there is literally no light present. Incandescence is a light that naturally seeks the state of maximum entropy, on the other hand luminescence naturally seeks the state of minimum entropy. Making luminescence unrivaled for digital information transmission, solid state luminescence has the ability to be switched on and off unimaginably fast, making it indispensable for digital communications through fiber optics. This is something incandescence can’t do because its inherent thermal inertia naturally prevents it. These two mechanisms to produce light have their setbacks and their advantages, their unique properties allows for different uses.
“The Glory of Saint Augustine.”
Philippe de Champaigne, 1645.
Incandescent light is born from the increase of kinetic energy and entropy through classical mechanics.
Incandescent spectrum is a continuous spectrum.
“The Alchemist Discovering Phosphorus.”
Joseph Wright of Derby, 1771.
Luminescent light is born from electron holes and decreasing entropy through quantum mechanics.
Luminescent spectrum is a segregated spectrum.
An analogy to understand the dichotomy between these two light producing mechanisms would be like how a classical fire and a microwave oven produce heat, the first heats in a classical manner, from the outside to the inside, while the later heats in the inverse way, from the inside to the outside. In the end both produce the similar end, but the means to do it is where the heart of the matter is.
“The sage travels all day over the land and sea,
but does not lose sight of Infinity.”
– The Tao Verse 26
Paradoxically the most efficient way to produce light in the universe is incandescence, as it produces more photons or lux per input energy than luminescence, however much of these photons are invisible infrared. On the other hand luminescence is the least efficient way to produce light in the universe, however much of its photons are visible, making it appear brighter, it is also commonly measured in lumens. Another interesting aspect, is that in incandescence, as the energy in emitter critical energy density is reached, entropy will become even higher, while in luminescence entropy will decrease to nearly zero. In light, entropy is the variation of its photon properties such as phase, frequency, polarization, and direction. Higher entropy corresponds to wider variations, while lower entropy corresponds to less variations and more uniformity, both types provide different an applications.
Entropy
Entropy of light = novelty of its photons.
“Information without entropy is death.”
– Claude Shannon
Entropy is defined by the amount of variations in a system or phenomena, entropy in its purest sense is novelty or unexpectedness. The standard narrative states is disorder, but order and disorder are subjective, novelty is not. Also, entropy is fundamentally observer dependent, for example a wild grown land can appear chaotic to us, but for the organisms living there, may be very ordered. This is why disorder does not define entropy, and is more accurately defined as novelty, which is not subjective.
Entropy is the measure of novely in the universe.
Another example of the observer dependent nature of entropy, would be like a living house vs an abandoned one, the inhabited one has higher degrees of entropy, because it has more variations and unexpected events happening, you cannot predict what people will do next in there,therefore the system has more degrees of freedom, more possible outcomes. The abandoned house has lower degrees of entropy because it has much less variations and unexpected events happening, is lower entropy because its behavior becomes predictable, for example concrete cracks in foreseeable ways, rust follows predictable patterns. The living house generates entropy, the abandoned one loses it and approaches stagnation.
However, if the standard narrative of entropy equaling disorder is accurate, then the low entropy abandoned house should be the ordered one, and the living house with higher entropy should be the disordered one, but this does not appear to be so. Therefore entropy cannot be defined as disorder, because order and disorder are subjective, but novelty is not subjective, and so entropy is more wholly defined as novelty and unpredictability. Entropy defined as novelty and unpredictability at observable scales might be the only way we can actually work with and understand it.
Electro-incandescent light emitters are made from glass and metal, and can have some of the highest entropy in the universe.
Electro-luminescent light emitters are made from silicon wafers and can have some of the lowest entropy in the universe.
The second law of thermodynamics is incomplete because it only applies under certain conditions, and describes one aspect but misses the other, framing it as a sort of cosmic pessimism. The incompleteness of the second law of thermodynamics entropy theory might be due to the philosophical assumptions of the era that created it, a culture that saw the cosmos primarily through the lens of extraction, rather than through creation. It emerged in the 18th–19th century during the industrial revolution, an era obsessed with predictability and control, and so the framework they built to define entropy reflected their mindset: entropy as waste, disorder, something to be minimized. But they were observing it from a particular technological vantage point, what they didn’t see was that entropy-generation of unpredictability are vital, and are not wasteful,they are a creative force that maintains dynamic systems by resisting crystallization. Lifeless things decay toward order, life are entropy generators that create islands of novelty against fatalistic uniformity. Entropy is not the enemy, generating entropy is literally what animates things, life and consciousness are literally entropy generators.
Analog signals are high in entropy made of continuous spirals, while digital signals are low in entropy and made of discrete steps, like a on/off bit, both have unique and very useful applications.
State of the art SpectrumView monitors makes the user experience a form of analog time dilation from the high entropy light experienced per second.
Frontier computers can transmit enormous quantities of data over ultra-low entropy luminescent light, and can experience a form of digital time dilation.
Photomodulation
“Penetrating red light is possibly the fundamental anti-stress factor for all organisms.”
– Ray Peat
Photomodulation is the ability for our cells and tissue to regenerate via infrared light, which can reduce ocular inflammation, alleviating photosensitivity, improving blood circulation and cognitive performance. Infrared light penetrates a considerable depth in the body. SpectrumView monitors emit a lot of broadband infrared light thanks to its incandescent nature, something completely lacking in common monitors.
Broadband infrared light is also found in sunsets.
SpectrumView monitor backlight and a phosphor semiconductor backlight.
The spectrum
A spectrum is the rainbow of a light source.
“The question is not what you look at, but what you see.”
– Henry David Thoreau
Sun spectrum.
Fire spectrum.
Electro-incandescent spectrum.
Electro-luminescent spectrum.
Bio-luminescent spectrum.
SpectrumView incandescent monitor and common luminescent monitor at camera white point of 6250K.
SpectrumView incandescent monitor and common luminescent monitor at camera white point of 6250K.
SpectrumView incandescent monitor and common luminescent monitor at camera white point of 6250K.
Actual observable color gamut as seen from a SpectrumView incandescent monitor and a common luminescent monitor.
The triangles in the right represents the frequencies a common luminescent monitor can emit, the left horseshoe shape is the visible colors that we can see and that a SpectumView incandescent monitor can emit at 100 CRI.
Applications
The ideal monitor for artistic creation, featuring a broadband infrared spectrum for comfortable long working sessions, with the highest color rendering available.
Ideal for screen intensive tasks, making possible completing the work that needs to be done a painless endeavor. (22″ previous model)
Also ideal for online live darshan viewing.
The ideal monitor for high-entropy explorations.
Solar backlit is ideal when setup permits.
Inner workings
High photonic entropy.
Digital-to-analog translucent conversion.
Prime quality materials, long lasting serviceable components, genuine brass reflecting heatsinks and sophisticated airflow design, for a genuinely golden and transcendental retro-illumination.
Models
SpectrumView Mini
15″ FullHD (1920×1080), 60Hz, HDMI, 178° viewing angle, VA panel, 8 bit per pixel, semi-glossy finish, 120/240V, 4 x 25W light bulbs, Width 51cm, height 37cm, depth 40cm, weight 4.3Kg. Portable and lightweight, screen size is about the size of a laptop screen.
SpectrumView 22
22″ FullHD (1920×1080), 60Hz, HDMI, VGA, 178° viewing angle, VA panel, 8 bit per pixel, semi-glossy finish, 120/240V, 8 x 25W light bulbs, width 51cm, height 44cm, depth 40cm, weight 5.5Kg. Semi-portable and perfect for everyday usage.
SpectrumView Starlore
Solar-specific 27″ 2k (2560 x 1440), 100Hz, 1ms response time, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, 8 bit per pixel, semi-glossy finish, external power supply 120/240V. Width 75, height, 54 depth 40cm, weight 6.4Kg. Specially tailored for solar backlighting, ideal for spaces with ample daylight availability, has a day filter structure in the back to prevent front glare. Needs a window or open space with direct or indirect sunlight. You can get a 20% discount in this model if in the same order the next model also is.
SpectrumView Pro
27″, 2k (2560 x 1440), 100Hz, (60Hz 4k model), 1ms response time, HDMI, VGA, DisplayPort, 178° viewing angle, VA panel, 8 bit per pixel (10 bit 4k), semi-glossy finish, external power supply, 120/240V, 10 x 25W light bulbs, width 75 cm height 54cm, depth 46cm, weight 9.4Kg.
SpectrumView Master
Sequential tri-screen provides analog work spaces by physically rotating the monitor, ball bearings ensure an easy glide and adjustable viewing angle, gravity switch allows to turn off the screens not directly in front. 27″ 2k , (2560 x 1440), 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 x 25W light bulbs, width 75cm, height 100cm, depth 66cm, weight 24Kg.
Prices
Analog weight in digital gold.
To order click the Pay with BTC button,
Visit our US Friend website to pay in other methods.
⏱️ Orders are fulfilled as first come fist served, currently there is a ≈ 5 week wait time for shipping after placing order, patience is humbly requested, working hard to provide faster times in the future. 📦 First-class shipping with tracking number, safe arrival guaranteed, small import fees may have to be payed. 💡Proper functioning is promised for 3 years in physical parts, any monetary refunds before shipping when paying with BTC will be at USD equivalent at time of transaction. 🦚 For high-end customization like hand carved gold gilded front frame, etc, contact. Use at your own risk, for experimental purposes only. Delivered from Old Mexico.🌵 🌘🐺
1 ☽ oz
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Technical specifications
Traditional beeswax polished wood.
Legacy lightbox is the legacy version and is mostly made of wood, it is more robust, more compact, but heavier, total screen lux possible is ≈120.
Dymaxion lightbox is the most recent version and is mostly made of brass sheet, it is brighter and quieter. Total screen lux possible is ≈180. New orders by made by default in this version unless requested otherwise.
Ports (27″)
Ports (22″)
SpectrumView monitors are built to last a long time, and for long working sessions, made with quality wood and quality repairable components, sophisticated airflow cooling design, genuine brass heat-sink reflectors and low-speed fans, substantial EMF shielding, and strong copper mounts. The incandescent light bulbs needed are standard Edison E27 base, and approved size and wattage for household appliances such as ovens and fridges, not for space illumination. For Europe and other 240v countries an inner switch is included so it can work with 240v at the flick of an inner switch, which means you can use 120v bulbs in a 240v country, twice as many replacement bulbs are included, which should last for many years.
Quality woodwork, thick frame and detachable copper mounts to suspend in front of a window for solar backlighting.
Hand-made with precision and care.
Keep in mind that using only incandescent bulbs at full intensity for the whole day will increase your electricity usage, and so a solar model is recommended if you have access to daylight from a window, and so when the incandescent model is used at night, the electricity consumption will cancel out., and if used during winter the equivalent thermal energy radiated will be subtracted from your heating cost as well. Thank you for taking the time to visit the website, it is still under construction and any feedback will be appreciated.
Further research in thermophotovoltaics will make incandescent backlights more widely available in the future. ⁸











