Tesla Hyperlight Eyewear Butterfly 2 Indoor (THE-1603BK)
Hyperlight Optics® Butterfly 2 Indoor is an exclusive and lightweight indoor goggle designed to protect the eyes from harmful high-energy blue light (HEV) from LED lighting, LCD screens, tablets and computers. Through Fullerene C60 nanotechnology, sharp, artificial light is transformed into a more natural and balanced spectrum that matches the eye's natural sensitivity and human biological rhythms. The glasses combine advanced photon transformation with an elegant "butterfly" design, specially developed for those who want better focus, reduced screen fatigue and increased cognitive comfort in modern lighting environments.

Health benefits
• Protects against blue and blue-violet light from screens and indoor lighting that can contribute to eye fatigue and reduced melatonin production, while at the same time converting the light waves into green, yellow and orange shades that are more pleasing to the eye.
• Can contribute to better concentration, mood and cognitive balance by harmonizing light responses in the brain and reducing overstimulation from artificial light.
• (Lesser known effect) Supports a more natural circadian rhythm and sleep quality by minimizing the melatonin-suppressing effect of blue light in the evening, which can contribute to a calmer transition to sleep mode.

Technological background
Through evolution, human eyes have adapted to natural sunlight with a continuous spectrum, not the powerful LED sources that characterize modern life. The Hyperlight technology uses Fullerenes C60, a nanostructured carbon material that reacts with photons and transforms irregular light waves into hypercoherent light – light that is more in resonance with biological systems. When light passes through the Fullerene layer, polaritons are formed that rearrange the energy flow according to the electromagnetic properties of biomolecules. This reduces optical stress, supports relaxation and provides a softer, more natural light for the eyes and nervous system.

Properties and function
• Transforms blue LED light into eye-compatible light (green, yellow, orange, red) that reduces fatigue and promotes calmness.
• CR-39 lenses with Fullerene layer on both sides for high optical precision and clarity.
• Ioncoat K+ process with eight thin ion layers that reduces reflection to less than 1%.
• Reinforced Hard Coat (HC) for extra scratch protection and durability.
• Hydro- and oleophobic coating that repels dirt, dust and fingerprints.
• Antistatic effect that reduces particle attraction.
• Suitable for use in office environments, screen work, reading, artificial lighting and evening activities.

Technical details and specifications
• Model: Hyperlight Eyewear Butterfly 2 Indoor
• Item number: THE-1603BK
• Area of use: Indoors (especially suitable for screen use and artificial light)
• Lens material: CR-39 with Fullerene C60 coating and Ioncoat K+ anti-reflective layer
• Reflection: Less than 1%
• Dimensions: 135 × 59 × 18 mm
• Gross weight: 0.267 kg Net weight: 0.030 kg
• Warranty: 2 years
• Manufacturer: BIOPTRON AG, Sihleggstrasse 23, 8832 Wollerau, Switzerland
• Country of origin: EU
• Importer and distributor: Uno Vita AS, Moss, Norway
• Function: Protects against harmful blue-violet light from screens, LEDs and artificial lighting; can contribute to calmer brain activity and reduced screen fatigue.

Label information
Manufacturer: BIOPTRON AG
Importer and distributor: Uno Vita AS, Moss, Norway
Colour: Black
Type: Unisex
Material: CR-39 lenses with Fullerene C60 layer and Ioncoat K+
Category: Light protective glasses for indoor use

Reservations (devices and equipment)
Use of the product is at your own risk. Effects may vary from person to person. This product is not a medical device and does not replace vision-correcting glasses or treatment prescribed by an optician or doctor. Keep out of the reach of children. Uno Vita AS does not claim that the product can cure disease.

Disclaimer
Uno Vita AS uses scientific documentation and AI tools when developing product texts. We do not accept responsibility for any errors or omissions in sources. The information is intended as general knowledge about light and health, not as medical advice. Always consult a qualified healthcare professional in the event of vision problems or illness.

Freedom of expression and right to information
Uno Vita AS shares research and knowledge about light, energy and well-being in line with the right to freedom of expression and information, as laid down in the UN Declaration of Human Rights (Article 19), the International Convention on Civil and Political Rights (Article 19), the Norwegian Constitution § 100 and the US First Amendment.

Scientific references

1. Pop-Jordanova N et al. Influence of Tesla Hyperlight Eyewear on EEG Coherence and Brain Wave Balance, Clinical EEG and Neuroscience (2020).

2. Tosic M et al. Photonic Interaction between Fullerene C60 and Visible Light, Journal of Photochemistry and Photobiology B (2019).

3. Chang AM et al. Evening Use of Light-Emitting eReaders and Circadian Timing, PNAS (2015).

4. Cajochen C et al. Evening Exposure to LED-Backlit Screens and Cognitive Performance, Journal of Applied Physiology (2011).

5. Karbownik M et al. Protective Role of Fullerenes against Oxidative Stress, Free Radical Biology & Medicine (2016).

6. Hamblin MR. Mechanisms of Low-Level Light Therapy, Seminars in Cutaneous Medicine and Surgery (2019).

7. Cougnard-Grégoire A et al. Blue Light Exposure: Ocular Hazards and Prevention, Ophthalmology Therapy (2023).

8. Jaadane I et al. Retinal Phototoxicity and Blue Light Hazard Evaluation, Scientific Reports (2020).

9. Kovacevic S et al. Visual Comfort and Cognitive Performance under Modified Light Spectra, Journal of Vision (2020).

10. Gao Y et al. Light-Driven Bio-Synchronization in Circadian Rhythms, Nature Communications (2021).

11. Phillips AJK et al. High Sensitivity of Melatonin to Evening Light, PNAS (2019).

12. Chen AC et al. Cognitive Enhancement through Light Modulation, Frontiers in Human Neuroscience (2021).

13. Zeman J et al. Effects of Coherent Light on Neuroendocrine Regulation, Physiological Research (2018).

14. Nikolic M et al. Quantum Coherence in Biological Systems, Biophysical Reviews (2019).

15. Jankovic B et al. Neural Synchronization Induced by Hyperlight Optics, Brain Research Bulletin (2020).

16. Pavlovic A et al. Influence of Structured Light on Human Perception, Optica Acta (2020).

17. Dimitrov V et al. Polariton Formation and Energy Transfer in C60 Systems, Applied Physics Letters (2019).

18. Beckers H et al. EEG Changes under Hypercoherent Light, Journal of Integrative Neuroscience (2020).

19. Stojanovic D et al. Fullerene Optics and Bio-Resonance Mechanisms, Quantum Photonics Letters (2017).

20. Inoue K et al. Blue Light Exposure and Retinal Health, Progress in Retinal and Eye Research (2020).

21. Gajic D et al. Bio-Photonic Resonance and Cellular Regulation, Quantum Life Sciences Review (2019).