Loading video...

Video Failed to Load

There was a problem loading this video. This could be due to a temporary network issue or the video might be unavailable.

DEW. Tyndall effect. The Tyndall Effect occurs when light is scattered by particles colloidal. Water enhances light, imagine the destructive power of something like that in greater proportions.

Bronze Giant

91,383 subscribers

74,092 views • 1 year ago •via X (Twitter)

Science & Technology Education Health & Wellness

Anya Rossi• Live Now

Private livecam show

9 Comments

AdamMK1 year ago

imagine our magnetic fielding flexing and creating lense like properties on the earth from the sun 🤔 melting in global locations you say! well, it takes an agitator.....

Bronze Giant1 year ago

😳

Steve Howard1 year ago

That's not the Tyndall, that's just water acting as a lenses, the same way we used to set fire to things using a magnifying glass as kids.

Vortex1.2.3.51 year ago

Don't give them ideas...you're seeing how things are and you're giving them wings... 😁😁😁 Greetings and thanks for all the info you share...

Bronze Giant1 year ago

🫡

Tricia Brooks1 year ago

👍🏼

M.K.1 year ago

👀

Cary 🇺🇸🇺🇸1 year ago

@CryptoStu3 Very interesting! Thanks for sharing.

Bronze Giant1 year ago

@CryptoStu3 🫡

Related Videos

Electrons faster than light? Yes, sort of. The Cherenkov Effect occurs when a charged particle travels through a medium faster than the speed of light in that medium. Particles can't travel faster than light in a vacuum, but they can exceed it in a specific medium.

Electrons faster than light? Yes, sort of. The Cherenkov Effect occurs when a charged particle travels through a medium faster than the speed of light in that medium. Particles can't travel faster than light in a vacuum, but they can exceed it in a specific medium.

Brian Roemmele

144,653 views • 1 year ago

The stroboscopic effect occurs when a moving object is illuminated by flashes of light (like from a strobe light) at regular intervals, causing the motion to appear slowed down, frozen, or moving backward — even though it's actually moving forward continuously.

The stroboscopic effect occurs when a moving object is illuminated by flashes of light (like from a strobe light) at regular intervals, causing the motion to appear slowed down, frozen, or moving backward — even though it's actually moving forward continuously.

HOW THINGS WORK

232,417 views • 1 year ago

When you look inside a reactor’s core, do you notice that captivating blue glow? That is the ‘Cherenkov effect’ at work! It is named after the physicist who was born #onthisday in 1904. While studying the effects of radiation emitted by sources such as radium, passing through various fluids, Pavel Cherenkov observed a blue-ish light emitted by a radioactive source placed in water. This phenomenon was later explained by Igor Tamm and Ilya Frank: charged particles are disturbing electrons as the particles move faster than the speed of light in the insulating medium like water. This is the ‘Cherenkov effect,’ and he along with Tamm and Frank earned the 1958 The Nobel Prize in Physics "for the discovery and the interpretation of the Cherenkov effect". 🔗

When you look inside a reactor’s core, do you notice that captivating blue glow? That is the ‘Cherenkov effect’ at work! It is named after the physicist who was born #onthisday in 1904. While studying the effects of radiation emitted by sources such as radium, passing through various fluids, Pavel Cherenkov observed a blue-ish light emitted by a radioactive source placed in water. This phenomenon was later explained by Igor Tamm and Ilya Frank: charged particles are disturbing electrons as the particles move faster than the speed of light in the insulating medium like water. This is the ‘Cherenkov effect,’ and he along with Tamm and Frank earned the 1958 The Nobel Prize in Physics "for the discovery and the interpretation of the Cherenkov effect". 🔗

IAEA - International Atomic Energy Agency ⚛️

10,774 views • 2 months ago

When the Tyndall effect appears, light takes shape. When you set your sights on Liaoning, the mountains and sea are ready to welcome you. Just 2–3 hours from Beijing by high-speed rail, Liaoning invites you to discover stunning coastlines, scenic mountains, and rich history—all in one journey. See you in Liaoning!

When the Tyndall effect appears, light takes shape. When you set your sights on Liaoning, the mountains and sea are ready to welcome you. Just 2–3 hours from Beijing by high-speed rail, Liaoning invites you to discover stunning coastlines, scenic mountains, and rich history—all in one journey. See you in Liaoning!

Discover Liaoning

291,514 views • 2 months ago

What's that beautiful blue glow around a nuclear reactor core? Cherenkov radiation, charged particles from fission racing faster than light through water, creating an electromagnetic "sonic boom" of light. Fun fact: It's the same effect that makes spent fuel pools glow blue and was key to discovering neutrinos. Writer: Lucas

What's that beautiful blue glow around a nuclear reactor core? Cherenkov radiation, charged particles from fission racing faster than light through water, creating an electromagnetic "sonic boom" of light. Fun fact: It's the same effect that makes spent fuel pools glow blue and was key to discovering neutrinos. Writer: Lucas

Mario Nawfal

47,033 views • 2 months ago

Waveform, 2019 A light & sound installation inspired by the famous physics experiment, The Double Slit Experiment, which was developed to demonstrate the wave-like properties of light. By analysing interference patterns that occur when infrared light passes through a body of water the complex perturbations of the surface is translated into sound and light.

Waveform, 2019 A light & sound installation inspired by the famous physics experiment, The Double Slit Experiment, which was developed to demonstrate the wave-like properties of light. By analysing interference patterns that occur when infrared light passes through a body of water the complex perturbations of the surface is translated into sound and light.

𝕭𝖏ø𝖗𝖓 𝕾𝖙𝖆𝖆𝖑

10,492 views • 3 years ago

Quantum field theory predicts that light can scatter off light, an effect beyond classical electrodynamics. Maxwells equations are linear such that two photons never interact with each other However, in reality, if you cross two light beams photons will scatter if they're energetic enough. Even in vacuum, the photons interact with the ever-present quantum fields of charged particles, like electrons, even when no actual charged particles are present But you need very high energies to see this. Thankfully we built a machine specifically to probe nature at very high energies. At the LHC, this rare process of light-by-light scattering has been observed Hidden among millions of photons lighting up the detector, physicists were able to identify 26 distinct light-by-light scattering events This CMS graphic shows how they found them:

Quantum field theory predicts that light can scatter off light, an effect beyond classical electrodynamics. Maxwells equations are linear such that two photons never interact with each other However, in reality, if you cross two light beams photons will scatter if they're energetic enough. Even in vacuum, the photons interact with the ever-present quantum fields of charged particles, like electrons, even when no actual charged particles are present But you need very high energies to see this. Thankfully we built a machine specifically to probe nature at very high energies. At the LHC, this rare process of light-by-light scattering has been observed Hidden among millions of photons lighting up the detector, physicists were able to identify 26 distinct light-by-light scattering events This CMS graphic shows how they found them:

Martin Bauer

60,246 views • 1 year ago

Ruptured air bubbles in a colloidal water solution act like particle scavengers and remove both small and large particles by ejecting them in small water droplets at the tips of broken water jets Letter: Focus:

Ruptured air bubbles in a colloidal water solution act like particle scavengers and remove both small and large particles by ejecting them in small water droplets at the tips of broken water jets Letter: Focus:

Physical Review Letters

12,781 views • 3 years ago

Fire & Ice 🌋❄️: Spectacular lava meets snow in Iceland, sparking debates and showcasing the fascinating Leidenfrost Effect! The effect occurs when water touches an extremely hot surface, causing droplets to vaporize and create an insulating layer of gas.

Fire & Ice 🌋❄️: Spectacular lava meets snow in Iceland, sparking debates and showcasing the fascinating Leidenfrost Effect! The effect occurs when water touches an extremely hot surface, causing droplets to vaporize and create an insulating layer of gas.

AccuWeather

38,516 views • 1 year ago

Scenes such as this where the light is reflecting on the water are accomplished through a process called "backlighting", "underlighting" or "bipack glow". To create the effect a matte is cut and light is shone through the holes.

Scenes such as this where the light is reflecting on the water are accomplished through a process called "backlighting", "underlighting" or "bipack glow". To create the effect a matte is cut and light is shone through the holes.

Rumic World

223,289 views • 17 days ago

THE CONTRASTING EFFECTS OF BLUE AND RED/NIR LIGHT ON THE MITOCHONDRIA. - Recent research published this year in Nature: Scientific Reports demonstrates the effects that light in the built environment has on human health. Our modern build environment is dominated by short-wavelength light from LEDs and fluorescent lighting. This can have deleterious effects on the mitochondria. Adding to this effect is the lack of long-wavelength light from sources like the sun and incandescent lighting bulbs. These long light wavelengths have a beneficial effect on mitochondria function and overall human health. The lack of them in our modern built environment, seems to be impacting public health in a delirious fashion. Two recent papers to read: 1. 2.

THE CONTRASTING EFFECTS OF BLUE AND RED/NIR LIGHT ON THE MITOCHONDRIA. - Recent research published this year in Nature: Scientific Reports demonstrates the effects that light in the built environment has on human health. Our modern build environment is dominated by short-wavelength light from LEDs and fluorescent lighting. This can have deleterious effects on the mitochondria. Adding to this effect is the lack of long-wavelength light from sources like the sun and incandescent lighting bulbs. These long light wavelengths have a beneficial effect on mitochondria function and overall human health. The lack of them in our modern built environment, seems to be impacting public health in a delirious fashion. Two recent papers to read: 1. 2.

Jonathan Jarecki

17,850 views • 7 months ago

Here’s a ‘glow-in-the-dark’ effect achieved by reading the device’s ambient light sensor and partially dimming the UI 💡

Here’s a ‘glow-in-the-dark’ effect achieved by reading the device’s ambient light sensor and partially dimming the UI 💡

Alex Widua

547,137 views • 3 years ago

Can particles move faster than light? Nobel Prize employee Olof is here to explain more about how that's possible in Cherenkov radiation – the discovery that received the 1958 physics prize. Learn more about this effect: Reactor Video Credits: Sandia National Laboratories; IAEA Office of Public Information and Communication

Can particles move faster than light? Nobel Prize employee Olof is here to explain more about how that's possible in Cherenkov radiation – the discovery that received the 1958 physics prize. Learn more about this effect: Reactor Video Credits: Sandia National Laboratories; IAEA Office of Public Information and Communication

The Nobel Prize

37,544 views • 2 months ago

The vibration effect of the frog's voice in the water causes thin wave patterns to form in the water.! When extremely low frequency electromagnetic waves are sent into the sky,wave patterns just like these appear in artificial clouds! The truth is that simple.!

The vibration effect of the frog's voice in the water causes thin wave patterns to form in the water.! When extremely low frequency electromagnetic waves are sent into the sky,wave patterns just like these appear in artificial clouds! The truth is that simple.!

Gök Medresesi

35,031 views • 1 year ago

Dark Attribute Assassin #SungIlHwan A powerful and swift-assaulting Assassin, revealing Sung Il-Hwan’s destructive skills & motions that will bring everything to an end! In the eternal darkness, witness Sung Il-Hwan, the Herald of Light awakened by the power of brilliant light. #sololevelingARISE #sololeveling #sololevelinggame #netmarble #onlyilevelup

Dark Attribute Assassin #SungIlHwan A powerful and swift-assaulting Assassin, revealing Sung Il-Hwan’s destructive skills & motions that will bring everything to an end! In the eternal darkness, witness Sung Il-Hwan, the Herald of Light awakened by the power of brilliant light. #sololevelingARISE #sololeveling #sololevelinggame #netmarble #onlyilevelup

Solo Leveling:ARISE | Official Page

23,211 views • 1 year ago