Singer / Songwriter / Lyrics / Music = Songs

• 8-Minutes-and-20-Seconds-0.mp3
• 8-Minutes-and-20-Seconds-0.mp4
• 8-Minutes-and-20-Seconds-I.mp3
• 8-Minutes-and-20-Seconds-I.mp4
• 8-Minutes-and-20-Seconds-Interlude.mp3
• 8-Minutes-and-20-Seconds-live-intro.mp3

[Intro]
The light beckons
In 8 minutes (and 20 seconds)

[Verse 1]
Though that star
Seems oh so far
The speed of light
Makes rapid flight

[Bridge]
The light beckons
In 8 minutes (and 20 seconds)

[Chorus]
Always observed
In the past
Sounds absurd…
Hope it lasts

[Verse 2]
The closest star
We call our sun
Though still quite far
Is fast to run

[Bridge]
The light beckons
In 8 minutes (and 20 seconds)

[Chorus]
Always observed
In the past
Sounds absurd…
Hope it lasts

[Bridge]
The light beckons
In 8 minutes (and 20 seconds)

[Chorus]
Always observed
In the past
Sounds absurd…
Hope it lasts

[Outro]
The light beckons
In 8 minutes (and 20 seconds)

A SCIENCE NOTE
t takes sunlight approximately 8 minutes and 20 seconds to reach Earth. Here’s why:

1. Distance Between the Sun and Earth

• The average distance from the Sun to Earth is about 93 million miles (150 million kilometers). This distance is also called an astronomical unit (AU).

2. Speed of Light

• Light travels at a constant speed of approximately 186,282 miles per second (299,792 kilometers per second) in a vacuum.

3. Time Calculation

Using the formula for time:

Time=DistanceSpeed\text{Time} = \frac{\text{Distance}}{\text{Speed}}Time=SpeedDistance​

Substitute the values:

Time=93,000,000 miles186,282 miles/second≈500 seconds\text{Time} = \frac{93,000,000 \text{ miles}}{186,282 \text{ miles/second}} \approx 500 \text{ seconds}Time=186,282 miles/second93,000,000 miles​≈500 seconds

Convert 500 seconds into minutes:

$$500÷60=8\text{ minutes and 20 seconds.}$$

Interesting Facts

1. Historical Perspective: The sunlight we see now left the Sun about 8 minutes ago, so we’re always observing the Sun’s past.
2. Photon Journey Inside the Sun: Before sunlight exits the Sun, photons take thousands to millions of years to travel from the core to the surface, where they are finally emitted as sunlight.
3. Variable Time: The time for sunlight to reach Earth varies slightly depending on Earth’s position in its elliptical orbit (closer in January, farther in July).

Sunlight’s journey is a remarkable constant that links our planet to the Sun, providing energy essential for life.

From the album “Solar Radiation” by Daniel

The Human Induced Climate Change Experiment

MegaEpix Enormous

• Solar-Flare-0.mp3
• Solar-Flare-0.mp4
• Solar-Flare-I.mp3
• Solar-Flare-I.mp4
• Solar-Flare-prelude.mp3

[Intro]
What can compare…
To a solar flare?

[Verse 1]
A sun tsunami
(I can see hitting me)
Cause ripple effects
(Get complex)

[Bridge]
What can compare…
To a solar flare?

[Chorus]
10 million
(nuclear bombs)
… exploding simultaneously
Then vaudevillian
(Humor succumbs)
… eroding spontaneously

[Verse 2]
Unique
(Cosmic phenomenon)
Music
(Stellar on and on)

[Bridge]
What can compare…
To a solar flare?

[Chorus]
10 million
(nuclear bombs)
… exploding simultaneously
Then billions
(Come home ohms)
… ohhh the radiancy

[Break]
Hello?
(Is there anybody out there?)

[Bridge]
What can compare…
To a solar flare?

[Chorus]
10 million
(nuclear bombs)
… exploding simultaneously
Then billions
(Come home ohms)
… ohhh the radiancy

[Outro]
Look! Up there…
A solar flare
(Beware)

A SCIENCE NOTE
A solar flare can be compared to various natural and artificial phenomena due to its sudden release of energy, intensity, and wide-reaching effects. Here are a few comparisons that help conceptualize the power and behavior of a solar flare:

1. A Volcanic Eruption

• Similarity:
  • Both involve the sudden release of immense energy stored over time.
  • A solar flare releases energy in the form of electromagnetic radiation and charged particles, much like a volcanic eruption releases magma, gas, and ash.
• Scale:
  • Solar flares are far more powerful, with energy equivalent to billions of hydrogen bombs.

2. A Lightning Bolt

• Similarity:
  • Both are sudden, high-energy discharges involving electromagnetic energy.
  • Just as lightning is caused by the buildup and discharge of electrical energy in a thunderstorm, solar flares occur due to magnetic energy release on the Sun.
• Difference:
  • A lightning bolt is localized, while a solar flare impacts the entire solar system.

3. A Nuclear Explosion

• Similarity:
  • Both release massive amounts of energy in a very short time.
  • A typical solar flare can release energy equivalent to 10 million nuclear bombs exploding simultaneously.
• Difference:
  • A nuclear explosion involves a chain reaction of nuclear fission or fusion, whereas a solar flare is driven by magnetic reconnection in the Sun’s atmosphere.

4. A Tsunami

• Similarity:
  • Both can cause ripple effects that travel vast distances.
  • A solar flare’s energy travels outward through the solar system, akin to the way a tsunami propagates across oceans after an undersea disturbance.
• Difference:
  • A solar flare spreads energy via electromagnetic radiation and particles, while a tsunami is a physical wave in water.

5. A Firework Display

• Similarity:
  • Both are sudden, bright, and dramatic, with light and heat radiating outward.
  • The Sun’s surface often resembles a chaotic firework display during a solar flare event.
• Difference:
  • Solar flares are vastly larger and involve plasma and magnetic fields instead of chemical explosions.

6. A Power Surge

• Similarity:
  • Both involve a rapid and intense release of energy that can disrupt systems.
  • Solar flares can cause geomagnetic storms that disrupt satellites, power grids, and communications, much like a power surge can overload and damage electronic devices.

In Summary

A solar flare is a unique cosmic phenomenon with no perfect terrestrial analogy due to its immense scale and energy. However, the comparisons above illustrate its dynamic nature and wide-reaching effects, ranging from localized explosions (like a volcanic eruption) to global or cosmic disturbances (like a tsunami or power surge).

From the album “Solar Radiation” by Daniel

Also found on the album “Say Reggae” by Narley Marley

The Human Induced Climate Change Experiment

MegaEpix Enormous

• Liquid-Sunshine-I.mp3
• Liquid-Sunshine-I.mp4
• Liquid-Sunshine-II-Unplugged-Underground-X.mp3
• Liquid-Sunshine-II-Unplugged-Underground-X.mp4
• Liquid-Sunshine-II.mp3
• Liquid-Sunshine-II.mp4
• Liquid-Sunshine-Unplugged-0.mp3
• Liquid-Sunshine-Unplugged-0.mp4
• Liquid-Sunshine-Unplugged-Underground-X.mp3
• Liquid-Sunshine-Unplugged-Underground-X.mp4
• Liquid-Sunshine-Unplugged.mp3
• Liquid-Sunshine-Unplugged.mp4
• Liquid-Sunshine-acoustic.mp3
• Liquid-Sunshine-electric.mp3

[Intro]
The power of the sun
In a sunshower
Rain, dew…
Honey, you, too

[Verse 1]
Life-giving nature
(Of the rain)
One thing that’s for sure
(Helps ease the pain)

[Chorus]
Sunlight
(Filters through the rain)
Delight
(Remain in the rain)

[Bridge]
The power of the sun
In a sunshower
Rain, dew…
Honey, you, too

[Verse 2]
Nourishes
(And replenishes)
Both world’s best
(Heaven’s at rest)

[Chorus]
Sunlight
(Filters through the rain)
Delight
(Remain in the rain)

[Bridge]
The power of the sun
In a sunshower
Rain, dew…
Honey, you, too

[Chorus]
Sunlight
(Filters through the rain)
Delight
(Remain in the rain)

[Outro]
It’s our hour
For a sunshower
Rain, dew…
Honey, you, too

ABOUT THE SONG
The term “liquid sunshine” is a poetic and whimsical expression that typically refers to rain or light drizzle, often with the sun still shining. While its exact origin is unclear, it likely stems from creative language used to describe weather in a positive, almost paradoxical light. Here’s what we know about its use and evolution:

Historical Usage

1. Early References in Literature and Culture:
   • The phrase appears in 19th-century poetry and literature, often as a metaphor for rain, dew, or even golden beverages like honey or syrup. Writers used it to evoke a sense of beauty or vitality.
2. Meteorological Context:
   • It gained popularity as a way to describe a sunshower—when sunlight filters through the rain, creating a visually striking scene.
   • It also highlights the life-giving nature of rain, which nourishes plants and ecosystems, much like sunshine.

Modern Usage

1. Hawaii and Tropical Climates:
   • The term is widely associated with Hawaii and other tropical regions, where sudden bursts of rain often occur while the sun shines. Locals and tourists alike use it affectionately to describe this unique weather pattern.
2. Marketing and Commercial Use:
   • It has been co-opted by businesses to describe products like lemonade, syrups, or even fragrances, capitalizing on its cheerful, refreshing connotation.
3. Figurative Use:
   • It’s also used metaphorically to describe moments of joy or positivity in otherwise gloomy situations, much like a literal sunshower.

Cultural Appeal

The enduring popularity of “liquid sunshine” lies in its ability to reframe rain—a phenomenon often seen as dreary—in a more positive and vibrant light. While it doesn’t have a single traceable origin, its roots are firmly planted in human creativity and our relationship with nature.

From the album “Solar Radiation” by Daniel

The Human Induced Climate Change Experiment

MegaEpix Enormous