• Identify an online database (website that is fundamentally a database or contains a database)dont use imdb
• Consider the types of data per section 1.3 that the database contains (often this addresses the WHO, WHAT, WHERE, WHEN and WHY of a database, does it with your choice?)
• What are 2-3 'interesting questions' that the database might inspire?
• Here is an example of one- In the boundless expanse of cyberspace, there exists a repository of knowledge that extends far beyond the terrestrial realm, reaching out into the unfathomable depths of the cosmos. This repository, the NASA's Hubble Heritage Project Database, is a veritable treasure chest of astronomical wonders, offering a panoply of data that intricately weaves together the enigmatic narratives of the universe (Illuminated Universe, 2020).

The Hubble Heritage Project, a joint initiative by NASA and the European Space Agency (ESA), has become an indelible part of our cosmic exploration journey. It embodies the quintessential elements highlighted in Section 1.3 of the article, elucidating the WHO, WHAT, WHERE, WHEN, and WHY of the universe in profound detail (Illuminated Universe, 2020). Types of Types of Data:

In terms of the types of data that the Hubble Heritage Project Database contains, it includes a variety of data types:

Structural Data: This might refer to information about the design and structure of the Hubble Space Telescope itself, including its instruments, specifications, and how it's configured for different missions.

Astronomical Images: The database contains a vast collection of high-resolution images captured by the Hubble Space Telescope. These images provide visual data about celestial objects such as galaxies, nebulae, star clusters, and planets.

Spectral Data: Spectral data includes information about the electromagnetic spectra of various astronomical objects. This data can reveal details about an object's composition, temperature, and motion.

Time Data: The database records the timing of when each image was captured. This temporal data is crucial for studying changes in celestial objects over time.

Location Data: Information about the celestial coordinates (e.g., right ascension and declination) of the objects observed by Hubble is important for astronomers to locate and study specific objects in the sky.

Scientific Metadata: This would include details about the scientific purpose of each observation, the researchers involved, and the objectives of Hubble's missions.

Calibration Data: The database likely contains calibration data used to process the raw images, ensuring accuracy and reliability in scientific analysis.

1. This database answers the following -

WHO: At its core, the database acquaints us with the brilliant minds behind the Hubble Space Telescope missions. It introduces us to the astronomers, scientists, and researchers who have tirelessly worked to unlock the mysteries of the cosmos. This information invites us to contemplate the human ingenuity and collaborative spirit that have propelled our cosmic pursuits (Illuminated Universe, 2020).

WHAT: Immerse yourself in a celestial symphony as the database unveils an awe-inspiring gallery of images. These images, captured by the Hubble Space Telescope, encapsulate the essence of the "WHAT." They traverse the boundaries of our imagination, revealing the intricacies of galaxies, nebulae, star clusters, and the planets in our solar system. Each image is a visual masterpiece that beckons us to explore the unknown (Illuminated Universe, 2020).

WHERE: With each click, you journey to distant corners of the universe. The database paints a vivid picture of the "WHERE" by showcasing celestial objects that span the vast cosmic landscape. Explore galaxies in remote clusters, dive into the heart of nebulae within our Milky Way, and gaze upon the planets that dance in our own cosmic backyard (Illuminated Universe, 2020).

WHEN: Time takes on a cosmic dimension as the database chronicles the "WHEN." It meticulously records when each image was captured, providing a historical perspective of Hubble's missions. It guides us through the telescope's evolution and highlights key milestones in its quest to unveil the universe's secrets (Illuminated Universe, 2020).

WHY: The database unravels the profound "WHY" of the Hubble Space Telescope's existence. It illuminates the purpose behind these missionsto expand the boundaries of human knowledge, to study the birth and evolution of stars and galaxies, and to probe the mysteries of dark matter and dark energy. It beckons us to ponder our place in the cosmos and the profound questions that drive our exploration (Illuminated Universe, 2020).

Interesting Questions:

What is the most distant object ever captured by the Hubble Space Telescope, and what does its existence tell us about the early universe?

How do Hubble's images contribute to our understanding of the life cycle of stars, from their birth in nebulae to their explosive deaths as supernovae?

What are the key scientific breakthroughs achieved through the Hubble Heritage Project, and how have these discoveries shaped our view of the universe?