This document provides an overview of the history and advancement of light art. It discusses how early scientists studied the properties of light in the 19th century and how painters like Monet and Seurat incorporated light effects into their work. It then outlines key developments in light art including stained glass windows, shadow puppetry, and modern light sculptures. The document also covers advantages and disadvantages of different light sources for art and how light art impacts society and the economy.
This document discusses the history and advancement of light art. It describes how scientists like James Clerk Maxwell and artists like Monet and Seurat studied the properties of light and used it in their work. Their discoveries helped establish light art. The document also outlines some key developments in light art such as stained glass windows, shadow puppetry, and modern inventions that use electrical light to create sculptures and designs. It discusses advantages of different types of lighting for enhancing artwork.
This document provides a schedule and information for the conference "NYC: State Of The Art". The conference will address challenges facing visual artists in New York City through panel discussions and solution sessions. The opening remarks and keynote speaker will be followed by morning and afternoon panels discussing background issues and potential solutions. Four concurrent solution sessions will be held on enabling artists to live and work in NYC, accessing resources, industry incentives, and selling art. The concluding cocktail mixer will be held at The Gates. Featured panelists include arts administrators, curators, and artists. The conference aims to enhance NYC's status as a global art capital.
This document discusses three hot technology websites: Yola.com which allows creating Microsoft Office documents from any computer; Polleverywhere.com which creates polls that can be responded to via website or text; and Colorhunter.com which analyzes pictures to identify all matching colors.
This document provides details on 6 sculptures by artist Nicola Hill, including their names, materials used which include reclaimed MDF, plaster, timber and steel, and dimensions. The sculptures range in size from Taliesin at 32 x 37 x 27 cm to Taranis at 150 x 49 x 112 cm and are made from sustainable and reclaimed materials.
The document discusses the results of a study on the impact of climate change on coffee production. Researchers found that suitable land for coffee production could decline by up to 50% by 2050 due to rising temperatures and changing rain patterns associated with climate change. Arabica coffee was found to be most at risk, as its growing regions would shrink significantly according to the study's climate models. The study concludes that climate change poses a serious threat to the coffee industry worldwide if steps are not taken to mitigate future warming and help farmers adapt to the new conditions.
This document discusses hybrid air vehicles, which are lighter-than-air vehicles that use helium to provide lift and onboard propulsion systems for mobility. Key capabilities include operating at 20,000 feet for over 21 days within a 2,000 mile radius. They have applications for both military and civil uses, such as re-supply, transportation, search and rescue, and humanitarian relief due to their ability to takeoff and land from any flat surface. They also have less environmental impact than traditional aircraft.
This public notice disputes false information about Stanley Kornafel that was published without his permission. It alleges that federal and state judges, courts, lawyers, and justice departments colluded to deny Mr. Kornafel his rights and deprive him of a fair trial in several legal cases. Specific court documents and rulings are referenced to show how critical facts were omitted or false statements were made. The notice asserts that Congress is complicit by allowing such injustices to be common practice. It encourages people to verify the facts by examining court records and a book written on the topic.
This document provides details on 6 sculptures by artist Nicola Hill, including their names, materials used which include reclaimed MDF, plaster, timber and steel, and dimensions. The sculptures range in size from relatively small free standing pieces to a much larger installation, with materials reused from other sources.
This document discusses the history and advancement of light art. It describes how scientists like James Clerk Maxwell and artists like Monet and Seurat studied the properties of light and used it in their work. Their discoveries helped establish light art. The document also outlines some key developments in light art such as stained glass windows, shadow puppetry, and modern inventions that use electrical light to create sculptures and designs. It discusses advantages of different types of lighting for enhancing artwork.
This document provides a schedule and information for the conference "NYC: State Of The Art". The conference will address challenges facing visual artists in New York City through panel discussions and solution sessions. The opening remarks and keynote speaker will be followed by morning and afternoon panels discussing background issues and potential solutions. Four concurrent solution sessions will be held on enabling artists to live and work in NYC, accessing resources, industry incentives, and selling art. The concluding cocktail mixer will be held at The Gates. Featured panelists include arts administrators, curators, and artists. The conference aims to enhance NYC's status as a global art capital.
This document discusses three hot technology websites: Yola.com which allows creating Microsoft Office documents from any computer; Polleverywhere.com which creates polls that can be responded to via website or text; and Colorhunter.com which analyzes pictures to identify all matching colors.
This document provides details on 6 sculptures by artist Nicola Hill, including their names, materials used which include reclaimed MDF, plaster, timber and steel, and dimensions. The sculptures range in size from Taliesin at 32 x 37 x 27 cm to Taranis at 150 x 49 x 112 cm and are made from sustainable and reclaimed materials.
The document discusses the results of a study on the impact of climate change on coffee production. Researchers found that suitable land for coffee production could decline by up to 50% by 2050 due to rising temperatures and changing rain patterns associated with climate change. Arabica coffee was found to be most at risk, as its growing regions would shrink significantly according to the study's climate models. The study concludes that climate change poses a serious threat to the coffee industry worldwide if steps are not taken to mitigate future warming and help farmers adapt to the new conditions.
This document discusses hybrid air vehicles, which are lighter-than-air vehicles that use helium to provide lift and onboard propulsion systems for mobility. Key capabilities include operating at 20,000 feet for over 21 days within a 2,000 mile radius. They have applications for both military and civil uses, such as re-supply, transportation, search and rescue, and humanitarian relief due to their ability to takeoff and land from any flat surface. They also have less environmental impact than traditional aircraft.
This public notice disputes false information about Stanley Kornafel that was published without his permission. It alleges that federal and state judges, courts, lawyers, and justice departments colluded to deny Mr. Kornafel his rights and deprive him of a fair trial in several legal cases. Specific court documents and rulings are referenced to show how critical facts were omitted or false statements were made. The notice asserts that Congress is complicit by allowing such injustices to be common practice. It encourages people to verify the facts by examining court records and a book written on the topic.
This document provides details on 6 sculptures by artist Nicola Hill, including their names, materials used which include reclaimed MDF, plaster, timber and steel, and dimensions. The sculptures range in size from relatively small free standing pieces to a much larger installation, with materials reused from other sources.
Lars Samuelson discusses how nanotechnology can provide efficient lighting and solar energy. He argues that nanowire LEDs can overcome issues with conventional LEDs, such as defect densities and inability to produce long wavelengths. Nanowire LEDs allow for virtually dislocation-free material growth and incorporation of more indium for longer wavelengths. Samuelson also discusses how nanotechnology enables highly efficient solar cells for renewable energy production, noting that solar energy received by Earth in one hour exceeds annual global energy consumption.
Andrej Detela is a Slovenian inventor known for developing one of the most advanced electromotors for robots and electric vehicles. While researching Slovenian inventors, students learned that Detela, though not well known in Slovenia, has contributed significantly to modern life through his work. After learning about electricity and energy in class, the students became interested in Detela's work developing electric motors. They were inspired to construct basic electric vehicles out of recycled materials like plastic lids to demonstrate how Detela's motors can power cars through solar energy stored in the wheels. The students presented what they learned about Detela and exhibited their electric vehicles made from waste in the school hall.
Presentation made to Directors of Germany\'s major museums. Directors able to see effect of SoLux on Wallraf\'s Impressionist and Baroque collections. Recently entire permanent Medieval collection lit by SoLux as well.
This document discusses luminescence and electroluminescence. It defines luminescence as light produced by materials without heat, such as from chemical reactions (chemiluminescence) or living organisms (bioluminescence). Electroluminescence generates light in response to electric current passing through materials and is the basis for light-emitting diodes (LEDs) and organic light-emitting diodes (OLEDs). OLEDs consist of organic materials sandwiched between electrodes that emit different colors of light for displays. They offer benefits like high brightness, contrast, viewing angle, and response time but challenges include limited lifetimes, especially for blue OLEDs, and vulnerability to water
The 2014 Nobel Prize in Physics was awarded to Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura for inventing the blue light-emitting diode (LED). Their invention of bright blue LEDs in the early 1990s made it possible to create energy-efficient and long-lasting white light sources using LEDs. LED lights are now replacing older light bulbs and can provide electricity to areas without power grids, benefiting over 1.5 billion people.
This document discusses various topics related to light, including:
- Natural light sources like the sun and artificial light sources.
- Light behaves as both a wave and particle. It carries energy and information.
- Light travels very fast at 300 million meters per second.
- The electromagnetic spectrum includes both visible and invisible light.
- Reflection, shadows, rainbows, and color are produced through light interactions.
This document provides biographical information about Jessica Kirkpatrick, including her education, residencies, awards, solo and group exhibitions, bibliography, teaching experience, and inclusion in public collections. Kirkpatrick received her MFA from Edinburgh College of Art in 2010 and has had solo exhibitions in San Francisco, Roswell, NM, and Edinburgh, UK. She has participated in residency programs in Roswell, NM, Rome, Italy, and Berlin, Germany and her work is in the collection of the Anderson Museum of Contemporary Art.
The document discusses the history of light bulbs and LED lights. It describes how Humphry Davy invented the first electric light in 1809 using a charcoal strip. Thomas Edison then invented the incandescent light bulb in 1879 using a carbon filament inside an oxygen-free bulb. Both light bulbs and LEDs were built to last, such as the Centennial Bulb that has been continuously lit since 1901. LED lights were later invented in the 1960s and their efficiency and light output has increased exponentially over time due to improvements like Haitz's Law.
The document discusses the history of light bulbs and LED lights. It describes how Humphry Davy invented the first electric light in 1809 using a charcoal strip. Thomas Edison then invented the incandescent light bulb in 1879 using a carbon filament inside an oxygen-free bulb. Both light bulbs and LEDs were built to last, such as the Centennial Bulb that has been continuously lit since 1901. LED lights were later invented in the 1960s and their efficiency and light output has increased exponentially over time due to improvements like Haitz's Law.
Artists and designers indulge in lighting research as a creative expression, finding new ways to inspire emotional and sensory responses. The document profiles several lighting installations, products, and designers. A vast array of interactive, dazzling, and meditative light art provides insight into contemporary lighting design and the potential of new technologies to stimulate the body and spirit. Artists explore light's ability to distract and transport viewers into new realms of imagination.
Done by Group : Geniuses
School Name : Omar Bin Al-Khattab Independent Secondary School for Boys.
Manipulation Of Light In the Nano world Module : In this Module students discover the different light phenomena like Diffraction, Interference, Iridescence of Light But in The Nano scale.
the product Idea is : The Algae is used to produce light instead of using electricity to save our country’s power and at the same time this will be a renewable source of light
The document discusses the history and evolution of artificial lighting sources from their invention to modern times. It begins with Thomas Edison inventing the first practical incandescent light bulb in 1879 using a carbon filament. Fluorescent lights were later developed in the early 1900s as a more energy efficient alternative. Compact fluorescent lights and LED lights were subsequently invented to provide even greater energy efficiency and lifespan. The document traces the technological progression from incandescent to fluorescent to CFL to LED light sources and their advantages over previous technologies in terms of energy usage and longevity.
Art ART101 IP1NameClassDateProfess.docxfredharris32
Art
ART101 IP1
Name
Class
Date
Professor
Abstract
The paper will provide an overview of two peer reviewed definitions of art. Art is defined differently be different people and has changed overtime. The paper will also provide descriptions of different pieces of art and their artistic significance.
ART
Part One
Art is defined differently by different people. The traditional definition of art was proposed by George Dickie his book Art and the Aesthetic (Torres, 2000). The definition proposed by Dickie (1969) is “a work of art in the classificatory sense is (1) an artifact (2) a set of the aspects of which has had conferred upon it the status of candidate for appreciation by some person or persons acting on behalf of a certain social institution.” This definition is still true today. Art is an artifact and it is completely subjective. What some people find beautiful others do not. If the artifact is appreciated and admired then it can be counted as a piece of art.
The definition also finds the artifact is only art if it is presented to the art world. This is not always the case because art is created in many different conditions and does not always get presented to the art world. Monroe Beardsley's definition holds that an artwork: “either an arrangement of conditions intended to be capable of affording an experience with marked aesthetic character or (incidentally) an arrangement belonging to a class or type of arrangements that is typically intended to have this capacity” (Beardsley, 1982, p. 299). This functional definition basically finds art is an experience and its aesthetic properties.
Part Two
Painting:The painting located online is Vincent Van Gogh’s ‘A Starry Night”. This is an oil painting on canvas depicting a beautiful, starry night over a small city. In the painting the stars twinkle brightly in the sky and the half moon glows. This famous painting is breathtaking and eye catching. This amazing painting was created in 1889 from memory and is considered one of the most popular paintings in art. Van Gogh is an Impressionist painter who uses a bright palate to create this masterpiece. This painting exemplifies the meaning of art because it is an artifact when view causes a reaction by the person viewing the painting. While art is hard to define this painting is considered art by all and loved by many.
Sculpture: One of the most beautiful sculptures is the Bronze David created by Donatello in 1440. The sculpture is cast completely in bronze and depicts David after he defeats the giant, goliath. David is completely nude with one foot on Goliaths head and a smirk on his face. David is only wearing a hat and a pair of boots and is holding the sword of goliath in one of his hands. This sculpture is both masterful and beautiful and depicts an important story in the Bible. David has long hair and has his left hand on his hip. This sculpture is a historical piece of art but ...
This document describes a lighting design called "Jelly in a Bubble" created by Lone Stidsen. The design features a mouth-blown glass bubble that wraps around a jellyfish-shaped filtering object to create unique lighting and shadow effects. The materials are chosen to mimic the light qualities of jellyfish. The bubble can house different filtering objects to allow for customization. It provides ambient, glare-free lighting from LEDs and is intended for use in homes, workplaces, and public spaces. The design aims to be an environmentally friendly and cost-effective lighting solution.
Lego Beowulf and the Web of Hands and Hearts, for the Danish national museum ...Michael Edson
This is the text version of the talk.
A PowerPoint version of this talk is at http://www.slideshare.net/edsonm/michael-edson-lego-beowulf-and-the-web-of-hands-and-hearts-for-the-danish-national-museum-awards
This talk was delivered at the awards ceremony for the 2012 Bikuben Foundation Danish Museum Prize (Bikubenfondens Museumspriser) in Copenhagen, Denmark.
Ideas about what museums are, who they serve, and the role they play in society are changing with dramatic speed, driven largely by social media and the participatory culture of global networks.
Denmark supports world-class museums, with remarkable collections, expert staff, and beautiful architecture. But how can museum leaders balance the traditional concepts of organizational mission and outcomes with the disruptive possibilities being demonstrated by those who love and use museums in new ways?
This document is a course syllabus for an Art Appreciation course. It outlines the course description, learning outcomes, required outputs, grading system, and learning plan over 20 weeks. The course aims to develop students' ability to appreciate, analyze, and evaluate works of art. Key topics include the elements of art, art history from early civilizations to modern and contemporary movements, and relating art to personal experiences. Student learning will be assessed through online quizzes, assignments, reports and tests.
This document provides an overview of light emitting diodes (LEDs). It discusses the history and development of LEDs from early experiments in the 20th century to recent breakthroughs enabling high-brightness white light. The working principle of LEDs is that they emit light through electroluminescence when electrons recombine with holes in a semiconductor, releasing photons. The document also describes different types of LEDs including miniature indicator LEDs, high-power LEDs used for lighting, and application-specific LED displays.
Olafur Eliasson is a Danish-Icelandic artist born in 1967 who is known for site-specific installations that incorporate natural elements like water, light, and fog. He aims to shift viewers' perceptions of reality and their relationship to the environment through immersive, sensory experiences. Eliasson established a studio in Berlin in 1995 and divides his time between Copenhagen, Berlin, and Iceland, drawing inspiration from these places' landscapes and weather.
Tyndall's demonstration refers to a series of experiments conducted by John Tyndall in the 19th century to study light scattering and absorption. Some key findings include:
- Shining a light beam through solutions containing small particles like milk or starch water, which scatter light and become visible, known as the Tyndall effect.
- Using a heated metal rod and thermopiles to detect that different gases absorb infrared radiation to different degrees, relating to their impact on climate change.
- The experiments significantly advanced understanding of physics, chemistry and meteorology.
Lars Samuelson discusses how nanotechnology can provide efficient lighting and solar energy. He argues that nanowire LEDs can overcome issues with conventional LEDs, such as defect densities and inability to produce long wavelengths. Nanowire LEDs allow for virtually dislocation-free material growth and incorporation of more indium for longer wavelengths. Samuelson also discusses how nanotechnology enables highly efficient solar cells for renewable energy production, noting that solar energy received by Earth in one hour exceeds annual global energy consumption.
Andrej Detela is a Slovenian inventor known for developing one of the most advanced electromotors for robots and electric vehicles. While researching Slovenian inventors, students learned that Detela, though not well known in Slovenia, has contributed significantly to modern life through his work. After learning about electricity and energy in class, the students became interested in Detela's work developing electric motors. They were inspired to construct basic electric vehicles out of recycled materials like plastic lids to demonstrate how Detela's motors can power cars through solar energy stored in the wheels. The students presented what they learned about Detela and exhibited their electric vehicles made from waste in the school hall.
Presentation made to Directors of Germany\'s major museums. Directors able to see effect of SoLux on Wallraf\'s Impressionist and Baroque collections. Recently entire permanent Medieval collection lit by SoLux as well.
This document discusses luminescence and electroluminescence. It defines luminescence as light produced by materials without heat, such as from chemical reactions (chemiluminescence) or living organisms (bioluminescence). Electroluminescence generates light in response to electric current passing through materials and is the basis for light-emitting diodes (LEDs) and organic light-emitting diodes (OLEDs). OLEDs consist of organic materials sandwiched between electrodes that emit different colors of light for displays. They offer benefits like high brightness, contrast, viewing angle, and response time but challenges include limited lifetimes, especially for blue OLEDs, and vulnerability to water
The 2014 Nobel Prize in Physics was awarded to Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura for inventing the blue light-emitting diode (LED). Their invention of bright blue LEDs in the early 1990s made it possible to create energy-efficient and long-lasting white light sources using LEDs. LED lights are now replacing older light bulbs and can provide electricity to areas without power grids, benefiting over 1.5 billion people.
This document discusses various topics related to light, including:
- Natural light sources like the sun and artificial light sources.
- Light behaves as both a wave and particle. It carries energy and information.
- Light travels very fast at 300 million meters per second.
- The electromagnetic spectrum includes both visible and invisible light.
- Reflection, shadows, rainbows, and color are produced through light interactions.
This document provides biographical information about Jessica Kirkpatrick, including her education, residencies, awards, solo and group exhibitions, bibliography, teaching experience, and inclusion in public collections. Kirkpatrick received her MFA from Edinburgh College of Art in 2010 and has had solo exhibitions in San Francisco, Roswell, NM, and Edinburgh, UK. She has participated in residency programs in Roswell, NM, Rome, Italy, and Berlin, Germany and her work is in the collection of the Anderson Museum of Contemporary Art.
The document discusses the history of light bulbs and LED lights. It describes how Humphry Davy invented the first electric light in 1809 using a charcoal strip. Thomas Edison then invented the incandescent light bulb in 1879 using a carbon filament inside an oxygen-free bulb. Both light bulbs and LEDs were built to last, such as the Centennial Bulb that has been continuously lit since 1901. LED lights were later invented in the 1960s and their efficiency and light output has increased exponentially over time due to improvements like Haitz's Law.
The document discusses the history of light bulbs and LED lights. It describes how Humphry Davy invented the first electric light in 1809 using a charcoal strip. Thomas Edison then invented the incandescent light bulb in 1879 using a carbon filament inside an oxygen-free bulb. Both light bulbs and LEDs were built to last, such as the Centennial Bulb that has been continuously lit since 1901. LED lights were later invented in the 1960s and their efficiency and light output has increased exponentially over time due to improvements like Haitz's Law.
Artists and designers indulge in lighting research as a creative expression, finding new ways to inspire emotional and sensory responses. The document profiles several lighting installations, products, and designers. A vast array of interactive, dazzling, and meditative light art provides insight into contemporary lighting design and the potential of new technologies to stimulate the body and spirit. Artists explore light's ability to distract and transport viewers into new realms of imagination.
Done by Group : Geniuses
School Name : Omar Bin Al-Khattab Independent Secondary School for Boys.
Manipulation Of Light In the Nano world Module : In this Module students discover the different light phenomena like Diffraction, Interference, Iridescence of Light But in The Nano scale.
the product Idea is : The Algae is used to produce light instead of using electricity to save our country’s power and at the same time this will be a renewable source of light
The document discusses the history and evolution of artificial lighting sources from their invention to modern times. It begins with Thomas Edison inventing the first practical incandescent light bulb in 1879 using a carbon filament. Fluorescent lights were later developed in the early 1900s as a more energy efficient alternative. Compact fluorescent lights and LED lights were subsequently invented to provide even greater energy efficiency and lifespan. The document traces the technological progression from incandescent to fluorescent to CFL to LED light sources and their advantages over previous technologies in terms of energy usage and longevity.
Art ART101 IP1NameClassDateProfess.docxfredharris32
Art
ART101 IP1
Name
Class
Date
Professor
Abstract
The paper will provide an overview of two peer reviewed definitions of art. Art is defined differently be different people and has changed overtime. The paper will also provide descriptions of different pieces of art and their artistic significance.
ART
Part One
Art is defined differently by different people. The traditional definition of art was proposed by George Dickie his book Art and the Aesthetic (Torres, 2000). The definition proposed by Dickie (1969) is “a work of art in the classificatory sense is (1) an artifact (2) a set of the aspects of which has had conferred upon it the status of candidate for appreciation by some person or persons acting on behalf of a certain social institution.” This definition is still true today. Art is an artifact and it is completely subjective. What some people find beautiful others do not. If the artifact is appreciated and admired then it can be counted as a piece of art.
The definition also finds the artifact is only art if it is presented to the art world. This is not always the case because art is created in many different conditions and does not always get presented to the art world. Monroe Beardsley's definition holds that an artwork: “either an arrangement of conditions intended to be capable of affording an experience with marked aesthetic character or (incidentally) an arrangement belonging to a class or type of arrangements that is typically intended to have this capacity” (Beardsley, 1982, p. 299). This functional definition basically finds art is an experience and its aesthetic properties.
Part Two
Painting:The painting located online is Vincent Van Gogh’s ‘A Starry Night”. This is an oil painting on canvas depicting a beautiful, starry night over a small city. In the painting the stars twinkle brightly in the sky and the half moon glows. This famous painting is breathtaking and eye catching. This amazing painting was created in 1889 from memory and is considered one of the most popular paintings in art. Van Gogh is an Impressionist painter who uses a bright palate to create this masterpiece. This painting exemplifies the meaning of art because it is an artifact when view causes a reaction by the person viewing the painting. While art is hard to define this painting is considered art by all and loved by many.
Sculpture: One of the most beautiful sculptures is the Bronze David created by Donatello in 1440. The sculpture is cast completely in bronze and depicts David after he defeats the giant, goliath. David is completely nude with one foot on Goliaths head and a smirk on his face. David is only wearing a hat and a pair of boots and is holding the sword of goliath in one of his hands. This sculpture is both masterful and beautiful and depicts an important story in the Bible. David has long hair and has his left hand on his hip. This sculpture is a historical piece of art but ...
This document describes a lighting design called "Jelly in a Bubble" created by Lone Stidsen. The design features a mouth-blown glass bubble that wraps around a jellyfish-shaped filtering object to create unique lighting and shadow effects. The materials are chosen to mimic the light qualities of jellyfish. The bubble can house different filtering objects to allow for customization. It provides ambient, glare-free lighting from LEDs and is intended for use in homes, workplaces, and public spaces. The design aims to be an environmentally friendly and cost-effective lighting solution.
Lego Beowulf and the Web of Hands and Hearts, for the Danish national museum ...Michael Edson
This is the text version of the talk.
A PowerPoint version of this talk is at http://www.slideshare.net/edsonm/michael-edson-lego-beowulf-and-the-web-of-hands-and-hearts-for-the-danish-national-museum-awards
This talk was delivered at the awards ceremony for the 2012 Bikuben Foundation Danish Museum Prize (Bikubenfondens Museumspriser) in Copenhagen, Denmark.
Ideas about what museums are, who they serve, and the role they play in society are changing with dramatic speed, driven largely by social media and the participatory culture of global networks.
Denmark supports world-class museums, with remarkable collections, expert staff, and beautiful architecture. But how can museum leaders balance the traditional concepts of organizational mission and outcomes with the disruptive possibilities being demonstrated by those who love and use museums in new ways?
This document is a course syllabus for an Art Appreciation course. It outlines the course description, learning outcomes, required outputs, grading system, and learning plan over 20 weeks. The course aims to develop students' ability to appreciate, analyze, and evaluate works of art. Key topics include the elements of art, art history from early civilizations to modern and contemporary movements, and relating art to personal experiences. Student learning will be assessed through online quizzes, assignments, reports and tests.
This document provides an overview of light emitting diodes (LEDs). It discusses the history and development of LEDs from early experiments in the 20th century to recent breakthroughs enabling high-brightness white light. The working principle of LEDs is that they emit light through electroluminescence when electrons recombine with holes in a semiconductor, releasing photons. The document also describes different types of LEDs including miniature indicator LEDs, high-power LEDs used for lighting, and application-specific LED displays.
Olafur Eliasson is a Danish-Icelandic artist born in 1967 who is known for site-specific installations that incorporate natural elements like water, light, and fog. He aims to shift viewers' perceptions of reality and their relationship to the environment through immersive, sensory experiences. Eliasson established a studio in Berlin in 1995 and divides his time between Copenhagen, Berlin, and Iceland, drawing inspiration from these places' landscapes and weather.
Tyndall's demonstration refers to a series of experiments conducted by John Tyndall in the 19th century to study light scattering and absorption. Some key findings include:
- Shining a light beam through solutions containing small particles like milk or starch water, which scatter light and become visible, known as the Tyndall effect.
- Using a heated metal rod and thermopiles to detect that different gases absorb infrared radiation to different degrees, relating to their impact on climate change.
- The experiments significantly advanced understanding of physics, chemistry and meteorology.
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
THE SACRIFICE HOW PRO-PALESTINE PROTESTS STUDENTS ARE SACRIFICING TO CHANGE T...indexPub
The recent surge in pro-Palestine student activism has prompted significant responses from universities, ranging from negotiations and divestment commitments to increased transparency about investments in companies supporting the war on Gaza. This activism has led to the cessation of student encampments but also highlighted the substantial sacrifices made by students, including academic disruptions and personal risks. The primary drivers of these protests are poor university administration, lack of transparency, and inadequate communication between officials and students. This study examines the profound emotional, psychological, and professional impacts on students engaged in pro-Palestine protests, focusing on Generation Z's (Gen-Z) activism dynamics. This paper explores the significant sacrifices made by these students and even the professors supporting the pro-Palestine movement, with a focus on recent global movements. Through an in-depth analysis of printed and electronic media, the study examines the impacts of these sacrifices on the academic and personal lives of those involved. The paper highlights examples from various universities, demonstrating student activism's long-term and short-term effects, including disciplinary actions, social backlash, and career implications. The researchers also explore the broader implications of student sacrifices. The findings reveal that these sacrifices are driven by a profound commitment to justice and human rights, and are influenced by the increasing availability of information, peer interactions, and personal convictions. The study also discusses the broader implications of this activism, comparing it to historical precedents and assessing its potential to influence policy and public opinion. The emotional and psychological toll on student activists is significant, but their sense of purpose and community support mitigates some of these challenges. However, the researchers call for acknowledging the broader Impact of these sacrifices on the future global movement of FreePalestine.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Level 3 NCEA - NZ: A Nation In the Making 1872 - 1900 SML.pptHenry Hollis
The History of NZ 1870-1900.
Making of a Nation.
From the NZ Wars to Liberals,
Richard Seddon, George Grey,
Social Laboratory, New Zealand,
Confiscations, Kotahitanga, Kingitanga, Parliament, Suffrage, Repudiation, Economic Change, Agriculture, Gold Mining, Timber, Flax, Sheep, Dairying,
Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
1. Science Light in Use of Art
Jennifer Kim
Tuesday, February 7, 2012
2. Table of Contents
✤ History of Light Art --------------------------------------------Slide 1/Slide 2
✤ Advancement of Light Art ----------------Slide 3/Slide 4/Slide 5/Slide 6
✤ Advantages of Light Art------------------------------------Slide 7/Slide 8
✤ Disadvantages of Light Art----------------------------------Slide 9/ Slide 10
✤ Light Art impact on Society-------------------------------------Slide 11
✤ Light Art impact on Economy---------------------------------------Slide 12
Tuesday, February 7, 2012
3. History of Light Art
✤ In the 19th and 20th century, light was studied by scientists and painted artists named, James Clerk Maxwell. He
studied the wave-like properties of light and discovered that light is an electromagnetic wave.
✤ At the same time, Monet, drew the “Haystacks and Rouen Cathedral Series” to show the interaction of a subject
through light and form.
✤ In this way, the light that Maxwell described about, looked similar with the painting.
✤ In the same time era, another painter named Seurat created a painting which also displayed light but in myriad dots
of color.
✤ With that painting, the scientists understood that for example, metal’s electrons get ejected when the light frequency
or the amplitude touched or varied smoothly. However, there were limits to electrons getting ejected, but a rise of
light frequency brought change of color in violet of the spectrum. < This was called the “photo-electric effect.”
✤ Lastly, Einstein stated that the “photo-electric effect” is consisted of small particles or packets of energy. (called
“photons” later on discovered by, Gilbert Lewis).
Tuesday, February 7, 2012
4. ✤ “Haystacks and Rouen Cathedral
Series” By: Monet
A Sunday Afternoon on the
Island of La Grande Jatte
(1884-1886) By: Seurat
Tuesday, February 7, 2012
5. Advancements of Light Art
Color spectrum
✤ Light Art was first considered by various colors and energies of spectrum, that matter and energy are the same thing
with different forms. The amplitude properties of light (brightness/lightness) are just modified in to wave light/
frequency characteristics of light (color).
✤ However in Ancient Rome, stained glass has been also a history of art in use of light. These windows were created
from great cathedrals and it came from a German monk called Theophilus. As the light of the sun reached the
colored window, it transmits to the inside and flashes a tint of color.
✤ Then, it went on to Shadow Puppetry, which was first began in China. It is when a beam of great light is lit up to a
thing surface, and a figure of puppet or hand plays its role to create a shadowy figure.
Tuesday, February 7, 2012
7. Advancements in Light Art
(Modern) Light sculptures
✤ And now, there are inventions of electrical artificial light to create sculptures and designs with light. They do
photography and motion pictures in use of light.
✤ A man named László Moholy-Nagy (1895-1946) who was a member of Bauhaus, was regarded as a father of Light Art.
Bauhaus is a design school at Germany, where they invented modern art. His first light art was “Light-Space Modulator”
from 1922 to 1930. It was the first piece which combines with kinetic art, which is an art that involves movement and
depends on motion.
✤ László Moholy-Nagy
Tuesday, February 7, 2012
8. Light-Space
Modulator
✤ This was created by László Moholy-
Nagy to created light displays for
theater, dance, or other performance
spaces. With every feature of this
invention, it created the effect of
photograms in motion.
Tuesday, February 7, 2012
9. Advantages of Light Art
✤ There are four types of lights used in Art:
✤ Incandescent: Warm colors such as red, orange, brown are produced or enhanced with Incandescent light. It also
contains low UV(light which can produce skin cancer).
✤ Fluorescent: Fluorescent light don’t emit light alike the UV lights.
✤ Halogen: It emits strong, full spectrum with higher effective color temperature. This emits both cold light and warm
light that can greatly enhance artwork. They also go for a very long time to about 4,000 hours. These days, low
wattage (measure of electrical power in watts) halogen bulb with a UV filter developed by “SoLux,” is well used in
the art world. In this light, it gives off least amount of UVB radiation which is a harmful radiation for art.
✤ LED: LED has Zero UV, Zero Heat, Low Power and Long Life.
Incandescent Fluorescent LED
Halogen
Tuesday, February 7, 2012
10. Advantages of Light Art
✤ Gives entertainment and appealing view to the audience.
✤ Shows creativity toward the new futuristic world.
✤ Brightens the environment with numerous colors.
✤ Celebrates events or special occasions.
Tuesday, February 7, 2012
11. Disadvantages of Light Art
✤ Incandescent: They produce continuous
spectrum of light near ultraviolet in
concerned with radiation.
✤ Fluorescent: It emits high UV rays which
fade and damage the art.
✤ Halogen: Halogen lights give off a lot of
heat and emits UV and infrared rays.
✤ LED: Their disadvantages are that it does
not give efficient light to their advantages.
Tuesday, February 7, 2012
12. Light Art in Society
New York City, Time square
✤ Light Art has been used in so much cases all around places (streets,
shop windows, billboard signs, and houses).
✤ Attracts business and alerts people from emergencies.
✤ Gives joy and happiness especially in celebrations or holidays.
Sometimes using light art is a tradition.
✤ Light works change the visible world and change people’s lives as a
whole.
Tuesday, February 7, 2012
13. Global Issue &
Light Art in Economy
✤ Too much use in electricity and energy, that money can be wasted. Even
though LED is a source that saves energy or even used by solar, it is very
expensive. Electricity payment and bills would increase in cases of using
these lights and decorations.
✤ Energy source will decrease and effect the economic system.
✤ However more money will be given to the government to develop their
use.
✤ Beautiful view of light art can attract many tourists and gain better
reputation of the country and its economic system. This refers to the 2012
London Olympic’s decoration. Many think that it’s good for sight seeing
and the tourists would bring in money for the new things they see.
Tuesday, February 7, 2012
14. Christmas Season in
Stanley Park
(Vancouver, Canada)
Fourth of July in New York
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15. Bibliography
✤ Works Cited
✤ 2012, Jenny Minard BBC. "BBC News - London 2012: Olympic-inspired Art to Light up Bus Stops." BBC - Homepage. Web. 05 Feb. 2012. <http://www.bbc.co.uk/news/entertainment-arts-16510085>.
✤ Environmental A World For All. Web. 05 Feb. 2012. <http://environmentalaworldforall.wordpress.com/>.
✤ "Garry Street Gallery: Lighting Your Art | Notes From the Lane." Notes From the Lane | The Ruby Lane Blog: Your Resource for Online Sales Success. Web. 04 Feb. 2012. <http://blog.rubylane.com/node/1445>.
✤ "History of Puppetry." Sunnie BunnieZZ Storytellers A Kidsafe Activity Site Promotes Storytelling through Poetry, Puppetry, Clowning, Magic, Educational and Holiday Puzzles and Activities. Web. 04 Feb.
2012. <http://sunniebunniezz.com/puppetry/puphisto.htm>.
✤ "Light in Art, a New Way of Representing Light." Wayne Roberts - International Award Winning Artist. Diverse Interactive Watermedia Art. Watercolor Extended. Web. 04 Feb. 2012. <http://
www.wroberts.com.au/html/about_painting_light.html>.
✤ "Stained Glass in Medieval Europe | Thematic Essay | Heilbrunn Timeline of Art History | The Metropolitan Museum of Art." The Metropolitan Museum of Art - Home. Web. 04 Feb. 2012. <http://
www.metmuseum.org/toah/hd/glas/hd_glas.htm>.
Tuesday, February 7, 2012