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Lasers Collection

Lasers, the captivating beams of light that have revolutionized various fields and captured our imagination

Background imageLasers Collection: Abstract computer artwork

Abstract computer artwork

Background imageLasers Collection: ROBIN FOX LASER ARTIST

ROBIN FOX LASER ARTIST
Audio-visual artist Robin Fox is seen wiring up a Serge synthesizer at Melbourne Electronic Sound Studio, in Melbourne, Wednesday, March 23, 2022. (aP Image/Diego Fedele)

Background imageLasers Collection: Laser tattoo removal

Laser tattoo removal. Computer artwork of the removal of a skull and crossbones tattoo with a laser. The high-energy beam is focused on the tattoo, leaving surrounding tissue intact

Background imageLasers Collection: Bose-Einstein condensate simulation

Bose-Einstein condensate simulation. Computer simulation of vortices forming within a spinning Bose-Einstein condensate (BEC). A BEC is a state of matter that can arise at very low temperatures

Background imageLasers Collection: Nikolai Basov, Soviet physicist

Nikolai Basov, Soviet physicist
Nikolai Gennadiyevich Basov (1922-2001), Soviet physicist. Basov is primarily known for his work with Aleksandr Prokhorov on developing masers (amplified beams of microwaves)

Background imageLasers Collection: Formula One World Championship, Rd19, Abu Dhabi Grand Prix, Practice, Yas Marina Circuit

Formula One World Championship, Rd19, Abu Dhabi Grand Prix, Practice, Yas Marina Circuit, Abu Dhabi, UAE
Yas Hotel and marina. Formula One World Championship, Rd19, Abu Dhabi Grand Prix, Practice, Yas Marina Circuit, Abu Dhabi, UAE, Friday 21 November 2014

Background imageLasers Collection: Museum of Contempory Art and Sydney Harbour Bridge illumiated with projections

Museum of Contempory Art and Sydney Harbour Bridge illumiated with projections and lasers during Sydney Solstice celebrations, Sydney, New South Wales, Australia

Background imageLasers Collection: Sydney Harbour Bridge illumiated with coloured lights and lasers during Sydney Solstice

Sydney Harbour Bridge illumiated with coloured lights and lasers during Sydney Solstice celebrations, Sydney, New South Wales, Australia

Background imageLasers Collection: Sydney Opera House and skyline illumiated with projections

Sydney Opera House and skyline illumiated with projections and lasers during Sydney Solstice celebrations, Sydney, New South Wales, Australia

Background imageLasers Collection: Sydney Opera House illuminated with lasers and projections during Vivid Sydney festival

Sydney Opera House illuminated with lasers and projections during Vivid Sydney festival, Sydney, New South Wales, Australia

Background imageLasers Collection: Singapore, Marina Bay, Water and lights show, City Skyline at night

Singapore, Marina Bay, Water and lights show, City Skyline at night

Background imageLasers Collection: Skyscrapers on Hong Kong Island at night during A Symphony of Lights

Skyscrapers on Hong Kong Island at night during A Symphony of Lights laser light show, Hong Kong, China

Background imageLasers Collection: Victoria Harbour Light Show

Victoria Harbour Light Show
Collin ZENG

Background imageLasers Collection: Fantastic Adventures - Return of Sinbad

Fantastic Adventures - Return of Sinbad by Chester S. Geier. A man in Arabian dress flies in space on a giant bird of prey. The distressed bird is being attacked by the lasers of several spaceships

Background imageLasers Collection: Argon Ion Laser

Argon Ion Laser
Malibu, California: 1964 Light emitting from a high power continuous-wave argon ion laser at the Hughes Aircraft research laboratories. It is an eight watt power laser

Background imageLasers Collection: Laser microscope experiment C016 / 6434

Laser microscope experiment C016 / 6434
Laser microscope experiment. Researcher working in a laboratory on an experiment with lasers (green light) and a microscope. The microscope being used here is a type known as an inverted microscope

Background imageLasers Collection: Laser microscope experiment C016 / 6430

Laser microscope experiment C016 / 6430
Laser microscope experiment. Researcher working in a laboratory on an experiment with lasers (green light) and a microscope. The microscope being used here is a type known as an inverted microscope

Background imageLasers Collection: Barcode scanning, conceptual artwork C013 / 5585

Barcode scanning, conceptual artwork C013 / 5585
Barcode scanning, conceptual artwork

Background imageLasers Collection: Barcode scanning, conceptual artwork C013 / 5584

Barcode scanning, conceptual artwork C013 / 5584
Barcode scanning, conceptual artwork

Background imageLasers Collection: Vertical collimator

Vertical collimator. Researcher looking through the eyepiece of a vertical collimator. This device is designed to narrow and focus light onto a particular point

Background imageLasers Collection: Mine-disposal robots

Mine-disposal robots. Computer artwork of flying robots, a possible future technology, being used to find and detonate mines in a minefield

Background imageLasers Collection: Laser beam fired into the night sky

Laser beam fired into the night sky
A laser beam is fired into the night sky from an observatory on the island of Maui, Hawaii, as part of a programme of research on crustal geodynamics

Background imageLasers Collection: Technician with the Free Electron Laser

Technician with the Free Electron Laser
MODEL RELEASED. Free electron laser. Technician operating the Free Electron Laser (FEL). The FEL, unlike conventional lasers

Background imageLasers Collection: An industrial laser

An industrial laser
The discharge tube of an MCL-1500, an industrial gas laser used to cut metal. The discharge tube, seen here containing a purple glow, is where the laser light is actually generated

Background imageLasers Collection: Flash photolysis

Flash photolysis
MODEL RELEASED. Flash photolysis. Researcher loading samples that will undergo flash photolysis, a method of investigating fast photochemical reactions

Background imageLasers Collection: Computer artwork of laser splitting molecule

Computer artwork of laser splitting molecule
Laser splitting molecule. Computer artwork depicting a scientific experiment in which a laser beam (red, at upper right) is used to break apart a molecule

Background imageLasers Collection: Child looking at holographic image

Child looking at holographic image

Background imageLasers Collection: Laser bulb research

Laser bulb research
Bulb research. Laser being used to study a high- powered HBI lamp (centre left), a type of tungsten halogen light bulb. The bulb contains bromine and iodine gas

Background imageLasers Collection: Producing interference gratings

Producing interference gratings
Technician producing interference gratings. Here, a laser beam is being divided and then recombined to generate a very fine pattern of interference fringes (parallel light and dark bands)

Background imageLasers Collection: Nuclear fusion laser research, Russia

Nuclear fusion laser research, Russia. This is the Luch module of the ISKRA-6 project, which is using lasers to initiate and study nuclear fusion. The ISKRA-6 project totals 128 lasers

Background imageLasers Collection: Laser measurement of the velocity of a gas stream

Laser measurement of the velocity of a gas stream
MODEL RELEASED. Laser velocity measurement. Technician uses beams from a laser to measure the velocity of air coming from a dummys mouth which is simulating breathing

Background imageLasers Collection: Flash photolysis equipment

Flash photolysis equipment, showing lasers (blue and yellow). Flash photolysis is a method of investigating fast photochemical reactions in a sample

Background imageLasers Collection: Red laser beam

Red laser beam from a helium-neon (HeNe) laser. This laser emits light with a wavelength of 632.8 nanometres. Laser light is coherent light of the same wavelength

Background imageLasers Collection: Human brain

Human brain. Conceptual computer artwork of a human brain in a cage with lights running through it

Background imageLasers Collection: Laser skin treatment

Laser skin treatment

Background imageLasers Collection: Coloured SEM of laser writing on a human hair

Coloured SEM of laser writing on a human hair
Laser script on human hair. Coloured scanning electron micrograph (SEM) of writing on a human hair performed by a medical laser

Background imageLasers Collection: Artwork: penetration of skin by various lasers

Artwork: penetration of skin by various lasers
Artwork of a section of human skin showing the relative degree of penetration of three types of laser beams used in medicine

Background imageLasers Collection: Worlds first working laser, artwork

Worlds first working laser, artwork
Worlds first working laser. Computer artwork showing the structure of the first working laser, invented by Theodore Harold Maiman (1927-2007). Maiman built the first working laser in 1960

Background imageLasers Collection: ATV approaching the ISS, artwork

ATV approaching the ISS, artwork
Automated Transfer Vehicle (ATV, top) approaching the International Space Station (ISS), artwork. This is an unmanned resupply vehicle used by the European Space Agency to supply the ISS

Background imageLasers Collection: Fluorescence lifetime imaging lasers

Fluorescence lifetime imaging lasers. Lasers of a fluorescence lifetime imaging (FLIM) microscope in a medical research laboratory



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Lasers, the captivating beams of light that have revolutionized various fields and captured our imagination. From Robin Fox's mesmerizing laser artistry to abstract computer artwork, they have become a tool for creating stunning visual experiences. But they can not just about aesthetics; they also serve practical purposes. Laser tattoo removal has emerged as a popular method to erase unwanted ink, giving individuals a fresh start and renewed confidence. In the realm of science, lasers play a crucial role in Bose-Einstein condensate simulations. This groundbreaking research allows scientists to explore quantum phenomena and delve into the mysteries of matter at its coldest temperatures. The history traces back to Nikolai Basov, the Soviet physicist who laid the foundation for their development. His pioneering work paved the way for countless applications we see today. Speaking of applications, museums around the world have embraced lasers as an artistic medium. The Museum of Contemporary Art in Sydney showcases breathtaking projections illuminating both its facade and Sydney Harbour Bridge with vibrant colors and patterns during special events like Sydney Solstice. And when it comes to iconic landmarks, none shine brighter than Sydney Opera House during Vivid Sydney festival. Lasers dance across its sails while projections transform its silhouette against the city skyline – an awe-inspiring spectacle that leaves visitors spellbound. Beyond Australia's shores lies Singapore's Marina Bay where water meets lights in a dazzling show featuring synchronized movements accompanied by laser displays. The city skyline serves as a backdrop for this enchanting performance that captivates audiences night after night. Meanwhile, Hong Kong Island boasts its own symphony of lights with skyscrapers adorned by colorful laser beams dancing harmoniously along Victoria Harbour. This nightly extravaganza is truly a testament to human creativity merging with technological marvels. Whether used for artistic expression or scientific exploration, lasers continue to push boundaries and ignite our imagination like never before. Their ability to illuminate spaces with precision and create ethereal moments reminds us why they are truly a beacon of innovation in our modern world.