#droplets — Public Fediverse posts

#nature #naturephotography #naturephoto #naturephotographer #grass #closeup #closeupphotography #closeupphoto #bladesofgrass #aftertherain #spheres #sphere #water #green #macro #lawn #wet #outdoors #outdoor #outside #photo #photography #photooftheday #pic #picoftheday #droplets #grass

#nature #naturephotography #naturephoto #naturephotographer #grass #closeup #closeupphotography #closeupphoto #bladesofgrass #aftertherain #spheres #sphere #water #green #macro #lawn #wet #outdoors #outdoor #outside #photo #photography #photooftheday #pic #picoftheday #droplets #grass

#nature #naturephotography #naturephoto #naturephotographer #grass #closeup #closeupphotography #closeupphoto #bladesofgrass #aftertherain #spheres #sphere #water #green #macro #lawn #wet #outdoors #outdoor #outside #photo #photography #photooftheday #pic #picoftheday #droplets #grass

#nature #naturephotography #naturephoto #naturephotographer #grass #closeup #closeupphotography #closeupphoto #bladesofgrass #aftertherain #spheres #sphere #water #green #macro #lawn #wet #outdoors #outdoor #outside #photo #photography #photooftheday #pic #picoftheday #droplets #grass

jagged / round

#texturetuesday #droplets

finally melting

#Wall #Melting #Blue #Green #Water #Droplets #Texture #Metal #Vine #Organic
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusion

on solid things: https://aieris.art/featured/finally-melting-eris-and-ai.html

finally melting

#Wall #Melting #Blue #Green #Water #Droplets #Texture #Metal #Vine #Organic
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusion

on solid things: https://aieris.art/featured/finally-melting-eris-and-ai.html

finally melting

#Wall #Melting #Blue #Green #Water #Droplets #Texture #Metal #Vine #Organic
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusion

on solid things: https://aieris.art/featured/finally-melting-eris-and-ai.html

finally melting

#Wall #Melting #Blue #Green #Water #Droplets #Texture #Metal #Vine #Organic
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusion

on solid things: https://aieris.art/featured/finally-melting-eris-and-ai.html

finally melting

#Wall #Melting #Blue #Green #Water #Droplets #Texture #Metal #Vine #Organic
#Img2img #AiArt #AiArtists #AiArtCommunity #StableDiffusion

on solid things: https://aieris.art/featured/finally-melting-eris-and-ai.html

#nature #naturephotography #naturephoto #naturephotographer #macro #macrophotography #macrophoto #grass #aftertherain #lawn #droplets #water #waterdroplets #raindrops #green #closeup #closeupphotography #closeupphoto #bladesofgrass #outdoors #outdoor #outdoorphotography #outdoorphoto #photo #photography #photooftheday #pic #picoftheday #day #daytime #photofortoday #wet

#nature #naturephotography #naturephoto #naturephotographer #macro #macrophotography #macrophoto #grass #aftertherain #lawn #droplets #water #waterdroplets #raindrops #green #closeup #closeupphotography #closeupphoto #bladesofgrass #outdoors #outdoor #outdoorphotography #outdoorphoto #photo #photography #photooftheday #pic #picoftheday #day #daytime #photofortoday #wet

#nature #naturephotography #naturephoto #naturephotographer #macro #macrophotography #macrophoto #grass #aftertherain #lawn #droplets #water #waterdroplets #raindrops #green #closeup #closeupphotography #closeupphoto #bladesofgrass #outdoors #outdoor #outdoorphotography #outdoorphoto #photo #photography #photooftheday #pic #picoftheday #day #daytime #photofortoday #wet

#nature #naturephotography #naturephoto #naturephotographer #macro #macrophotography #macrophoto #grass #aftertherain #lawn #droplets #water #waterdroplets #raindrops #green #closeup #closeupphotography #closeupphoto #bladesofgrass #outdoors #outdoor #outdoorphotography #outdoorphoto #photo #photography #photooftheday #pic #picoftheday #day #daytime #photofortoday #wet

#nature #naturephotography #naturephoto #naturephotographer #macro #macrophotography #macrophoto #grass #aftertherain #lawn #droplets #water #waterdroplets #raindrops #green #closeup #closeupphotography #closeupphoto #bladesofgrass #outdoors #outdoor #outdoorphotography #outdoorphoto #photo #photography #photooftheday #pic #picoftheday #day #daytime #photofortoday #wet

Plucking Droplets

A sudden breeze can pluck droplets hanging from a stem. Here, researchers recreate that phenomenon in the laboratory. With a close-up view and high-speed images, we can enjoy every detail of the detachment and break-up. As the wire pulls away, it drags a liquid sheet off the droplet. The thicker rims on either side of the sheet eventually collide, creating a jet that stretches, deforms, and, at last, breaks. (Video and image credit: D. Maity et al.)

Plucking Droplets

A sudden breeze can pluck droplets hanging from a stem. Here, researchers recreate that phenomenon in the laboratory. With a close-up view and high-speed images, we can enjoy every detail of the detachment and break-up. As the wire pulls away, it drags a liquid sheet off the droplet. The thicker rims on either side of the sheet eventually collide, creating a jet that stretches, deforms, and, at last, breaks. (Video and image credit: D. Maity et al.)

Plucking Droplets

A sudden breeze can pluck droplets hanging from a stem. Here, researchers recreate that phenomenon in the laboratory. With a close-up view and high-speed images, we can enjoy every detail of the detachment and break-up. As the wire pulls away, it drags a liquid sheet off the droplet. The thicker rims on either side of the sheet eventually collide, creating a jet that stretches, deforms, and, at last, breaks. (Video and image credit: D. Maity et al.)

Plucking Droplets

A sudden breeze can pluck droplets hanging from a stem. Here, researchers recreate that phenomenon in the laboratory. With a close-up view and high-speed images, we can enjoy every detail of the detachment and break-up. As the wire pulls away, it drags a liquid sheet off the droplet. The thicker rims on either side of the sheet eventually collide, creating a jet that stretches, deforms, and, at last, breaks. (Video and image credit: D. Maity et al.)

Plucking Droplets

A sudden breeze can pluck droplets hanging from a stem. Here, researchers recreate that phenomenon in the laboratory. With a close-up view and high-speed images, we can enjoy every detail of the detachment and break-up. As the wire pulls away, it drags a liquid sheet off the droplet. The thicker rims on either side of the sheet eventually collide, creating a jet that stretches, deforms, and, at last, breaks. (Video and image credit: D. Maity et al.)

raindrops

dreaming… a random bit

** in the ending of The Daily Post’s Weekly Photo Challenges from WordPress, here’s your Sunday Weekly Photo Prompt: travel **

medicine buddha mantra: Tayata Om Bekandze Bekandze Maha Bekandze Radza Samudgate Soha

health, wealth, and prosperity: Om Vasudhare Svaha

Rate this:

raindrops

dreaming… a random bit

** in the ending of The Daily Post’s Weekly Photo Challenges from WordPress, here’s your Sunday Weekly Photo Prompt: travel **

medicine buddha mantra: Tayata Om Bekandze Bekandze Maha Bekandze Radza Samudgate Soha

health, wealth, and prosperity: Om Vasudhare Svaha

Rate this:

raindrops

dreaming… a random bit

** in the ending of The Daily Post’s Weekly Photo Challenges from WordPress, here’s your Sunday Weekly Photo Prompt: travel **

medicine buddha mantra: Tayata Om Bekandze Bekandze Maha Bekandze Radza Samudgate Soha

health, wealth, and prosperity: Om Vasudhare Svaha

Rate this:

raindrops

dreaming… a random bit

** in the ending of The Daily Post’s Weekly Photo Challenges from WordPress, here’s your Sunday Weekly Photo Prompt: travel **

medicine buddha mantra: Tayata Om Bekandze Bekandze Maha Bekandze Radza Samudgate Soha

health, wealth, and prosperity: Om Vasudhare Svaha

Rate this:

raindrops

dreaming… a random bit

** in the ending of The Daily Post’s Weekly Photo Challenges from WordPress, here’s your Sunday Weekly Photo Prompt: travel **

medicine buddha mantra: Tayata Om Bekandze Bekandze Maha Bekandze Radza Samudgate Soha

health, wealth, and prosperity: Om Vasudhare Svaha

Rate this:

Bouncing on a Wave

On a vibrating fluid, droplets can bounce and interact in complex ways. Here, researchers demonstrate some of the peculiar dynamics of these wave-guided droplets, showing how they can do things like pair up in waltzes. To keep the droplets from coalescing with one another, they perform their experiments in a pressurized chamber; the higher air pressure makes it harder for the air film between droplets to drain during a collision, making the droplets unable to coalesce. Under these conditions, the authors show that the droplet-wave system has quantum-like statistics. (Video and image credit: J. Clampett et al.)

Bouncing on a Wave

On a vibrating fluid, droplets can bounce and interact in complex ways. Here, researchers demonstrate some of the peculiar dynamics of these wave-guided droplets, showing how they can do things like pair up in waltzes. To keep the droplets from coalescing with one another, they perform their experiments in a pressurized chamber; the higher air pressure makes it harder for the air film between droplets to drain during a collision, making the droplets unable to coalesce. Under these conditions, the authors show that the droplet-wave system has quantum-like statistics. (Video and image credit: J. Clampett et al.)

Bouncing on a Wave

On a vibrating fluid, droplets can bounce and interact in complex ways. Here, researchers demonstrate some of the peculiar dynamics of these wave-guided droplets, showing how they can do things like pair up in waltzes. To keep the droplets from coalescing with one another, they perform their experiments in a pressurized chamber; the higher air pressure makes it harder for the air film between droplets to drain during a collision, making the droplets unable to coalesce. Under these conditions, the authors show that the droplet-wave system has quantum-like statistics. (Video and image credit: J. Clampett et al.)

Bouncing on a Wave

On a vibrating fluid, droplets can bounce and interact in complex ways. Here, researchers demonstrate some of the peculiar dynamics of these wave-guided droplets, showing how they can do things like pair up in waltzes. To keep the droplets from coalescing with one another, they perform their experiments in a pressurized chamber; the higher air pressure makes it harder for the air film between droplets to drain during a collision, making the droplets unable to coalesce. Under these conditions, the authors show that the droplet-wave system has quantum-like statistics. (Video and image credit: J. Clampett et al.)

Bouncing on a Wave

On a vibrating fluid, droplets can bounce and interact in complex ways. Here, researchers demonstrate some of the peculiar dynamics of these wave-guided droplets, showing how they can do things like pair up in waltzes. To keep the droplets from coalescing with one another, they perform their experiments in a pressurized chamber; the higher air pressure makes it harder for the air film between droplets to drain during a collision, making the droplets unable to coalesce. Under these conditions, the authors show that the droplet-wave system has quantum-like statistics. (Video and image credit: J. Clampett et al.)

Insect Wings in Extreme Macro

Photographer Chris Perani is fascinated by the microstructures of insect wings, which he captures in “extreme macro” through focus stacking–letting us see wings in glorious micron-scale detail. In addition to giving insects their brilliant colors and irridescence, these structures serve another key role: they help insects stay dry. In a world where contact with water is unavoidable, insects have instead evolved to trap air in the gaps of their wings, letting water slide off instead of sticking. (Image credit: C. Perani; via Colossal)

Insect Wings in Extreme Macro

Photographer Chris Perani is fascinated by the microstructures of insect wings, which he captures in “extreme macro” through focus stacking–letting us see wings in glorious micron-scale detail. In addition to giving insects their brilliant colors and irridescence, these structures serve another key role: they help insects stay dry. In a world where contact with water is unavoidable, insects have instead evolved to trap air in the gaps of their wings, letting water slide off instead of sticking. (Image credit: C. Perani; via Colossal)

Insect Wings in Extreme Macro

Photographer Chris Perani is fascinated by the microstructures of insect wings, which he captures in “extreme macro” through focus stacking–letting us see wings in glorious micron-scale detail. In addition to giving insects their brilliant colors and irridescence, these structures serve another key role: they help insects stay dry. In a world where contact with water is unavoidable, insects have instead evolved to trap air in the gaps of their wings, letting water slide off instead of sticking. (Image credit: C. Perani; via Colossal)

Insect Wings in Extreme Macro

Photographer Chris Perani is fascinated by the microstructures of insect wings, which he captures in “extreme macro” through focus stacking–letting us see wings in glorious micron-scale detail. In addition to giving insects their brilliant colors and irridescence, these structures serve another key role: they help insects stay dry. In a world where contact with water is unavoidable, insects have instead evolved to trap air in the gaps of their wings, letting water slide off instead of sticking. (Image credit: C. Perani; via Colossal)

Insect Wings in Extreme Macro

Photographer Chris Perani is fascinated by the microstructures of insect wings, which he captures in “extreme macro” through focus stacking–letting us see wings in glorious micron-scale detail. In addition to giving insects their brilliant colors and irridescence, these structures serve another key role: they help insects stay dry. In a world where contact with water is unavoidable, insects have instead evolved to trap air in the gaps of their wings, letting water slide off instead of sticking. (Image credit: C. Perani; via Colossal)

Bursting Bubbles

When air bubbles rise through a liquid, they scavenge dust, viruses, microplastics, and other impurities as they go. Once at the surface, these contaminant-covered bubbles thin and burst, generating many tiny droplets that arc through the air above. You’re likely familiar with the sight and sensation from a glass of champagne or soda.

Here, researchers have stacked two sets of sequential images to illustrate this complicated flowscape. Under the surface, a trio of photos are stacked to show bubbles rising and gathering at the surface. In the air, the researchers have stacked thirty sequential images, which together trace out the parabolic arcs of droplets sprayed by the bursting bubbles. (Image credit: J. Do and B. Wang)

Bursting Bubbles

When air bubbles rise through a liquid, they scavenge dust, viruses, microplastics, and other impurities as they go. Once at the surface, these contaminant-covered bubbles thin and burst, generating many tiny droplets that arc through the air above. You’re likely familiar with the sight and sensation from a glass of champagne or soda.

Here, researchers have stacked two sets of sequential images to illustrate this complicated flowscape. Under the surface, a trio of photos are stacked to show bubbles rising and gathering at the surface. In the air, the researchers have stacked thirty sequential images, which together trace out the parabolic arcs of droplets sprayed by the bursting bubbles. (Image credit: J. Do and B. Wang)

Bursting Bubbles

When air bubbles rise through a liquid, they scavenge dust, viruses, microplastics, and other impurities as they go. Once at the surface, these contaminant-covered bubbles thin and burst, generating many tiny droplets that arc through the air above. You’re likely familiar with the sight and sensation from a glass of champagne or soda.

Here, researchers have stacked two sets of sequential images to illustrate this complicated flowscape. Under the surface, a trio of photos are stacked to show bubbles rising and gathering at the surface. In the air, the researchers have stacked thirty sequential images, which together trace out the parabolic arcs of droplets sprayed by the bursting bubbles. (Image credit: J. Do and B. Wang)

Bursting Bubbles

When air bubbles rise through a liquid, they scavenge dust, viruses, microplastics, and other impurities as they go. Once at the surface, these contaminant-covered bubbles thin and burst, generating many tiny droplets that arc through the air above. You’re likely familiar with the sight and sensation from a glass of champagne or soda.

Here, researchers have stacked two sets of sequential images to illustrate this complicated flowscape. Under the surface, a trio of photos are stacked to show bubbles rising and gathering at the surface. In the air, the researchers have stacked thirty sequential images, which together trace out the parabolic arcs of droplets sprayed by the bursting bubbles. (Image credit: J. Do and B. Wang)

Bursting Bubbles

When air bubbles rise through a liquid, they scavenge dust, viruses, microplastics, and other impurities as they go. Once at the surface, these contaminant-covered bubbles thin and burst, generating many tiny droplets that arc through the air above. You’re likely familiar with the sight and sensation from a glass of champagne or soda.

Here, researchers have stacked two sets of sequential images to illustrate this complicated flowscape. Under the surface, a trio of photos are stacked to show bubbles rising and gathering at the surface. In the air, the researchers have stacked thirty sequential images, which together trace out the parabolic arcs of droplets sprayed by the bursting bubbles. (Image credit: J. Do and B. Wang)

High-Throughput Digital PCR Systems Market in Greece | Report – IndexBox https://www.byteseu.com/1919383/ #AbsoluteQuantificationAlgorithms #BiopharmaMarketReport #CMV #CopyNumberVariation(CNV)Analysis #droplets #EndpointFluorescenceImaging #forecast #GeneExpressionAnalysis(rareTranscripts) #Greece #HBV) #HighThroughputDigitalPCRSystems #MarketAnalysis #MicrofluidicChips) #MinimalResidualDisease(MRD)Detection #MultiplexProbeChemistry(eG #Partitioning(nanoplates #TaqMan) #ViralLoadQuantification(eG

How To Destroy Kubernetes (K8s) Cluster, Worker Nodes And All Associated Resources On DigitalOcean https://youtu.be/FglXzS4mFNQ #Websplaining #Kubernetes #K8s #K8sCluster #KubernetesCluster #WorkerNodes #Droplets #API #LoadBalancers #DigitalOcean #DigitalOceanKubernetes #Volumes #DOKS

How To Destroy Kubernetes (K8s) Cluster, Worker Nodes And All Associated Resources On DigitalOcean https://youtu.be/FglXzS4mFNQ #Websplaining #Kubernetes #K8s #K8sCluster #KubernetesCluster #WorkerNodes #Droplets #API #LoadBalancers #DigitalOcean #DigitalOceanKubernetes #Volumes #DOKS

Making a Star-Shaped Droplet

We usually think of surface tension turning droplets into spheres in order to minimize their area. But spheres aren’t the only shape surface tension can enforce. Here, researchers suspend tiny droplets of oil in a soapy fluid. At the right temperature, these droplets form a crystalline surface while the fluid within remains liquid. As in the fully liquid droplet, surface tension tries to minimize the shell’s surface energy, enabling it to take on many different shapes.

In this study, researchers demonstrate that the shell-enclosed droplets can even change, reversibly, from a hexagon to a six-pointed star and back. The transformation is shown above, in an experiment that gradually changes the droplet’s temperature–and, thus, its surface tension.

Although shape changes similar to these have been described before, this experiment was the first where the shell’s defects–the vertices of the hexagon–don’t shift during the transformation. (Video, image, and research credit: C. Quilliet et al.; via APS)

Making a Star-Shaped Droplet

We usually think of surface tension turning droplets into spheres in order to minimize their area. But spheres aren’t the only shape surface tension can enforce. Here, researchers suspend tiny droplets of oil in a soapy fluid. At the right temperature, these droplets form a crystalline surface while the fluid within remains liquid. As in the fully liquid droplet, surface tension tries to minimize the shell’s surface energy, enabling it to take on many different shapes.

In this study, researchers demonstrate that the shell-enclosed droplets can even change, reversibly, from a hexagon to a six-pointed star and back. The transformation is shown above, in an experiment that gradually changes the droplet’s temperature–and, thus, its surface tension.

Although shape changes similar to these have been described before, this experiment was the first where the shell’s defects–the vertices of the hexagon–don’t shift during the transformation. (Video, image, and research credit: C. Quilliet et al.; via APS)

Making a Star-Shaped Droplet

We usually think of surface tension turning droplets into spheres in order to minimize their area. But spheres aren’t the only shape surface tension can enforce. Here, researchers suspend tiny droplets of oil in a soapy fluid. At the right temperature, these droplets form a crystalline surface while the fluid within remains liquid. As in the fully liquid droplet, surface tension tries to minimize the shell’s surface energy, enabling it to take on many different shapes.

In this study, researchers demonstrate that the shell-enclosed droplets can even change, reversibly, from a hexagon to a six-pointed star and back. The transformation is shown above, in an experiment that gradually changes the droplet’s temperature–and, thus, its surface tension.

Although shape changes similar to these have been described before, this experiment was the first where the shell’s defects–the vertices of the hexagon–don’t shift during the transformation. (Video, image, and research credit: C. Quilliet et al.; via APS)

Making a Star-Shaped Droplet

We usually think of surface tension turning droplets into spheres in order to minimize their area. But spheres aren’t the only shape surface tension can enforce. Here, researchers suspend tiny droplets of oil in a soapy fluid. At the right temperature, these droplets form a crystalline surface while the fluid within remains liquid. As in the fully liquid droplet, surface tension tries to minimize the shell’s surface energy, enabling it to take on many different shapes.

In this study, researchers demonstrate that the shell-enclosed droplets can even change, reversibly, from a hexagon to a six-pointed star and back. The transformation is shown above, in an experiment that gradually changes the droplet’s temperature–and, thus, its surface tension.

Although shape changes similar to these have been described before, this experiment was the first where the shell’s defects–the vertices of the hexagon–don’t shift during the transformation. (Video, image, and research credit: C. Quilliet et al.; via APS)

Making a Star-Shaped Droplet

We usually think of surface tension turning droplets into spheres in order to minimize their area. But spheres aren’t the only shape surface tension can enforce. Here, researchers suspend tiny droplets of oil in a soapy fluid. At the right temperature, these droplets form a crystalline surface while the fluid within remains liquid. As in the fully liquid droplet, surface tension tries to minimize the shell’s surface energy, enabling it to take on many different shapes.

In this study, researchers demonstrate that the shell-enclosed droplets can even change, reversibly, from a hexagon to a six-pointed star and back. The transformation is shown above, in an experiment that gradually changes the droplet’s temperature–and, thus, its surface tension.

Although shape changes similar to these have been described before, this experiment was the first where the shell’s defects–the vertices of the hexagon–don’t shift during the transformation. (Video, image, and research credit: C. Quilliet et al.; via APS)

#nature #naturephotography #naturephoto #naturephotographer #autumn #autumnvibes #fall #droplets #aftertherain #close #closeup #closeupphotography #closeupphoto #alongthetrail #shadows #outside #natural #outdoors #outdoor #outdoorphoto #waterdrops #leaf #leafphoto #mapleleaf

#nature #naturephotography #naturephoto #naturephotographer #autumn #autumnvibes #fall #droplets #aftertherain #close #closeup #closeupphotography #closeupphoto #alongthetrail #shadows #outside #natural #outdoors #outdoor #outdoorphoto #waterdrops #leaf #leafphoto #mapleleaf