Inside Clouds

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He prefers to work with photographers with experience shooting architecture, so the wood, metal and other elements are in sharp focus, a contrast to the soft, fluffy clouds. Smilde likes that his creations last but a moment.

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If he could figure out the technical aspects, Smilde would like to create clouds within the vast Turbine Hall at the Tate Modern. It can become strange or even threatening.

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They can stand in for the divine, but also for misfortune. Nimbus Neuehouse.

Nimbus De-Hallen. Nimbus Minerva. Portland Place II. Nimbus Green Room.

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Nimbus II Kopie. And now vendor lock-in.

As Google Cloud is trying to demonstrate that they are easier to work with and have simplified pricing, Microsoft is becoming more difficult in order to force your hand. More than that, it is keeping all of their current business and also, their potential future business. Enterprise customers should do everything they can to assess whether or not that is the actual right move for today and longer term.

But once these cloud solutions are in place, they often realize or are repeatedly told by Microsoft that a complete and successful digital transformation requires ALL employees to have the necessary digital tools. Firstline workers are essentially the employees on the front lines. They are often deskless workers that do not have a dedicated or work-related digital device or PC and if they do, it is shared. Examples of firstline worker roles include store managers, field technicians, flight attendants and production line workers.

Microsoft wisely created the Office F1 and Microsoft F1 Firstline Worker plans to provide a digital tool or cloud offering with functionality mapped to the typical needs of these types of deskless workers. It is important to note that O F1 was simply a rebranding and renaming of the previous O K1 Kiosk offering. Complete adoption and use makes it even harder, if not impossible, to exit down the road a. This also provides Microsoft with an even larger base of users with evolving and different needs that will provide increased upsell opportunities over the life of the relationship.

Microsoft also understands that Google Cloud has a real opportunity to gain adoption and an initial entry point in enterprises through the deskless workforce. Even though Google Cloud does not yet have a productivity solution or G-Suite plan specifically dedicated to deskless workers like Microsoft does, it is safe to say that it is only a matter of time until they do. Google Cloud is positioning the fact that many of these workers will most likely already have experience with G Suite and therefore can be productively using it quickly, which is always appealing.

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Google Cloud also knows that Microsoft may have already gotten knowledge worker O adoption, but they still have a chance of getting in the door through firstline workers, mapping to their particular needs and requirements. If enterprises are deciding to give these workers tools for the first time, why not consider Google G Suite?

We are atmospheric scientists and recently conducted a field study to evaluate cloud seeding as a means of enhancing mountain snowpack from winter storms. Our results clearly demonstrate that, at least under certain conditions, it is possible to change the evolution and growth of cloud particles, leading to snowfall that otherwise would not have occurred.

How ice forms inside of clouds

The next question is whether cloud seeding can be an effective tool for water managers in the western United States. Clouds are made up of water droplets that are too small to fall as precipitation. These droplets often supercool to temperatures well below the freezing point — as low as 0 degrees Fahrenheit minus 18 degrees Celsius or colder. In many circumstances ice crystals which can grow rapidly in the presence of supercooled liquid must be present for a cloud to produce any significant amount of precipitation.

For clouds that form as air is lifted over a mountain, if no ice crystals or too few of them are present, many of the water droplets that make up the cloud simply evaporate on the downwind side of the mountain. Winter cloud seeding is based on a hypothesis that when supercooled water exists in a cloud, it can be modified by introducing particles that act as artificial ice nuclei. This process creates ice crystals that will utilize the supercooled water to grow large enough that they eventually fall to the surface as snow.

Cloud seeding was pioneered by atmospheric scientist Bernard Vonnegut , brother of famed novelist Kurt Vonnegut. Over the next 40 years, scientists studying cloud seeding made significant discoveries about nearly all aspects of cloud physics. Why do these programs exist without scientific evidence that they work?

The answer is simple: Western states need water, and many decision-makers believe that cloud seeding can be a cost-effective way to produce it. In the state of Wyoming commissioned a pilot project , which came to the same conclusion as many previous studies: Cloud seeding might have increased precipitation, but the increase could also be explained by natural variability in storm systems. However, a sister project funded by the National Science Foundation demonstrated that new computer modeling tools and improved instrumentation could produce some new insights.

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In the winter of , we set out armed with sophisticated radars, such as the Doppler on Wheels DOWs , which we positioned at mountaintop locations, and the Wyoming Cloud Radar WCR , which we mounted on a research aircraft. These tools enabled us to peer into clouds in order to determine where and when precipitation was developing.

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