MesoSPIMs are open-source light-sheet microscopes for imaging cleared tissue.
The custom-built microscopes enable scientists to look at individual neurons using sheets of light rather than cutting a brain into slices.
The mesoSPIM Initiative paves the way for the future discovery and understanding of the brain’s complex organization. The studies may one day reveal vital information on the neuronal networks that drive mental illnesses and addictions.
The Netherlands is the world’s second-largest exporter of agricultural products despite being 237 times smaller in land area than the world’s export leader, the United States.
That’s according to a fascinating article on Netherlands agriculture density through “architecture“ (ie., extensive use of greenhouses) as examined by Arch Daily:
“Dutch agriculture is defined by vast landscapes of greenhouses, some covering 175 acres, which dominate the architectural landscape of South Holland. In total, the country contains 36 square miles of greenhouses, an area 56% larger than the island of Manhattan.”
Photographer Tom Hegen has captured these sprawling greenhouses from above in a mesmerizing series entitled “The Greenhouse Series.”
Researchers in the Netherlands are experimenting with one way to feed more people with using less land, by growing crops indoors. At inside temperatures above 20 degrees, constant humidity of around 80 percent and the use of LED lighting to permit precisely cultivation, in order to produce year-round. The indoor gardens provide growing conditions for plants like tomatoes, peppers or strawberries around the clock and in every kind of weather, which doubles the average yield of an outdoor farm.
How a country so small and very dense — 507 people per square kilometer — can also produce heaps of crop indoors to become a world-leading agricultural exporter is astonishing.
Writes Engineering Director Hartmut Neven on Google’s blog:
Today, the scientific journal Nature has published the results of Google’s efforts to build a quantum computer that can perform a task no classical computer can; this is known in the field as “quantum supremacy.” In practical terms, our chip, which we call Sycamore, performed a computation in 200 seconds that would take the world’s fastest supercomputer 10,000 years.
IBM has downplayed the innovation saying that the the classical computer can run the same simulation in 2.5 days.
Writes the IBM Research Blog, “We argue that an ideal simulation of the same task can be performed on a classical system in 2.5 days and with far greater fidelity. This is in fact a conservative, worst-case estimate, and we expect that with additional refinements the classical cost of the simulation can be further reduced.”
IBM also said that Google “failed to fully account for plentiful disk storage” in a traditional supercomputer to exaggerate the supremacy of its machine.
Both Google and IBM make valid points, with the objective takeaway being how quantum computing will make its way into everyday tasks and how much more potential there is in classical computing.