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In modern agriculture, technological progress is developing aimed at increasing the efficiency of plant care processes. The innovative Florix flower thinning machine was presented in Italy, designed to optimize the harvesting stage. This tool is equipped with mobile arms, allowing it to be easily adapted to the needs of the garden. The operator can adjust the speed of the thin wires by controlling them from the tractor cab using a joystick. This approach significantly increases the efficiency of the flower thinning process, providing the possibility of individual adjustment to the specific conditions of the garden, as well as the variety and type of fruit grown in it. After testing the Florix machine for two years on various types of fruit, the results were very encouraging. Farmers such as Filiberto Montanari, who has used a Florix machine for several years, have reported a significant reduction in the time and labor required to thin flowers.
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Microscopes play an important role in scientific research, allowing scientists to delve into structures and processes invisible to the eye. However, various microscopy methods have their limitations, and among them was the limitation of resolution when using the infrared range. But the latest achievements of Japanese researchers from the University of Tokyo open up new prospects for studying the microworld. Scientists from the University of Tokyo have unveiled a new microscope that will revolutionize the capabilities of infrared microscopy. This advanced instrument allows you to see the internal structures of living bacteria with amazing clarity on the nanometer scale. Typically, mid-infrared microscopes are limited by low resolution, but the latest development from Japanese researchers overcomes these limitations. According to scientists, the developed microscope allows creating images with a resolution of up to 120 nanometers, which is 30 times higher than the resolution of traditional microscopes. ... >>
Agriculture is one of the key sectors of the economy, and pest control is an integral part of this process. A team of scientists from the Indian Council of Agricultural Research-Central Potato Research Institute (ICAR-CPRI), Shimla, has come up with an innovative solution to this problem - a wind-powered insect air trap. This device addresses the shortcomings of traditional pest control methods by providing real-time insect population data. The trap is powered entirely by wind energy, making it an environmentally friendly solution that requires no power. Its unique design allows monitoring of both harmful and beneficial insects, providing a complete overview of the population in any agricultural area. “By assessing target pests at the right time, we can take necessary measures to control both pests and diseases,” says Kapil ... >>
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A new method for quantum entanglement of photons
28.08.2022
Physicists at the Max Planck Institute have developed a new method for quantum photon entanglement and demonstrated it by entangling a record number of light particles. This method can become a technological solution for creating quantum computers, writes Alternative Science.
Quantum entanglement is a phenomenon that seems impossible to the everyday observer. In fact, the particles can be so intertwined with each other that they can no longer be described separately, and a change in photons and their properties instantly causes a response from the "partners", no matter how far apart they may be. The consequences of such a phenomenon worried even Einstein, who called it "spooky action at a distance."
As counterintuitive as it may sound, quantum entanglement has been experimentally demonstrated for decades. This phenomenon even underlies new commercial technologies such as quantum computers, where entangled particles can be used as quantum bits (qubits) that store and process information.
For the best performance, you need to create large groups of particles and entangle them together, but this is not easy to do. So in a new study, scientists at the Max Planck Institute took a more robust method of quantum entanglement and used it to successfully entangle 14 photons, the largest group of photons currently.
The team started with a single rubidium atom trapped in an optical trap that reflects electromagnetic waves in a specific pattern.
An atom is irradiated with a laser at a certain frequency, predetermining its necessary properties. Then another control pulse is sent to it, causing the atom to emit a photon entangled with the atom.
This process is repeated, with the rubidium atom rotating between the emission of each photon, until a chain of photons entangled with each other is obtained. An efficient process that produces one photon for every two laser pulses. Efficiency - 43%.
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