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Quantum memristor ushers in era of neuromorphic quantum architecture
Researchers from Austria and Italy have one "Quantum Memristor" that is capable of coherent quantum information in the form of a superposition of single photons. Such a device could form the basis of a quantum version of the neuromorphic architecture designed to mimic the way the human brain works.
The memristor is the fourth basic type of electronic component. We have known about the resistor, the capacitor and the inductor for a long time. In 1971, Professor Leon Chua of California hypothesized that there might be a fourth element that he memristor named. Such a device was developed almost 40 years later, in 2008. Memristors Quickly proved more useful than first thought, and two years ago they were used to build a device that functions similarly to a neuron. Research on this electronic element is ongoing and the latest development is its combination with quantum technology.
Image source: Pixabay / Which
A non-invasive ultrasound-based procedure developed and tested at the University of Michigan destroys a large proportion of the rat's Tumor cells of liver cancer and aids in reducing lesions in the body Immune system in combating the further spread of the disease. 
A team of doctors from the University Hospital of the Medical University of Warsaw (UCK WUM) performed an innovative procedure to create an arteriovenous fistula using an endovascular method. As pointed out in the university's announcement, this is the first such solution to be applied in Central and Eastern Europe. On April 12, the fistula was used to hemodialysis to be performed on the patient. The patient feels good.
Scientists are trying to determine the properties of 
After 10 years of analysis and multiple validation, researchers of the CDF collaborative project led by the Fermi National Accelerator Laboratory (Fermilab) announced that they have the most accurate measurements of the mass of the W bosons, the bearer of one of the four fundamental physical interactions. The results suggest that the standard model should be improved or extended.
German researchers have developed a device that hopes for the use of the so-called Dark field computed tomography (CT) in clinical application on humans. If dark field could be used successfully in diagnostics, CT scans would provide much more detailed information than today.
A team of researchers from MIT in the US and Nanyang University in Singapore have developed a fabric that heartbeats can recognize. The fabric looks like one Membran in a microphone and converts the sound of the heartbeat into vibrations and then into electrical signals around. To absorb these vibrations, the researchers have a flexible Faser developed which, when woven into the fabric, flexes with it.
Polish scientists have SkinLogic-Solution developed that enables more efficient skin allergy testing and more reliable results. The method uses video and thermal imaging cameras and a system that analyzes the images down to the last pixel.
A new Nanomaterial can "stray" chemotherapeutic molecules intercept before they can damage healthy tissue. Therefore, there is hope that the side effects of chemotherapy both during and after treatment. The main component of the nanomaterial are "hairy" nanocrystals made of cellulose. The developers claim that 1 gram of such crystals is more than 6 grams of commonly used chemotherapy drug doxorubicin (DOX) can capture. This makes it 320 times more potent than previous DNA-based alternatives.
At the University of Leeds a system with artificial intelligence (AI) that analyzes eye scans taken during routine visits to the optometrist or optometrist and identifies those who are at high risk of heart attack. The system analyzes changes in the miniature blood vessels of the retina, which we know to be on a broader cardiovascular problem . indicate