Search by tag «Research Project» 135 results

• New Diagnostic System for Helicobacter pylori Detection Suggested at ITMO

  Scientists from the Research Laboratory for Spectroscopy of Biological Objects have come up with a new diagnostics system that detects Helicobacter pylori bacteria with a 98% accuracy level. The new device is easier to use and relies on Russian-produced components. How does it work? Learn from this article.

  20.02.2023

• ITMO’s Monday Science Roundup #24

  Join us in reviewing the best science news from the first half of February! And there’s quite a lot to see: from incredible student projects and medical advances to a retrospective of Russia’s greatest scientists.

  13.02.2023

• Science for Life: Russian Inventions That Changed Our Lives

  Today, on February 8, we celebrate Russian Science Day. This date commemorates the founding of the Russian Academy of Sciences by Peter the Great. Every day, our team reports on the latest discoveries made at ITMO. On previous occasions, we brought you a comprehensive timeline of science at ITMO and shared the real stories of our young researchers. Today, we invite you to learn more about just a few of the times when science changed our lives – and what it will bring us in the future.

  08.02.2023

• ITMO Teams Up With Charging Systems Manufacturer To Develop Russia’s First Wireless Electric Car Charger

  Scientists from ITMO’s School of Physics and Engineering teamed up with Yablochkov, a technology company producing charging systems for electric vehicles, to create a prototype of the first Russian vehicle charger that is completely wireless. Using the SAE J2954 power transfer standard, this system fits all types of vehicles – from cars and buses to driverless taxis and forklifts. Currently, the prototype can fully charge an electrocar over the course of six hours, but in half a year’s time it will be capable of filling a car battery up to 80% capacity in just an hour. Keep reading to find out how this charging station works and what the future has in store for it.

  07.02.2023

• Reusable Sensor for Early Detection of Kidney Stones Developed at ITMO

  Researchers from ITMO’s Infochemistry Scientific Center have created a biosensor that can quickly detect micromolar concentrations of uric acid, thus helping diagnose and treat urolithiasis (or kidney stones) at early stages. The results of the study were featured in Polymers.

  31.01.2023

• ITMO’s Monday Science Roundup #23

  Every second Monday, we bring you a selection of the most intriguing, insightful, and impactful news from the realm of science at ITMO and beyond. Today’s line-up includes new opportunities for students of biotech and chemistry, success stories from PhD students, a must-read explainer on personal data – and much more.

  30.01.2023

• Cheap and Simple Method of Detection of Harmful Gases Suggested by ITMO Researchers

  Researchers from ITMO and North Ossetian State University have suggested a brand-new cheap and highly sensitive method of detecting hazardous hydrogen halides that are toxic for humans. The new perovskite nanolaser-based method is able to detect dangerous concentrations of various substances that can vary in the range of 5-500 molecules per a million of air molecules. Their suggestion may provide the basis for highly sensitive compact gas leak detectors for the food and chemical industries.

  25.01.2023

• Researchers from ITMO Discover New Photonic Properties of Dielectric Resonators

  We live in a world powered by resonance: there are resonant antennas in our smartphones, and microwaves heat up our food using resonant absorption of electromagnetic radiation by water molecules. Even bridges and skyscrapers remain intact because they were designed to account for the resonance-based nature of various phenomena, such as earthquakes. It is no wonder then that dielectric micro- and nanoresonators are expected to bring about the age of optics, when all electronic devices will be replaced with optical ones. Recently, scientists from ITMO University have contributed to this field by demonstrating new photonic properties of resonators, which make it possible to control their parameters in sensors, detectors, and antennas for different devices. Their study was published in Materials Today. 

  19.01.2023

• ITMO’s Monday Science Roundup #22

  We welcome you to our first science digest of 2023! And if that number still makes you think you’re in the future, that’s alright – so will these stories. Today, we’ll delve once again into the wonders of quantum physics, try to wrap our minds around deepfakes, and so, so much more.

  16.01.2023

• New Method of Quantum Entanglement Generation Suggested at ITMO

  The university’s scientists have come up with a versatile way to generate quantum correlations and entanglements that makes it possible to dynamically change the system’s parameters and tweak photon characteristics such as bunching and antibunching. This study paves the way towards coding entangled states in superconducting qubits and processing quantum information on next-gen optical chips.

  11.01.2023