At Nagoya University in Japan, researchers have used a new device to spot an essential membrane protein in the urine, indicating whether the patient has a brain tumors. This protein could be utilized to spot brain cancer, preventing the need for invasive tests and enhancing the probability of tumors being identified early enough for surgery. […]
Scientists Create a New Device to Detect Brain Tumors Using Urine Read More »
Researchers from St. Petersburg College and their international associates have created the globe’s first two-dimensional ferromagnetism in graphene. The use of the obtained magnetic state of graphene can become the basis of a current method to electronics, increasing its energy efficiency and speed when establishing tools utilizing alternative technologies without the use of silicon. Graphene,
Physicists Produce the First Two-Dimensional Ferrimagnetism in Graphene Read More »
Oregon State College researchers have invented a way to make magnetic nanoparticles that obtain hotter than any previous nanoparticle, improving their cancer-combating ability. Faculty from the OSU University of Drugstore led a partnership that created an advanced thermal decomposition technique for creating nanoparticles able to reach temperatures in cancer lesions of up to 50 degrees
Scientists Have Created Current, Heat-Efficient Nanoparticles For Treating Cancer Read More »
And it releases energy on demand. A press statement discloses that scientists from Sweden’s Chalmers University of Technology developed an energy storage system that holds solar power in liquid form for approximately 18 years. With the help of researchers from China’s Shanghai Jiao Tong University, the Chalmers group has tested its device, called the Molecular
A New Energy Storage System Can Store Solar Power For Nearly 20 Years Read More »
TU Wien (Vienna) has done well in making a new sort of material usable for chip technology with germanium and silicon. This allows faster, more efficient computers and new kinds of quantum devices. Current chip technology is greatly based on silicon. Only in extremely special components, a small quantity of germanium is added. There are
Faster and Much More Efficient Computer Chips Thanks to Germanium Read More »
Quantum highways Scientists at the University of Chicago’s Pritzker School of Molecular Engineering (PME) have identified a new material, MnBi6Te10, which can be used to make quantum highways along which electrons can move. These electron roads are possibly valuable for connecting the internal components of powerful, energy-efficient quantum computers. When electrons pass through traditional metal
Electrons Zoom Along Quantum Highways in New Material Read More »
Researchers at the University of Chicago have found a means to produce a material that resembles plastic yet conducts electricity more like a metal. Like a metal? The research, released on Oct. 26 in Nature, shows how to produce a sort of material wherein the molecular fragments are shuffled and disordered but can still conduct
Acts Like a Plastic But Conducts Like Metal Read More »
Dr. Emily Pentzer, an associate educator in the Division of Materials Science and Engineering and the Division of Chemistry at Texas A&M College, makes 3D printed polymers more environmentally friendly with a procedure that enables the polymers to naturally degrade in time. Pentzer’s research is a collective effort that contains scientists from the Texas A&M
Scientists 3D Print Degradable Polymers Utilizing Salt Read More »
Scientists worldwide are investigating how anti-cancer drugs can most efficiently reach the tumours they target. One probability is to use modified bacteria as “ferries” to bring the medications with the blood stream to the tumours. Researchers at ETH Zurich have currently succeeded in controlling specific bacteria so that they can adequately cross the blood vessel
Investigators Look Into Combating Tumours With Magnetic Bacteria Read More »
The system worked 3 times better than today’s state-of-the-art passive cooling system. As the world’s climate continues to warm up, the world demand for air conditioning is currently skyrocketing. In 2019, the requirement for cooling drew in 8.5% of the globe’s total electricity consumption, equating to some one billion tons of carbon dioxide emissions. As
Current MIT System Could Cool Buildings Up to 10 ℃– Without Electricity Read More »