Author: admin123TerRe

Photo credit: William Dembski. This year’s Trotter Prize at Texas A&M University was given to two individuals: Oxford biologist Richard Dawkins, a well-known apologist for Darwinism and advocate for atheism; and MIT computer scientist Rosalind Picard, a pioneer in the field of affective computing and an evangelical Christian. The main event was a lecture by each followed by a discussion between them moderated by Texas A&M engineering professor Micah Green. The event occurred Thursday, February 13, 2025.  Though I’ve not corresponded with Dawkins and Picard lately, I had corresponded with them in the past, going back more than two decades. I met Picard in person…

As global climate change intensifies and carbon emissions raise alarms worldwide, the urgent need for effective technologies to convert carbon dioxide (CO₂) into valuable chemicals and fuels has become increasingly apparent. Researchers at the Korea Institute of Materials Science (KIMS) have made significant strides in this field, developing an innovative catalyst technology that addresses the inefficiencies inherent in traditional CO₂ conversion processes. Tackling the challenges of existing methods, Dr. Dahee Park and his team have collaborated with experts from KAIST to pioneer a dual-single-atom catalyst (DSAC) approach that promises not only enhanced catalytic performance but also simplifies the synthesis process…

Newsletter Signup – Under Article / In Page”*” indicates required fields With the demand for organ transplants at an all-time high, it is no secret that we are currently in the midst of an organ shortage crisis. Fortunately, the biotech industry is working on innovative ways to solve this problem. In this article, we take a look at three promising techniques that could make up the future of organ transplants. Xenotransplantation: A fast-growing field in clinical trials shaping the future of organ transplants When David Bennet received a new heart in January 2022, there was something very unusual about the organ being…

The Research Training Group: Neurodevelopment and Vulnerability of the Central Nervous System (GRK2162) is excited to host its 3rd International Symposium: Developmental Processes in CNS Plasticity and Pathogenesis. The program will bring together junior scientists with experts in neurodevelopmental biology, stem cell biology and translational neurobiologists. Next to a great set of lectures, the program offers ample opportunities for scientific networking and presentation of your scientific work including round tables / meet the expert sessions, interactive poster sessions, flash talks and short talk opportunities. Researchers in developmental neuroscience, neurobiology, and related fields—including PhD students, postdocs, and principal investigators—are encouraged to participate! Date:…

Appendiceal cancer is a rare cancer without standardized screening guidelines, risk factors or tumor classifications – a situation that often results in late diagnosis and poor prognosis.  Up to 1 of every 2 patients is diagnosed with distant metastatic disease, and five-year survival rates vary between 10% and 63%. A team of experts has identified six key research priority areas to deliver a fundamental understanding of appendiceal tumors and to improve treatments and outcomes for patients. Research to advance treatments for this rare cancer is critical. The recommendations published in Nature Reviews Cancer are the result of a concerted focus by the…

Mechanochemistry revolutionizes the synthesis of organolithium compounds by utilizing a ball milling technique that significantly reduces the complexity associated with traditional processes. With its capacity to create valuable organolithium species, this innovative method presents a remarkable advancement in the field of organic chemistry, bridging the gap between academic research and industrial applications. Conventional methods for synthesizing organolithium compounds typically involve the reaction of organohalides with lithium metal in a solvent, which poses significant challenges. The inherent instability and reactivity of organolithium species require precise handling and immediate conversion into desirable products, often constraining their practical use. The research, spearheaded by…

Australian researchers have achieved significant breakthroughs in understanding the intrinsic properties of flexible crystalline materials, paving the way for potential advancements in the fields of building materials, electronics, and various technologies. The research team, which includes experts from The University of Queensland (UQ) and Queensland University of Technology (QUT), focused their investigation on the elastic behavior of fine crystals known for their flexibility and unique characteristics. This study aims to uncover the mechanics behind how these materials can return to their original form after deformation. In their experiments, the research team utilized innovative approaches to bend and manipulate flexible crystals.…

Resalis Therapeutics is pursuing a groundbreaking approach to obesity treatment.Unlike current therapies that primarily focus on appetite suppression, Resalis’ lead program, RES-010, is a non-coding RNA drug candidate that targets underlying biological pathways to promote sustainable weight loss. By enhancing energy expenditure through white-to-brown adipose tissue conversion while preserving muscle mass, RES-010 is positioned as an ideal standalone therapy or a synergistic option for long-term weight management.The company recently initiated a phase 1 study in December 2024 for RES-010 in healthy and obese subjects, and they also secured an equity investment from Sanofi in October 2024.To talk about ways to tackle…

Researchers at the Institute of Science Tokyo have made exciting strides in the development of new oxide-ion conductors, with a particular focus on rubidium (Rb). Their pioneering work has led to the discovery of a new rubidium-containing oxide-ion conductor, Rb₅BiMo₄O₁₆, which boasts impressive conductivity levels that could revolutionize clean energy technologies. Through a blend of computational screening and meticulous experimentation, the team has demonstrated how the unique properties of rubidium can enhance the performance of oxide-ion conductors, a critical component in the energy transition towards sustainable fuels. Oxide-ion conductors are critical in the realm of solid oxide fuel cells (SOFCs),…

Mathematicians are investigating how the intricate folds in the human brain – which have increased as our species has evolved – help to improve our brainpower. The team at Nottingham Trent University wants to understand the relationship between brain shape and brainwaves, the electrical activity of neurons which send information around the body. Scientists have been unravelling the secrets of brainwaves for more than 100 years, but much remains to be discovered about their precise role in our cognitive processes. As part of the study, which also involves Newcastle University, the researchers will look at an intriguing yet under-explored aspect…