Explore with us some of the latest developments in science, including physics, biology, mathematics, chemistry, information, and astronomy. Imagine what the future holds with today’s discoveries in these and other scientific pursuits. Along the way we will encounter fascinating people and their ideas that push the boundaries of science and shape the future direction of knowledge.
We feature some of the latest developments in a range of scientific branches, highlighting the human ingenuity and circumstances that lead to discovery and new technologies. We explain the ideas, the problems that led to the solutions, and the function of the discoveries, in words designed for the general audience so no background in science is required to appreciate the work of the scientists. The ideas for our stories are drawn from other freely-available publications as well as paid subscriptions, and we welcome contributions and story ideas from volunteer contributors. Join our science writers Mariana Meneses and Saulo Silvestre as we explore the exciting new developments in science and the showcase the good people who dedicate their life’s work to the advancement of knowledge and the human mission.
The Quantum Memory Matrix (QMM) theory holds that information about the physical universe is permanently imprinted in cells within the curved fabric of spacetime. Consistent with the laws of thermodynamics, the QMM theory could also explain the mysteries of dark matter and dark energy as products of the way information is stored and released.
Recent studies show that black holes can be detected and measured in ways that go well beyond traditional telescope observations, using gravitational waves, neutrinos, and precise stellar dynamics. The results challenge long-standing theories about when black holes form and how they grow and move, and even question whether some identified black holes might instead be concentrations of dark matter. Tests may reveal surprising differences in black hole formation and types.
Tiny new radio tracking devices have been attached to butterflies, allowing precise mapping of their annual migration across North America and aiding conservation efforts. By correlating data on the effects of atmospheric motion on butterfly movement, and adding the precision of quantum sensing, the technology behind the new radio tag could yield a wealth of information on the mechanical and thermodynamic processes of motion on a global scale.
Two branches of technological research, robotics and prosthetics, are combining forces to develop devices that move far more naturally. People living with impaired bodily functions have much reason to hope for a future when the limitations they now face will be a thing of the past. From an implantable sensor that sits on a muscle, to artificial muscles powered by water pressure, join us in exploring the frontiers of the emerging technology of movement.
DNA is the operating code for the body’s trillions of cells, and with advanced technology scientists are discovering a lot more about the human operating code’s history. We now know we’re a mix of DNA from the Neanderthals, Denisovans, and other earlier species. It’s upending long-held theories of humanity’s unique evolution, and revealing more about the living universe. Meet the 50,000-year-old Neanderthal named ‘Thorin’ and Lucy, the 3.2-million-year-old hominin, as we go back in time to learn about ourselves.
It seems that understanding Earth’s four seasons, which are caused by the lengthening or shortening of a region’s daily exposure to the Sun, is fundamental to all life – even tiny bacteria. Why would a cyanobacterium, consisting of only one cell with a very short life in a lab, care about what seems to us a meaninglessly small amount of time? Surprisingly, the cell is accumulating information on time, which it passes on to its next generation.
In the continuing search for a theory unifying general relativity’s gravity with quantum mechanics, evidence suggests the universe retains a record of events in the geometry of curves that preserve the gravitational consequences of interactions from the tiny quantum to massive stars. We survey 30 years of discoveries pointing to the possibility of decoding probabilities at any scale.
Combined data from the JWST and Chandra X-ray Observatory reveal an early universe that’s not what we thought it was. With the discovery of a black hole drawing in matter from the oldest galaxy 40 times faster than what we thought was possible, to the “little red dots” of galaxies far more compact than what we have seen, what other surprises lie ahead with more powerful telescopes now coming online?
Can time run in reverse? How could light defy the resistance of particles it encounters, energizing them without losing any of its own energy, and seem to exit a cloud of atoms before entering? Experiments confirm the surprising results, raising more questions about the curious the quantum universe and, possibly, new methods for maintaining stable quantum circuits.
The Quantum Record is a non-profit journal of philosophy, science, technology, and time. The potential of the future is in the human mind and heart, and in the common ground that we all share on the road to tomorrow. Promoting reflection, discussion, and imagination, The Quantum Record highlights the good work of good people and aims to join many perspectives in shaping the best possible time to come. We would love to stay in touch with you, and add your voice to the dialogue.