“Face mask nurse”, 35.5×30.5cm, linen oil, 2020 Gideon Rubin// machine, we …(+)
@Gideon Rubin
Our lives follow a developmental path shaped by continuous change, whether we observe it or not. These winding intersections represent possible outcomes at any time, at any time, of an infinite number. Quantum computing changes everything, simulates countless odds in real time, redefines how we understand health.
Skyrocketing D-Wave quantum stocks reflect this up-and-coming shift and guide a new era of computational power. The company has announced groundbreaking achievements. The quantum computer ran a complex simulation in just a few minutes. This is a feat that takes up nearly a million years of traditional GPU-powered supercomputers and consumes more electricity than the world uses each year. This processing power and speed are intertwined with the ability of quantum computers to calculate countless results at once.
Now, medical research is finally catching up. For at least decades, healthcare has relied on static guidelines and strict decision trees to treat patients in a wide range of diagnostic buckets, including diabetes, heart disease, cancer, and more, ignore individual variation and overlook the nuances. However, the disease is not a static state, nor is it a sudden state. If glucose or hemoglobin A1c passes this or its threshold, it does not lead to diabetes. Biological processes do not work from a binary perspective.
Quantum computing allows health researchers to abandon the complex pathways of traditional category ideas and models, rather than fitting patients into neat buckets. These detailed trajectories allow providers to accurately predict when and how health care workers can intervene, not only are they likely to develop a condition for patients, but they can also predict when and how health care workers can intervene. It's a quiet, hidden turning point long before symptoms or complications develop.
Imagine a chess game where all possible movements and the results of their cascades are calculated simultaneously. This is how advanced models revolutionize medicine. Each choice a patient chooses changes the future with the complex interactions of genetics, epigenetics, lifestyle choices and environmental exposure. Humanity is currently collecting an unparalleled amount of data for each of us, generating enough information to build deeper, more accurate puzzles about our health.
However, the magnitude of data and possibilities involved in such a high-dimensional “healthchess simulation” is beyond what is computational today. Quantum computing allows this to be done, quickly simulating millions of potential scenarios and selecting the best scenario. This is the best action course for a particular individual. This allows for unprecedented foresight in risk assessment and treatment planning.
As medicine makes this quantum leap, an era of rigid classification gives way to a future of dynamic and personalized health trajectories. Clinicians have the ability to strategically shape a patient's health journey in real time, where the key to better health is not just a single diagnosis, but the journey itself.
