news
« BACK
Mathematics - 17.08.2023
Physics - Mathematics - 04.07.2023
Life Sciences - Mathematics - 27.06.2023 
Vision allows brain to make predictions well before it knows what’s coming
Vision allows brain to make predictions well before it knows what's coming, new study shows Blending math and AI, Western researchers developed neural network model able to predict individual moments in the future The moment a pitcher unleashes a fastball in the direction of Toronto Blue Jays shortstop Bo Bichette in a professional baseball game, the crowd at Rogers Centre hopes something special is about to happen.
Computer Science - Mathematics - 13.04.2023
Mathematics - Health - 30.01.2023
Health - Mathematics - 28.11.2022 
Using math to better treat cancer
Waterloo researchers develop treatment scheduling method to target heterogeneous tumours Researchers at the University of Waterloo have identified a new method for scheduling radiation therapy that could be as much as 22 percent more effective at killing cancer cells than current standard radiation treatment regimens.
Health - Mathematics - 09.02.2022 
Computer model shows the best ways to slow the spread of COVID-19
Researchers simulate the transmission of variants and effects of health measures By Researchers at the University of Waterloo created the first computational model that simulates many variables affecting the transmission of COVID-19 to slow the spread of variants. The model takes raw data already in use to forecast case numbers and hospitalizations, and then adds other factors, such as vaccination rates, the use of masks and lockdowns, and the number of breakthrough infections.
Health - Mathematics - 24.01.2022
Mathematics
Results 1 - 8 of 8.
Are you breaking your body clock?
Researchers use mathematical models to better understand how the body regulates circadian rhythms Researchers are using mathematical models to better understand the effects of disruptions like daylight savings time, working night shifts, jet lag or even late-night phone scrolling on the body's circadian rhythms.
Researchers use mathematical models to better understand how the body regulates circadian rhythms Researchers are using mathematical models to better understand the effects of disruptions like daylight savings time, working night shifts, jet lag or even late-night phone scrolling on the body's circadian rhythms.
The vampire einstein
Researchers discover a single shape that tiles the plane aperiodically without reflection By Joe Petrik Cheriton School of Computer Science Just months ago, an international team of four that includes Cheriton School of Computer Science Craig Kaplan discovered a single shape that tiles the plane - an infinite, two-dimensional surface - in a pattern that can never be made to repeat.
Researchers discover a single shape that tiles the plane aperiodically without reflection By Joe Petrik Cheriton School of Computer Science Just months ago, an international team of four that includes Cheriton School of Computer Science Craig Kaplan discovered a single shape that tiles the plane - an infinite, two-dimensional surface - in a pattern that can never be made to repeat.
Vision allows brain to make predictions well before it knows what's coming, new study shows Blending math and AI, Western researchers developed neural network model able to predict individual moments in the future The moment a pitcher unleashes a fastball in the direction of Toronto Blue Jays shortstop Bo Bichette in a professional baseball game, the crowd at Rogers Centre hopes something special is about to happen.
A trick of the hat
April 13, 2023 The story of how a Waterloo computer science professor helped find the elusive einstein tile By Joe Petrik Cheriton School of Computer Science A nearly 60-year-old mathematical problem has finally been solved. The story began last fall when David Smith, a retired print technician from Yorkshire, England, came upon a shape with a tantalizing property.
April 13, 2023 The story of how a Waterloo computer science professor helped find the elusive einstein tile By Joe Petrik Cheriton School of Computer Science A nearly 60-year-old mathematical problem has finally been solved. The story began last fall when David Smith, a retired print technician from Yorkshire, England, came upon a shape with a tantalizing property.
New mathematical model shows how the body regulates potassium
Mathematical model conceptualizes the relationship between kidneys and muscles Having levels of potassium that are too high or too low can be fatal. A new mathematical model sheds light on the often mysterious ways the body regulates this important electrolyte. Potassium, a common mineral abundant in food like bananas and leafy greens, is essential to normal cellular function.
Mathematical model conceptualizes the relationship between kidneys and muscles Having levels of potassium that are too high or too low can be fatal. A new mathematical model sheds light on the often mysterious ways the body regulates this important electrolyte. Potassium, a common mineral abundant in food like bananas and leafy greens, is essential to normal cellular function.
Waterloo researchers develop treatment scheduling method to target heterogeneous tumours Researchers at the University of Waterloo have identified a new method for scheduling radiation therapy that could be as much as 22 percent more effective at killing cancer cells than current standard radiation treatment regimens.
Researchers simulate the transmission of variants and effects of health measures By Researchers at the University of Waterloo created the first computational model that simulates many variables affecting the transmission of COVID-19 to slow the spread of variants. The model takes raw data already in use to forecast case numbers and hospitalizations, and then adds other factors, such as vaccination rates, the use of masks and lockdowns, and the number of breakthrough infections.
Computational models reveal effects of pregnancy on kidneys
Returning to in-person experiences in February: for more information. The computational models will help medical practitioners better understand the physiology of the kidneys during pregnancy Researchers are using computer simulations to better understand the impacts pregnancy can have on kidneys. The new research will help medical practitioners better understand the physiology of the kidneys during pregnancy and develop appropriate patient care and treatments to improve health outcomes.
Returning to in-person experiences in February: for more information. The computational models will help medical practitioners better understand the physiology of the kidneys during pregnancy Researchers are using computer simulations to better understand the impacts pregnancy can have on kidneys. The new research will help medical practitioners better understand the physiology of the kidneys during pregnancy and develop appropriate patient care and treatments to improve health outcomes.
