Category: Physics

Rheology

Rheology

Rheology

12/12/24

“What is the study of the flow of matter?”

Flows happen in matter, whether it’s in a liquid, gas, or even a soft solid. The science behind studying material flow phenomena is called Rheology. Rheology has direct insights for physics, engineering, materials science, physiology, and chemistry.

Why Wood is a Bad Electrical Conductor

Why Wood is a Bad Electrical Conductor

Why Wood is a Bad Electrical Conductor

09/03/24

“Why is wood a bad electrical conductor?”

Wood is a common material used by humans. It has very few free electrons, has a tight cellular structure, and may have natural oils and resins that inhibit electrical current. These all contribute to wood being a bad conductor. This is Why Wood is a Bad Electrical Conductor.

Block and Tackles

Block and Tackles

Block and Tackles

08/21/24

“How can two or more pulleys be used together to lift heavy objects?”

Pulleys can use mechanical advantage to transmit greater force than inputs. Any system with two or more pulleys with a rope or cable connecting them is known as a Block and Tackle. Block and tackles are one of the main mechanisms behind cranes.

Colloids And Dispersion

Colloids And Dispersion

ColloidsAand Dispersion

08/17/24

“What are substances that are evenly dispersed throughout another?”

Substances that are suspended throughout another retain their distinct properties. If they are distributed three-dimensionally evenly around the solvent they are labeled colloids. Everyday colloid substances include paint, memory foam, and mayonnaise. This is how Colloids And Dispersion work.

Phosphorous Water Pollution Remediation

Phosphorous Water Pollution Remediation

Phosphorous Water Pollution Remediation

08/13/24

“How can we remove phosphorous pollution from water?”

Phosphorous pollution can lead to algae outbreaks in water bodies, choking off life that lives there. So how can we take phosphorous pollution out of the water? Well, it turns out there are many ways to do this. Phosphorous can be removed chemically through iron and aluminum coagulants, biologically through specialized bacteria, or physically through sand filtration and membrane technologies. Phosphorous Water Pollution Remediation is a necessary step to healing tainted water.

Image credit https://news.illinois.edu/

Why Invited Physics Talks Help Spread Knowledge

Why Invited Physics Talks Help Spread Knowledge

Why Invited Physics Talks Help Spread Knowledge

03/05/24

“Why do physics talks help spread knowledge?”

People often give lectures in their own school. But when people give a talk at another school, it helps spread knowledge around like bees with honey. Physics lectures are no different. This is Why Invited Physics Talks Help Spread Knowledge.

Computational Thermodynamics for the Solar Industry

Computational Thermodynamics for the Solar Industry

Computational Thermodynamics for the Solar Industry

06/06/22

“How can we use computational thermodynamics for the solar industry?”

Thermodynamics is critical for the functioning of solar panels. Therefore, the solar industry would greatly benefit from the use of computational thermodynamics. This is why Computational Thermodynamics for the Solar Industry would work out.

Why Making Computational Thermodynamics Research Open Source Would Improve the Field

Why Making Computational Thermodynamics Research Open Source Would Improve the Field

Why Making Computational Thermodynamics Research Open Source Would Improve the Field

06/01/22

Why would making computational thermodynamics research open source improve the field?

Computational thermodynamics is a fun and exciting research field. However, if it’s closed-source then it makes it more difficult for upstarting scientists to join in. To solve this, the projects just have to become open source. This is Why Making Computational Thermodynamics Research Open Source Would Improve the Field.

Computational Thermodynamics

Computational Thermodynamics

Computational Thermodynamics

05/31/22

“How can we use computational methods to solve thermodynamics problems?”

Thermodynamics has a wide range of applications, ranging from Materials Science to Physics to Mechanical Engineering. However, sometimes problems in this field can be very difficult to solve by hand. For this reason, we can utilize Computational Thermodynamics to simulate complex behavior and arrive at outcomes. Scientists all over the world are using their minds to develop novel ways to tackle this problem.