they're extremely delicate and hard to manipulate

Entangled particles exist in nature, but they're extremely delicate and hard to manipulate.

with each other in pairs in a process known as correlation

Particles that have interacted at some point retain a type of connection and can be entangled with each other in pairs, in a process known as correlation.

the very same state

Furthermore, entangled particles can not have the very same state.

the exact state

In addition, entangled particles can not have the exact state.

a pair of subatomic particles ( photons, electrons, etc

Entangled Particles are a pair of subatomic particles (photons, electrons, etc.)

there is another lesser-known property of particles that is similar in nature, but slightly different.

The idea of entangled particles has been in the news a lot lately as researchers around the world attempt to use the world attempt for various purposes—but there is another lesser-known property of particles that is similar in nature, but slightly different.

as individual particles with defined states only as a complete system

Physically, entangled particles cannot be described as individual particles with defined states, but only as a complete system.

another lesser-known property of particles , but slightly different that is similar in nature

The idea of entangled particles has been in the news a lot lately as researchers around the world attempt to use the world attempt for various purposes—but there is another lesser-known property of particles that is similar in nature, but slightly different.

in an uncertain state

Entangled particles also exist, initially, in an uncertain state.

in an ‘uncertain state’

Entangled particles also exist, initially, in an uncertain state.

a physical state

Entangled particles, for example light particles called “photons”, share a physical state.

one particle that exists in two places

Entangled particles are essentially one particle that exists in two places.

every particle

In fact, every particle may be entangled with another particle, or groups of particles, billions of particles scattered all throughout the universe.

two particles that being created together remain somehow linked in a way that while a given property is not determined in either particle

Entangled particles are two particles that being created together remain somehow linked in a way that while a given property is not determined in either particle, the resolution of this ambiguity will occur at the same time in both particles.

In fact with another particle, or groups of particles

In fact, every particle may be entangled with another particle, or groups of particles, billions of particles scattered all throughout the universe.

to atoms or photons

However, entangled particles are not simply restricted to atoms or photons.

by splitting existing particles with the resulting pair obviously being of the same state

Entangled' particles are created by splitting existing particles, with the resulting pair obviously being of the same state.

as individual particles with defined states only as a single system

Physically, entangled particles cannot be described as individual particles with defined states, but only as a single system.

As a quick reminder

As a quick reminder, entangled particles share some property