01:11

Re-simulations of star formation: Evolution of extracted core for non-deal MHD (2000au)

01:21

Re-simulations of star formation: Evolution of extracted core for non-deal MHD (500au)

01:10

Re-simulations of star formation: Evolution of extracted core for Ideal MHD (2000au)

01:20

Re-simulations of star formation: Evolution of extracted core for Ideal MHD (500au)

01:11

Re-simulations of star formation: Evolution of original & extracted core for non-ideal MHD (2000au)

01:21

Re-simulations of star formation: Evolution of original & extracted core for Non-ideal MHD (500au)

01:10

Re-simulations of star formation: Evolution of original & extracted core for Ideal MHD (2000au)

01:20

Re-simulations of star formation: Evolution of original & extracted core for Ideal MHD (500au)

00:13

Cloud-Cloud collisions: Dynamic boundary conditions

00:13

Cloud-Cloud collisions (with star cluster particles): Dynamic boundary conditions

00:13

Cloud-Cloud collision: Resolution study

00:13

Cloud-Cloud collisions (with star cluster particles): Resolution study

00:13

Cloud-Cloud collisions

00:13

Cloud-Cloud collisions (with star cluster particles)

01:07

Low Mass Star Cluster Formation: Non-ideal vs Ideal MHD (with music)

01:07

Low Mass Star Cluster Formation: Non-ideal MHD vs Hydrodynamic (with music)

52:41

Smoothed Particle Hydrodynamics overview lecture

00:45

The impact of non-ideal MHD on the early stages of star formation: Radial velocity

00:45

The impact of non-ideal MHD on the early stages of star formation: Azimuthal velocity

02:07

The impact of non-ideal MHD on the early stages of star formation

00:08

Disc Formation: evolution of the non-ideal MHD coefficients in the disc

00:10

Disc Formation: evolution of the non-ideal MHD coefficients in the local environment.

01:44

Low Mass Star Cluster Formation: Stellar Trajectories

01:02

Low Mass Star Cluster Formation: Non-ideal MHD vs Hydrodynamic

00:52

Low Mass Star Cluster Formation: Magnetic field strength and non-ideal MHD

00:52

Low Mass Star Cluster Formation

01:11

Low Mass Star Cluster Formation: Non-ideal vs Ideal MHD

00:24

Disc formation around a forming star: Hydrodynamics vs Ideal MHD

02:07

Disc Formation in Strong Magnetic Fields: Density and other properties (Ideal vs Non-ideal x2)

02:07

Disc Formation in Strong Magnetic Fields: Density and other properties (Ideal vs Non-ideal)

01:24

Disc Formation in Strong Magnetic Fields: Magnetic Fields

01:14

Disc Formation in Strong Magnetic Fields: Magnetic field evolution

01:13

Disc Formation in Strong Magnetic Fields

01:08

Magnetic field during the collapse to stellar densities: Ideal MHD

01:20

Magnetic field during the collapse to stellar densities: Ideal vs Non-ideal MHD

01:05

Magnetic field during the collapse to stellar densities: Non-ideal MHD

00:56

Collapse to stellar densities: Non-ideal MHD

01:11

Collapse to stellar densities: Ideal vs Non-ideal MHD

00:59

Collapse to stellar densities: Ideal MHD

00:22

Binary star formation: Weak, perpendicular magnetic field and moderate perturbation

00:21

Binary star formation: Weak, parallel magnetic field and moderate perturbation

00:22

Binary star formation: Strong, parallel magnetic field and moderate perturbation

00:11

Binary star formation: Strong, perpendicular magnetic field and moderate perturbation

00:22

Binary star formation: Weak, perpendicular magnetic field and strong perturbation

00:24

Disc formation around a forming star: Non-ideal MHD (in varying magnetic field strengths)

00:25

Disc formation around a forming star: Non-ideal MHD (with two magnetic field directions)

00:25

Disc formation around a forming star: Ideal vs Non-ideal (in a strong magnetic field)

00:25

Disc formation around a forming star: Hall Effect (with two magnetic field directions)

00:24

Disc formation around a forming star: Ideal MHD (in varying magnetic field strengths)

00:25

Disc formation around a forming star: Ideal vs Non-ideal (in a weak magnetic field)

00:11

Simulated Galaxy Merger: A Comparison of two similar models

00:11

Simulated Galaxy Merger: A Comparison of six models

00:11

Simulated Galaxy Merger: A Comparison of six models

00:11

Simulated Galaxy Merger of two AGN