Opening Session

• (IF)

Coffee Break

• (IF)

M1: Linear Spaces, Examples, Spectral Decomposition

• Salvatore De Vincenzo (SV) (IF)

Lunch

• (IF)

M2: Fourier Series, Fourier Transform, Dirac's delta, Distributions

• Salvatore De Vincenzo (SV) (IF)

Coffee Break

• (IF)

M2: Fourier Series, Fourier Transform, Dirac's delta, Distributions

• Salvatore De Vincenzo (SV) (IF)

TM1-2: Tutorial for linear algebra, Fourier transform

• Salvatore De Vincenzo (SV) (IF)

M3: Variational principle, Lagrangian mechanics, Hamiltonian mechanics

• Sikarin Yoo-Kong (SY) (IF)

Coffee Break

• (IF)

M4: Variational principle, Lagrangian mechanics, Hamiltonian mechanics

• Sikarin Yoo-Kong (SY) (IF)

Lunch

• (IF)

Special Short Course 1

• Apisit (IF)

Coffee Break

• (IF)

Special Short Course 1

• Apisit (IF)

TM3-4: Tutorial for complex analysis

• Thanadon Kongkoom (TK) (IF)

QI1: Overview of linear algebra in the bra-ket notation

• Ninnat Dangniam (ND) (IF)

Coffee Break

• (IF)

QI1: Overview of linear algebra in the bra-ket notation

• Ninnat Dangniam (ND) (IF)

Lunch

• (IF)

FT1: Lagrangian and Hamiltonian for systems of point particles

• Pichet Vanichchapongjaroen (PV) (IF)

Coffee Break

• (IF)

FT1: Lagrangian and Hamiltonian for systems of point particles

• Pichet Vanichchapongjaroen (PV) (IF)

TBA (Night session)

• (IF)

G1: From classical mechanics to special relativity, Minkowski spacetime

• Pitayuth Wongjun (PW) (IF)

Coffee Break

• (IF)

G1: From classical mechanics to special relativity, Minkowski spacetime

• Pitayuth Wongjun (PW) (IF)

Lunch

• (IF)

C1: Cosmological principle, Hubble's law, Friedmann's equation, Acceleration equation, Geometry of the universe

• Teeraparb Chantavat (TC) (IF)

Coffee Break

• (IF)

C1: Cosmological principle, Hubble's law, Friedmann's equation, Acceleration equation, Geometry of the universe

• Teeraparb Chantavat (TC) (IF)

TG1: Exercise on vector calculus in Minkowski spacetime

• Chun-Hung Chen (CC) (IF)

FT2: Classical free scalar field theory

• Pichet Vanichchapongjaroen (PV) (IF)

Coffee Break

• (IF)

FT2: Classical free scalar field theory

• Pichet Vanichchapongjaroen (PV) (IF)

Lunch

• (IF)

QI2: Operational structures of quantum theory: states, measurements, unitary dynamics, and correlations

• Ninnat Dangniam (ND) (IF)

Coffee Break

• (IF)

QI2: Operational structures of quantum theory: states, measurements, unitary dynamics, and correlations

• Ninnat Dangniam (ND) (IF)

TBA (Night session)

• (IF)

G2: Equivalent principle, tensor, parallel transport, curvature

• Pitayuth Wongjun (PW) (IF)

Coffee Break

• (IF)

G2: Equivalent principle, tensor, parallel transport, curvature

• Pitayuth Wongjun (PW) (IF)

Lunch

• (IF)

C2: Observational Cosmology, Correlation functions, Large-scale structure

• Teeraparb Chantavat (TC) (IF)

Coffee Break

• (IF)

C2: Observational Cosmology, Correlation functions, Large-scale structure

• Teeraparb Chantavat (TC) (IF)

TC1-2: Tutorial for C1 and C2

• Sakdithut Jitpienka (SJ) & Jakkrit Sangtawee (JS) (IF)

QI3: No-signaling condition and hidden variables: EPR argument, Bell theorem

• Ninnat Dangniam (ND) (IF)

Coffee Break

• (IF)

QI3: No-signaling condition and hidden variables: EPR argument, Bell theorem

• Ninnat Dangniam (ND) (IF)

Lunch

• (IF)

FT3: Canonical quantization of free scalar field

• Pongwit Srisangyingcharoen (PS) (IF)

Coffee Break

• (IF)

FT3: Canonical quantization of free scalar field

• Pongwit Srisangyingcharoen (PS) (IF)

TBA (Night session)

• (IF)

G3: Energy momentum tensor, Einstein field equation

• Pitayuth Wongjun (PW) (IF)

Coffee Break

• (IF)

G3: Energy momentum tensor, Einstein field equation

• Pitayuth Wongjun (PW) (IF)

Lunch

• (IF)

C3: Distance in cosmology, Evolution of components, LambdaCDM, CMB

• Khamphee Karwan (KK) (IF)

Coffee Break

• (IF)

C3: Distance in cosmology, Evolution of components, LambdaCDM, CMB

• Khamphee Karwan (KK) (IF)

TG2-3: Exercise on vector calculus in curved spacetime and geodesic equation

• Chun-Hung Chen (CC) (IF)

QI4: Quantum search algorithm; overview of quantum period-finding algorithm

• Ninnat Dangniam (ND) (IF)

Coffee Break

• (IF)

QI4: Quantum search algorithm; overview of quantum period-finding algorithm

• Ninnat Dangniam (ND) (IF)

Lunch

• (IF)

FT4: Dirac field theory and its quantization

• Pongwit Srisangyingcharoen (PS) (IF)

Coffee Break

• (IF)

FT4: Dirac field theory and its quantization

• Pongwit Srisangyingcharoen (PS) (IF)

TBA (Night session)

• (IF)

G4: Black hole solutions, singularity, spacetime diagram

• Pitayuth Wongjun (PW) (IF)

Coffee Break

• (IF)

G4: Black hole solutions, singularity, spacetime diagram

• Pitayuth Wongjun (PW) (IF)

Lunch

• (IF)

C4: Inflationary universe + modified gravity

• Khamphee Karwan (KK) (IF)

Coffee Break

• (IF)

C4: Inflationary universe + modified gravity

• Khamphee Karwan (KK) (IF)

TG3-4: Tutorial for G3 and G4

• Chun-Hung Chen (CC) (IF)

Seminar 2 (TBA)

• (IF)

Coffee Break

• (IF)

Seminar 3 (TBA)

• (IF)

Lunch

• (IF)