PHYSICS

Pages

  • Home
  • A-level Physics Notes
  • IBDP Physics Video Lectures
  • Special Relativity
  • General Relativity Notes
  • Miscellaneous Topic

Peter Higgs and Francois Englert win 2013 Nobel Prize for Physics for work based on Higgs Boson theory


Nobel physics prize 2013
Email ThisBlogThis!Share to TwitterShare to FacebookShare to Pinterest
Labels: nobel physics prize 2013, Nobel prize, peter higgs

No comments:

Post a Comment

Newer Post Older Post Home
Subscribe to: Post Comments (Atom)
GYALO INSTITUTE PROFILE

Practice Questions and Assignments

  • Assignments (Pure Maths)
  • Assignments(Physics A and As level)
  • P.Q AS PM1
  • P.Q A2 PM3
  • A-level Math Video Solution
  • Maths IB SL Practice Question
  • IB Math Studies Practice Questions
  • IB Physics SL Practice Questions
  • IB Physics HL Practice Questions
  • IB Physics HL Practice Questions.
      SET 1 Topic 1 (Measurement, Uncertainty and Measurement, Vectors and Scalars)          1. Paper 1     2. Paper 2     3. Paper 3(Experiment...
  • IB Physics SL Practice Questions.
     SET 1 Topic 1 (Measurement, Uncertainty and Measurement, Vectors and Scalars)          1. Paper 1     2. Paper 2     3. Paper 3(Experiment...
  • Transformation of Christoffel Symbol
    We have the metric transformations between the two different coordinate systems as; $$g_{\mu '\nu '}'=\frac{\partial x^{\mu}...
  • 4.2 Diffraction grating
    A diffraction grating consists of a large number of fine, equidistant, closely spaced parallel lines of equal width, ruled on po...
  • IB Maths SL practice Question
    Paper 1 (SET 1) 1. Functions   2. Exponential & Logarithms 3. Sequence and Series 4. Binomial Expansion 5. Trigonometry 6. Diff...
  • 2.3 Buoyancy force (upthrust due to pressure difference)
    photo courtesy: www.zastavki.com Have you been on a boat? Have you seen an objects floating on the water? Have you floated on the wate...
  • 2.1 Kinematics (Graphical methods)
    Here we'll discuss something about the graphical representation of the kinematics. In particulars, 1.Graphical methods to represents ...
  • IB Math Studies Practice Questions
    Paper 1 (SET 1) 1. GDC Questions 2. Numbers and Algebra 3. Set Theory and Venn Diagram 4. Logic Questions 5. Probability Questions ...
  • 4.1 Oscillations
    "Oscillation is simply the to and fro motion about an equilibrium position."  What do I mean? Here's a simple illustration...
A-level Physics (1) ac current (1) acceleration (1) accuracy (1) affine connection (1) analogous between electric and gravitational field (1) arc length (1) average (1) basics physics (1) bouyancy (1) bouyant (1) capacitance (2) capacitor (3) centripetal acceleration (1) centripetal force (1) charged plate (1) Christoffel (2) christoffel symbol (1) Chrsitoffel symbol (1) circular motion (2) co-ordinate transformation (1) collection (38) collision (3) coming soon (1) Connection (1) conservation of energy (1) contravariant (1) Contribute Notes (1) coulomb's law (1) couple (1) covariant (2) Covariant derivatives (1) curl (1) current (2) Curvature (1) curvilinear arc length (1) curvilinear coordinate (1) curvilinear unit vector (1) Damping (1) david tong. qft (1) delta function (1) derivation (1) derivatives (1) derive lorentz transformation (1) differential volume element (1) differential volume element in curvilinear system (1) differentiation tensor (1) diffraction (1) diffraction grating (1) dimensionless number (1) Dirac (1) dirac delta function (1) divergence (1) double slit experiment (1) effective capacitance (1) einstein (1) Einstein's Field equation (1) Einstein's postulate (1) elastic (3) electric (1) electric field (4) electric potential energy (1) electricity (1) electromagnet (1) energy (5) energy capacitor (1) energy efficiency (1) energy mass eqivalence (1) energy momentum tensor (1) energy tensor (1) equation (1) equilibrium (1) equivalence of inertial frame (1) errors (1) Feynman (1) Feynman love letter (1) Field (3) Field Equation (1) field strength (1) Force (5) forced oscillation (1) four vector (1) fourier series (1) frame (2) frame of reference (2) friction (1) galilean (1) galilean relativity (2) galilean transformation (2) Gallo life (13) general physics (1) general relativity (2) General Relativity (Basics) (1) geodesics (1) geostationary (1) GR (15) GR theory (1) gradient (1) graphical representation of motion (1) gravitational mass (1) gravitational potential (3) gravity (4) Gravity Simulation (1) gre (1) GRE physics (1) Gyalo Profile (1) gyaloinstitute (1) history (1) homeworkmaths (1) homeworkphysics (1) IB practice questions (5) IB Questions (3) IB Questions1 (11) IB Questions2 (22) IBDP Unit plan (1) impulse (1) inelastic (3) inertia (1) inertial (1) inertial mass (1) intensity of wave (1) interference (1) introduction curvilinear (1) inverse square law (1) kb (1) kinematics (3) Kinetic energy (2) laplacian (1) Large number hypothesis (1) lecture (1) length contraction (1) light cone (1) linear (1) longitudinal waves (1) lorentz (1) lorentz transformation (2) love letter (1) love poem (1) message (1) metric (1) metric tensor (2) Minkowskian spacetime (1) Miscellaneous Topics (2) moment (1) momentum (1) momentum tensor (1) motion (2) newton gravity theory (1) newton's theory of motion (1) newtons laws of motion (2) nobel physics prize 2013 (1) Nobel prize (1) non inertial frame (1) normal force (1) operation in the curvilinear system (1) oscillation (2) p3 set1 (11) P7 (1) parallel (2) parallel plate (1) parallel transport (1) peter higgs (1) physical units (1) potential (5) power (1) precision (1) problems (1) problems of galilean transformation (1) projectile (1) Pure Maths AS1(Practice Set 1) (1) QFT (1) quotes (2) random (1) reference frames (1) relatiivity (1) relativity (1) relativity postulates (1) Report (2) resonance (1) revolution period (1) Ricci (1) ricci tensor (1) Richard Feynman (1) Richard Feynman quotes (1) Riemann curvature (1) rms value (1) Schwarzschild (2) schwarzschild solution (2) series (1) set 1 (8) shortest distance (1) simple harmonic motion (3) simple pendulum (1) Sims (1) simultaneity (1) solution (1) solution of vacuum field equation (1) space (1) Special theory of relativity (3) Special Theory of Relativity (SR) (1) speed (2) spring (1) SR (20) stationary waves (1) Stattistics2 (1) stress energy momentum tensor (1) superposition (1) symbol (1) systematic (1) tensor (2) the harmonic oscillators (1) theory of gravitation (1) thomas young (1) time (1) time dilation (1) time period (2) torque (1) trajectory (1) transformation (2) transformations (1) transport (1) transverse wave (1) unit Vectors (1) vector triangle (1) velocity (1) Video Lectures (1) viscosity (1) volume element (1) wave (3) wave motion (3) weighted average (1) work (1) work and energy (4) work and potential energy (1)

Other Important links...

  • David Tongs Lectures notes & lectures
  • Physics notes(Very good) -Prof Michael Fowler
  • Good blog to follow
  • BBC Science programme (radio)
  • Free Feynman Lectures series
  • Free Online MIT courses
  • Excellent Mathematics notes free
  • Physics World
  • Hans Bethe Lectures
Note: Use These notes in conjunction with your lecture notes.
GYALO INSTITUTE,
E-mail: gyaloinstitute@gmail.com
Copyright PhysicsGallo. Powered by Blogger.