CMMPG (Electronic-only format) is founded in 2015 and is an open access peer-reviewed journal fully available to all readers. It aims to publish original works containing new approaches and ideas of the Mathematics related to Theoretical Physics and Applications. The Journal features publications of great significance describing the physical world by analytical, numerical and statistical methods. 


Contemporary Methods in Mathematical Physics and Gravitation (CMMPG) is listed in:





Latest Papers

    • Qamar Din
      Qualitative nature of a discrete predator-prey system
    • Ahmad Golbabai, Ehsan Mohebianfar
      A new variable shaped radial basis function approach for solving European option pricing model
    • T. Donchev, A. Nosheen, R. Ahmed
      On the solution set of fuzzy systems
  • Despite lack of free electrons, bismuth superconducts 1st December 2016
    NewsCondensed Matter,Physics,Materials Theoretical questions raised by element’s loss of electrical resistance near absolute zero By Emily Conover 2:00pm, December 1, 2016 CONDUCTIVE CRYSTAL  A pure crystal of bismuth, like this cube (right), superconducts below 5 ten-thousandths of a kelvin, scientists report. Impure crystals of bismuth display iridescent patterns due to layers of oxidation that form […]
  • Whirlpools might have stirred up baby universe’s soup 17th November 2016
    NewsPhysics Computer simulations suggest possibility of vortices in quark-gluon plasma By Emily Conover 7:00am, November 18, 2016 HOT STUFF  A collision of two heavy ions produces an extremely hot, dense state of matter called quark-gluon plasma (illustration shown). Computer simulations indicate that swirling patterns could form in this material.CERN Magazine issue: Vol. 190, No. 12, […]
  • ‘Void’ dives into physics of nothingness 10th November 2016
    Reviews & PreviewsPhysics,History of Science,Particle Physics New book chronicles scientists’ evolving views on empty space By Emily Conover 7:00am, November 13, 2016 NOT NOTHING  Even in empty space, subatomic particles are plentiful. In a vacuum, particles called quarks and gluons still appear, thanks to ever-present quantum fields, shown above in a computer simulation. A new […]
  • Supersolids produced in exotic state of quantum matter 7th November 2016
    NewsCondensed Matter,Physics Superfluid Bose-Einstein condensates created with crystal structure By Emily Conover 12:23pm, November 7, 2016 SUPER STRIPES  Stripes of high- and low-density material form in a system called a Bose-Einstein condensate, shown above in a computer simulation. The pattern indicates that the material is a solid, yet it is also a liquid. Such materials […]
  • Units of measure are getting a fundamental upgrade 27th October 2016
    FeaturePhysics,Numbers Metrologists are revamping units using fundamental constants of nature By Emily Conover 12:00pm, November 2, 2016 TAKING MEASURE  New units based on fundamental properties of the universe will make measurements more precise. A kilogram cylinder replica (left) is safeguarded under bell jars. Ultrasmooth silicon spheres (right) will soon be used to redefine the kilogram using […]