What Lies Beyond The Higgs Boson?

A simulated event in the CMS detector, featuring the appearance of the Higgs boson. (CERN)

A simulated event in the CMS detector, featuring the appearance of the Higgs boson. (CERN)

Apparently scientists are having a tough time with the Higgs Boson. From Science Recorder:

According to a news release from Harvard University, Harvard and Yale scientists have made the most precise measurements ever of the shape of electrons and, as a result, have raised “severe” doubts about several popular theories of what lies beyond the Higgs boson.

“We are trying to glimpse in the lab any difference from what is predicted by the Standard Model, like what is being attempted at the LHC,” said John Doyle, Professor of Physics at Harvard, in a statement.

“It is unusual and satisfying that the exquisite precision achieved by our small team in its university lab probes the most fundamental building block of our universe at a sensitivity that compliments what is being achieved by thousands at the world’s largest accelerator,” added Gerald Gabrielse, the George Vasmer Leverett Professor of Physics at Harvard. “Given that the Standard Model is not able to explain how a universe of matter could come from a big bang that created essentially equal amounts of matter and antimatter the Standard Model cannot be the final word.”

To search for particles that might fall outside the Standard Model, the scientists precisely determine how particles effect on the shape of electrons.

Under the Standard Model electrons are anticipated to be nearly perfectly round, but most novel theories of what lies beyond the Standard Model also anticipate the electron to have a much bigger departure from a perfect roundness.

The team has recorded the most sensitive measurement to date of the electron’s deformation. Their findings show that the particle’s departure from spherical perfection, if its exists at all, must be smaller than anticipated in may theories that include new particles.

Supersymmetry proposes new types of particles that expand those in the Standard Model. It may help to account, for instance, for dark matter. It may also provide an explanation for why the Higgs particle’s mass turns out to have the value observed at the Large Hadron Collider. These are facts about the universe that cannot be explained by the Standard Model, according to scientists…

[continues at Science Recorder]

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  • Cortacespedes

    “The bigger you build the bonfire…”

  • http://www.nsc.com mJawedKShervani

    Whole PHYSICS rotates around two
    situations ( scenario ) of matter’s existence:
    either in a state of rest OR in a state of motion! We can make measurements,
    perfectly in the state of rest but when in motion, we have to consider its ephemarial-exsistence, before attempting any measurements..
    Why: the more we search, more we understand that whole matter exists (from the beginning with two components: Hydrogen & carbon, the parents).

    Shape of electrons varies in different situations when moving out of given normal forces; like gravity, super-ultra sonic-speeds and even out side our Solar-system: if we take out a pen/golf ball…. It will change its shape beyond our imaginations and not to be seen; though it will exist!
    Life of Boson aims to tend towards the threshold of energy! Can we measure it!

  • American Cannibal

    I heard God’s Anus lies beyond the Higgs, and if we get to it, there’s a special prize to be had!

  • mannyfurious

    I enjoy learning about this kind of stuff, but at the same time, scientists are nuts if they truly believe the universe will ever truly reveal its secrets to itself…..

  • lilbear68

    lol as long as some poor sap is writing the check (many times its the taxpayer) they will keep looking

  • drokhole

    Inner space, the final frontier…

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