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Impulse

(22)
Impulse
Biography
Gender:
Female
Age:
22
Ethnicity:
Black
Nationality:
Impulse
Hair color:
Red
Hair Length:
Long
Eye color:
Brown
Height:
177 cm
Weight:
53 kg
Sexual Orientation:
Bisexual
Services Offered For:
Men
Dress size:
L
Shoe size:
34
Cup size:
G
Breast:
Natural
Pubic hair:
All natural
Tattoo:
Yes
Piercings:
No
Smoking:
Occasionally
Drinking:
No
Languages:
English
German
Portuguese
Russian
Spanish
Available for:
Incall: Club/Studio
Outcall: Hotel and home visits
Services

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Comments 5

beastie

5/21/2019

Es ist der Fehler geschehen

rebellious

5/20/2019

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wichers

5/19/2019

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paludic

5/13/2019

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shornak

5/14/2019

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About me

Updates tagged: “Moriond 2019”

The latest experimental data provide more stringent tests of the Standard Model and of rare phenomena of the microworld. Since the start of the conference on 16 March, a wide range of topics from measurements of the Higgs boson and Standard Model processes to searches for rare and exotic phenomena have been presented. The Standard Model of particle physics is a successful theory that describes how elementary particles and forces govern the properties of the Universe, but it is incomplete as it cannot explain certain phenomena, such as gravity, dark matter and dark energy. For this reason, physicists welcome any measurement that shows discrepancies with the Standard Model, as these give hints of new particles and new forces — of new physics, in other words. Many of these analyses benefited from novel machine-learning techniques used to extract data from background processes. Since the discovery of the Higgs boson in , ATLAS and CMS physicists have made significant progress in understanding its properties, how it is formed and how it interacts with other known particles. In addition, many searches for new, additional Higgs bosons have been presented. CMS has presented updated results on the Higgs decay to two Z bosons and has also derived new information on the strength of the interaction between Higgs bosons and top quarks. This interaction is measured in two ways, using top quark pairs and using a rare process in which four top quarks are produced. The probability of four top quarks being produced at the LHC is about a factor of ten less likely than the production of Higgs bosons together with two top quarks, and about a factor of ten thousand less likely than the production of just a top quark pair.

The LHCb collaboration has observed a new pentaquark particle and has confirmed the pentaquark structure previously reported. The latest experimental data provide more stringent tests of the Standard Model and of rare phenomena of the microworld. Particle hunting is in full swing as LHC experiment collaborations have come up with dozens of fresh results at a meeting for particle physicists. Don't miss today's webcast at 5.

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