'Phase transition' presentation slideshows

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What Quark-Gluon Plasma in small systems might tell us about nucleons

What Quark-Gluon Plasma in small systems might tell us about nucleons

What Quark-Gluon Plasma in small systems might tell us about nucleons. Peter Christiansen Lund University. Go outside of the comfort zone Try to give a microscopic picture for Perfect liquid degrees of freedom Why and how it expands P hase transition condition Hadronization

By oshin
(529 views)

Questionnaire Preliminary version

Questionnaire Preliminary version

Questionnaire Preliminary version Anastasia Vlasova 11-03-2004 Why children don’t like physics? “Boring and difficult”!? How to make physics more interesting for pupils: Game (PC games, board games, academic games, etc.) Experimental Database Using Mnemonics on Physics Lesson

By omer
(423 views)

Status Physics Book: Observables and Predictions

Status Physics Book: Observables and Predictions

Status Physics Book: Observables and Predictions. Convenors: E lena Bratkovskaya * , C hristian Fuchs, B urkhard Kämpfer *FIAS, J.W. Goethe Universität , Frankfurt am Main 29.05.2006 , CBM Workshop „ The Physics of High Baryon Density „.

By medwin
(260 views)

Brief Notes on Neurophysics

Brief Notes on Neurophysics

Neuron: a specialized cell for signal processing body (soma) with dendrites (receiving signals) and axon (sending signals)

By flora
(206 views)

Sol- Gel Technology

Sol- Gel Technology

Sol- Gel Technology. Aytan Muradova. Introduction. Hydrolyses Polymerization Growth of nanostructures Agglomeration. The prime requisite for obtaining good quality in this technology. Variation of PH Temperature Time Concentration of Reagent Concentration of Catalyzor H2O/Si

By niveditha
(554 views)

Heavy Ion Physics at the LHC with the Compact Muon Solenoid Detector

Heavy Ion Physics at the LHC with the Compact Muon Solenoid Detector

Heavy Ion Physics at the LHC with the Compact Muon Solenoid Detector. Matthew Searle UC Davis Nuclear Physics Group 25 Aug 2004. CMS Geometry. Transverse view of the CMS Detector. CMS Geometry. Longitudinal view of a quadrant of the CMS detector. CMS Geometry.

By benjamin
(297 views)

Satisfiability Solvers

Satisfiability Solvers

Satisfiability Solvers. Part 2: Stochastic Solvers. Structured vs. Random Problems. So far, we’ve been dealing with SAT problems that encode other problems Most not as hard as # of variables & clauses suggests

By melvyn
(161 views)

Local Dynamics Models for Crowd Simulation

Local Dynamics Models for Crowd Simulation

Local Dynamics Models for Crowd Simulation . Yeh, Hengchin. Outline. Introduction Optimal Velocity Model Helbing’s Model and Extensions Rule Based and Others HiDAC in More Detail References. Introduction– Definition . Narrow Helbing’s social forces. Introduction– Definition . Narrow

By Albert_Lan
(359 views)

Constrainedness of Search

Constrainedness of Search

Constrainedness of Search. Toby Walsh NICTA and UNSW http://cse.unsw.edu.au/~tw. Motivation. Will a problem be satisfiable or unsatisfiable? Will it be hard or easy? How can we develop heuristics for a new problem?. Take home messages.

By hija
(240 views)

INT Program INT-16-3 Exploring the QCD Phase Diagram through Energy Scans

INT Program INT-16-3 Exploring the QCD Phase Diagram through Energy Scans

INT Program INT-16-3 Exploring the QCD Phase Diagram through Energy Scans September 19 - October 14, 2016. http://www.int.washington.edu/talks/WorkShops/int_16_3/. Sanjay Reddy: “Astrophysical constraints on high density EoS”. See also the previous program on “The Phases of Dense Matter”

By phallon
(189 views)

Introduction Into Cubic Phase Lipids

Introduction Into Cubic Phase Lipids

Introduction Into Cubic Phase Lipids. Matt Chandler. Polymorphism . In general, it describes multiple possible states for a single property. Also known as mesomorphism. Ex. Carbon can exist as diamond or graphite. . Polymorphism in Lipids.

By amma
(424 views)

Chapter 16: Temperature and Heat

Chapter 16: Temperature and Heat

Chapter 16: Temperature and Heat. Temperature. is a measure of how hot or cold an object is is measured by a thermometer. Temperature and thermal equilibrium. Thermal equilibrium. Objects placed in contact will eventually reach the same temperature.

By miracle
(286 views)

Digital Modulation Basics

Digital Modulation Basics

Digital Modulation Basics. Introduction to digital modulation Relevant modulation schemes Geometric representations Coherent & Non-Coherent Detection Modulation spectra. Outline . Modulation & Demodulation. Carrier. Radio Channel. Carrier. Baseband Modulation.

By avon
(430 views)

Viscosity at RHIC

Viscosity at RHIC

Viscosity at RHIC. Scott Pratt & Kerstin Paech Michigan State University. OUTLINE. What is viscosity? Sources of viscosity Bulk viscosity near T c. Definition of Viscosity. After boosting and rotating,. P, B and  are functions of . Definition of Viscosity.

By lakeisha
(133 views)

Electrical principles, magnet components and schematics, risks to and from magnets, protection

Electrical principles, magnet components and schematics, risks to and from magnets, protection

Electrical principles, magnet components and schematics, risks to and from magnets, protection . MOPS Training Session 1 21.8.2008 KHM The nice ideas and pictures are stolen from M. Wilson , A. Siemko., R. Denz and P. Schmueser. The mistakes and the rest of it are mine.

By bronwyn
(170 views)

Constraining the Hadron-Quark Phase Transition Chemical Potential via Astronomical Observations

Constraining the Hadron-Quark Phase Transition Chemical Potential via Astronomical Observations

Constraining the Hadron-Quark Phase Transition Chemical Potential via Astronomical Observations. Zhan Bai(摆展) Peking University. January 7 th , 2018 Xiamen – CUSTIPEN Workshop. OUTLINE. Introduction and Motivation Constructing Hadron-Quark Phase Transition

By chip
(248 views)

Bose-Einstein Condensation

Bose-Einstein Condensation

Bose-Einstein Condensation. PHYS 4315 R. S. Rubins, Fall 2009. About BEC. In 1924, Einstein applied Satyendra Bose’s explanation of blackbody radiation to matter, predicting the phenomenon known as Bose-Einstein condensation (BEC).

By kamal
(502 views)

Absolute Zero

Absolute Zero

Absolute Zero. & Heat Transfer. Kinetic Energy. Manifestations. Cold Spots. Absolute Zero is precisely the equivalent of 0 degrees .

By lot
(187 views)

The Inflationary Universe

The Inflationary Universe

The Inflationary Universe. By Tom Elmer PHYS 514 2004.05.07. Big Bang Cosmology. Robertson-Walker Metric. d t 2 = dt 2 – R 2 (t) [dr 2 /(1-kr 2 ) + r 2 (d q 2 + sin 2 q d f 2 )].

By rasul
(106 views)

Chapter 20 Heat, specific heat Internal energy First law of thermodynamics

Chapter 20 Heat, specific heat Internal energy First law of thermodynamics

Part 3 Thermodynamics Chapter 20: Heat and the First Law of Thermodynamics. Reading assignment: Chapter 20.6-20.7 Homework : (due Friday, Dec 2, 2005): Problems: Chapter 19: 1, 14 , 17, 28 , 30 Chapter 20: 3, 5, 13, 20, 28 . Chapter 20 Heat, specific heat Internal energy

By valentino
(343 views)

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