r s c t r

rs C t - PowerPoint PPT Presentation

Mar 03, 2023 •143 likes •385 views

rs C t r t t str r

  1. ❆ ♣♦❧②♥♦♠✐❛❧ ❡♥❞♦♠♦r♣❤✐s♠ ♦❢ C ✷ ✇✐t❤ ❛ ✇❛♥❞❡r✐♥❣ ❋❛t♦✉ ❝♦♠♣♦♥❡♥t ▼✳ ❆st♦r❣ ✶ ❳✳ ❇✉✛ ✶ ❘✳ ❉✉❥❛r❞✐♥ ✷ ❍✳ P❡t❡rs ✸ ❏✳ ❘❛✐ss② ✶ ✶ ❯♥✐✈❡rs✐té ❞❡ ❚♦✉❧♦✉s❡ ✷ ❯♥✐✈❡rs✐té P❛r✐s ❊st ❞❡ ▼❛r♥❡✲❧❛✲❱❛❧❧é❡ ✸ ❯♥✐✈❡rs✐té ❞✬❆♠st❡r❞❛♠ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✶ ✴ ✷✸

  2. P❧❛♥ ■♥tr♦❞✉❝t✐♦♥ ✶ ❙tr❛t❡❣② ♦❢ t❤❡ ❝♦♥str✉❝t✐♦♥ ✷ P❛r❛❜♦❧✐❝ ✐♠♣❧♦s✐♦♥ ✸ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✷ ✴ ✷✸

  3. ❏✉❧✐❛ ❛♥❞ ❋❛t♦✉ s❡ts ●❡♥❡r❛❧ s❡tt✐♥❣ ▲❡t ▼ ❜❡ ❛ ❝♦♠♣❧❡① ♠❛♥✐❢♦❧❞✱ ❛♥❞ ❢ : ▼ → ▼ ❛ ❤♦❧♦♠♦r♣❤✐❝ ♠❛♣✳ ❉❡✜♥✐t✐♦♥ ❚❤❡ ❋❛t♦✉ s❡t ✐s t❤❡ ❧❛r❣❡st ♦♣❡♥ s❡t ♦♥ ✇❤✐❝❤ t❤❡ ✐t❡r❛t❡s { ❢ ♥ , ♥ ∈ N } ❢♦r♠ ❛ ♥♦r♠❛❧ ❢❛♠✐❧②✳ ❚❤❡ ❏✉❧✐❛ s❡t ✐s t❤❡ ❝♦♠♣❧❡♠❡♥t ♦❢ t❤❡ ❋❛t♦✉ s❡t✳ ❆ ❝♦♥♥❡❝t❡❞ ❝♦♠♣♦♥❡♥t ♦❢ t❤❡ ❋❛t♦✉ s❡t ✐s ❝❛❧❧❡❞ ❛ ❋❛t♦✉ ❝♦♠♣♦♥❡♥t✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✸ ✴ ✷✸

  4. ❊①❛♠♣❧❡ ✿ ❏✉❧✐❛ ❛♥❞ ❋❛t♦✉ s❡ts ♦❢ ③ �→ ③ ✷ − ✶ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✹ ✴ ✷✸

  5. ◆♦ ❲❛♥❞❡r✐♥❣ ❉♦♠❛✐♥ ❚❤❡♦r❡♠ ♦❢ ❙✉❧❧✐✈❛♥ ❚❤❡♦r❡♠ ✭❙✉❧❧✐✈❛♥✱ ✶✾✽✺✮ ▲❡t ❢ : P ✶ → P ✶ ❜❡ ❛ r❛t✐♦♥❛❧ ♠❛♣ ♦❢ ❞❡❣r❡❡ ❞ ≥ ✷✳ ❊✈❡r② ❋❛t♦✉ ❝♦♠♣♦♥❡♥t ♦❢ ❢ ✐s ♣r❡♣❡r✐♦❞✐❝✳ ❈♦♥s❡q✉❡♥❝❡ ✿ ❚♦❣❡t❤❡r ✇✐t❤ t❤❡ ❝❧❛ss✐✜❝❛t✐♦♥ t❤❡♦r❡♠✱ ✇❡ ❣❡t ❛ ❝♦♠♣❧❡t❡ ❞❡s❝r✐♣t✐♦♥ ♦❢ t❤❡ ❞②♥❛♠✐❝s ✐♥ t❤❡ ❋❛t♦✉ s❡t✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✺ ✴ ✷✸

  6. ▼♦r❡ ❣❡♥❡r❛❧❧② ✿ ■❢ ❢ : ▼ → ▼ ✐s ❤♦❧♦♠♦r♣❤✐❝✱ ❛♥❞ ▼ ✐s ❛ ❝♦♠♣❧❡① ♠❛♥✐❢♦❧❞✱ ♠✉st ❡✈❡r② ❋❛t♦✉ ❝♦♠♣♦♥❡♥t ❜❡ ♣r❡♣❡r✐♦❞✐❝ ❄ ❆♥s✇❡r ✿ ▼ = C ❛♥❞ ❢ ❛ tr❛♥s❝❡♥❞❡♥t❛❧ ♠❛♣ ✿ ♥♦ ✭❇❛❦❡r✱ ✶✾✼✻✮ ▼ = P ✶ ( C ) ✿ ②❡s ✭❙✉❧❧✐✈❛♥✱ ✶✾✽✺✮ ▼ = C ❛♥❞ ❢ tr❛♥s❝❡♥❞❡♥t❛❧ ✇✐t❤ ♦♥❧② ✜♥✐t❡❧② ♠❛♥② s✐♥❣✉❧❛r ✈❛❧✉❡s ✿ ②❡s ✭❊r❡♠❡♥❦♦✲▲②✉❜✐❝❤ ✶✾✾✷✱ ●♦❧❞❜❡r❣✲❑❡❡♥ ✶✾✽✻✮ ▼ = C ✷ ✱ ❢ ❜✐❤♦❧♦♠♦r♣❤✐❝ ❛♥❞ tr❛♥s❝❡♥❞❡♥t❛❧ ✿ ♥♦ ✭❋♦r♥❛❡ss✲❙✐❜♦♥②✱ ✶✾✾✽✮ ▼ = C ❛♥❞ ❢ tr❛♥s❝❡♥❞❛♥t❛❧ ✇✐t❤ ❜♦✉♥❞❡❞ s❡t ♦❢ s✐♥❣✉❧❛r ✈❛❧✉❡s ✿ ♥♦ ✭❇✐s❤♦♣✱ ✷✵✶✷✮ ▼ = P ✷ ( C ) ✱ ❢ ♣♦❧②♥♦♠✐❛❧ ✿ ♥♦ ✭❆✲❇✉✛✲❉✉❥❛r❞✐♥✲P❡t❡rs✲❘❛✐ss②✱ ✷✵✶✹✮✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✻ ✴ ✷✸

  7. ❆ tr❛♥s❝❡♥❞❛♥t❛❧ ❡①❛♠♣❧❡ ✿ ③ �→ ③ − s✐♥ ( ③ ) + ✷ π ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✼ ✴ ✷✸

  8. ▼❛✐♥ t❤❡♦r❡♠ ❚❤❡♦r❡♠ ✭❆✳✲❇✉✛✲❉✉❥❛r❞✐♥✲P❡t❡rs✲❘❛✐ss②✮ ❚❤❡r❡ ❡①✐sts ❛ ♣♦❧②♥♦♠✐❛❧ ♠❛♣ P : C ✷ → C ✷ ✇✐t❤ ❛ ✇❛♥❞❡r✐♥❣ ❋❛t♦✉ ❝♦♠♣♦♥❡♥t✳ ▼♦r❡ ♣r❡❝✐s❡❧② ✿ ❚❤❡r❡ ❡①✐sts ♣♦❧②♥♦♠✐❛❧s ❢ ♦❢ t❤❡ ❢♦r♠ ❢ ( ③ ) = ③ + ③ ✷ + ❖ ( ③ ✸ ) s✉❝❤ t❤❛t ❢♦r ❛♥② ♣♦❧②♥♦♠✐❛❧ ❣ ♦❢ t❤❡ ❢♦r♠ ❣ ( ✇ ) = ✇ − ✇ ✷ + ❖ ( ✇ ✸ ) ✱ t❤❡ s❦❡✇✲♣r♦❞✉❝t � � ❢ ( ③ ) + π ✷ P ( ③ , ✇ ) = ✹ ✇ , ❣ ( ✇ ) ❤❛s ❛ ✇❛♥❞❡r✐♥❣ ❞♦♠❛✐♥✱ t❤❛t ❛❝❝✉♠✉❧❛t❡s t❤❡ ❝♦♠♣❧❡① ❧✐♥❡ { ✇ = ✵ } ✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✽ ✴ ✷✸

  9. ❙❦❡t❝❤ ♦❢ t❤❡ ❞②♥❛♠✐❝s ♦❢ P ( ③ , ✇ ) = ( ❢ ( ③ ) + π ✷ ✹ ✇ , ❣ ( ✇ )) ③ ❢ ✇ ✵ · · · ( ✵ , ✵ ) ✇ ❢ ✇ = ❣ ( ✇ ✵ ) ✇ = ✇ ✵ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✾ ✴ ✷✸

  10. Pr♦❥❡❝t✐♦♥ ♦❢ ❛ ✇❛♥❞❡r✐♥❣ ♦r❜✐t ♦♥ { ✇ = ✵ } ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✶✵ ✴ ✷✸

  11. ❙tr❛t❡❣② ♦❢ t❤❡ ❝♦♥str✉❝t✐♦♥ ✭✐❞❡❛ ✿ ▼✳ ▲②✉❜✐❝❤✮ Pr♦♣❡rt② ✇❛♥t❡❞ ❢♦r P ( ③ , ✇ ) = ( ❢ ( ③ ) + π ✷ ✹ ✇ , ❣ ( ✇ )) ❲❡ ✇❛♥t t♦ ❝❤♦s❡ ❢ s♦ t❤❛t t❤❡r❡ ✐s ❛ s✉❜s❡q✉❡♥❝❡ ♠ ❦ ❛♥❞ ❛♥ ♦♣❡♥ s❡t ❯ s✉❝❤ t❤❛t ❢♦r ❛❧❧ ( ③ , ✇ ) ∈ ❯ ✱ P ♠ ❦ ( ③ , ✇ ) → (ˆ ③ , ✵ ) ❛♥❞ (ˆ ③ , ✵ ) ✐s ♥♦t ♣r❡♣❡r✐♦❞✐❝ ❢♦r P ✳ Pr♦♣♦s✐t✐♦♥ ■❢ P s❛t✐s✜❡s t❤❛t ♣r♦♣❡rt②✱ t❤❡♥ P ❤❛s ❛ ✇❛♥❞❡r✐♥❣ ❞♦♠❛✐♥✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✶✶ ✴ ✷✸

  12. ❙❦❡t❝❤ ③ ( ✵ , ✵ ) ✇ ❢ (ˆ ③ , ✵ ) P ♠ ✶ ❯ P ♠ ✷ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✶✷ ✴ ✷✸

  13. ❙❦❡t❝❤ ♦❢ t❤❡ ♣r♦♦❢ ▲❡t ❯ ❜❡ ❛ ❝♦♥♥❡❝t❡❞ ♦♣❡♥ s❡t s✉❝❤ t❤❛t ∀ ( ③ , ✇ ) ∈ ❯ ✱ P ♠ ❦ ( ③ , ✇ ) → (ˆ ③ , ✵ ) ( ∗ ) ❯ ✐s ❛ s✉❜s❡t ♦❢ ❛ ❋❛t♦✉ ❝♦♠♣♦♥❡♥t Ω ✵ ❲❡ ❤❛✈❡ ( ∗ ) ♦♥ ❛❧❧ ♦❢ Ω ✵ ❜② ❛♥❛❧②t✐❝ ❝♦♥t✐♥✉❛t✐♦♥ ■❢ Ω ✐ = P ✐ (Ω ✵ ) ✱ t❤❡♥ ❢♦r ❛❧❧ ( ③ , ✇ ) ∈ Ω ✐ ✱ P ♠ ❦ ( ③ , ✇ ) ❝♦♥✈❡r❣❡s t♦ ( ❢ ✐ (ˆ ③ ) , ✵ ) ■❢ ✐ � = ❥ ✱ ✇❡ ❤❛✈❡ ❢ ✐ (ˆ ③ ) � = ❢ ❥ (ˆ ③ ) ❚❤❡r❡❢♦r❡ ✐❢ ✐ � = ❥ ✱ Ω ✐ � = Ω ❥ ❛♥❞ s♦ (Ω ♥ ) ♥ ∈ N ✐s ✇❛♥❞❡r✐♥❣✳ ▼❛tt❤✐❡✉ ❆st♦r❣ ✭■▼❚✮ ❲❛♥❞❡r✐♥❣ ❞♦♠❛✐♥ ✐♥ ❤✐❣❤❡r ❞✐♠❡♥s✐♦♥ ▼❛r❝❤ ✶✶✱ ✷✵✶✺ ✶✸ ✴ ✷✸

Recommend

Towards a Kinetic Code for Astrophysical Simulations Irina Sagert Center for the Exploration of

Towards a Kinetic Code for Astrophysical Simulations Irina Sagert Center for the Exploration of

Towards a Kinetic Code for Astrophysical Simulations Irina Sagert Center for the Exploration of Energy and Matter Indiana University Bloomington, IN Wolfgang Bauer (Department of Physics and Astronomy, MSU) Dirk Colbry (Institute of

469 views • 33 slides
Scope of Environmental Geomechanics Scope of Environmental Geomechanics Assessment of pollutants

Scope of Environmental Geomechanics Scope of Environmental Geomechanics Assessment of pollutants

IIT Bombay Slide 16 Scope of Environmental Geomechanics Scope of Environmental Geomechanics Assessment of pollutants being discharged on/in the soil deposits (Disposal/Handling/storage) (Disposal/Handling/storage) Process by which the

122 views • 10 slides
David Hofmanns Pioneering Observations of Stratospheric Volcanic Aerosols Alan Robock

David Hofmanns Pioneering Observations of Stratospheric Volcanic Aerosols Alan Robock

David Hofmanns Pioneering Observations of Stratospheric Volcanic Aerosols Alan Robock Department of Environmental Sciences Rutgers University, New Brunswick, New Jersey USA robock@envsci.rutgers.edu http://envsci.rutgers.edu/~robock Dave

830 views • 35 slides
Pallas physical properties revisited B . Carry 1 , 2 M . Kaasalainen 3 C . Dumas 1 J . Berthier 4 R

Pallas physical properties revisited B . Carry 1 , 2 M . Kaasalainen 3 C . Dumas 1 J . Berthier 4 R

Introduction Observations Size & Shape Impact crater Surface mapping Summary Pallas physical properties revisited B . Carry 1 , 2 M . Kaasalainen 3 C . Dumas 1 J . Berthier 4 R . Gil-Hutton 5 W . Merline 6 1 European Southern Observatory A

289 views • 24 slides
High Performance Computing for Nanoplasmonic Laser Fusion Istv an Papp, Larissa Bravina, M

High Performance Computing for Nanoplasmonic Laser Fusion Istv an Papp, Larissa Bravina, M

Introduction Considerations for the target Simulations and Software Conclusions and the future High Performance Computing for Nanoplasmonic Laser Fusion Istv an Papp, Larissa Bravina, M aria Csete, Igor N. Mishustin, D enes Moln

417 views • 26 slides
Guerrilla Marketing Michael Tasner AGENDA Audit where you are at 6 Sentence Marketing

Guerrilla Marketing Michael Tasner AGENDA Audit where you are at 6 Sentence Marketing

Guerrilla Marketing Michael Tasner AGENDA Audit where you are at 6 Sentence Marketing Plan 13 Month Calendar GUERRILLA MARKETING = STEP 1: GETTING REAL 360 Review SWOT Analysis of everything (online and off) STEP 1:

701 views • 38 slides
Reliable Multicast topics critical applications may require some guarantees about the

Reliable Multicast topics critical applications may require some guarantees about the

Reliable Multicast topics critical applications may require some guarantees about the delivery of messages to the group members financial transactions, monitoring and management of

124 views • 8 slides
CENG4480 Lecture 05: Sensors Bei Yu byu@cse.cuhk.edu.hk (Latest update: September 3, 2018)

CENG4480 Lecture 05: Sensors Bei Yu byu@cse.cuhk.edu.hk (Latest update: September 3, 2018)

CENG4480 Lecture 05: Sensors Bei Yu byu@cse.cuhk.edu.hk (Latest update: September 3, 2018) Fall 2018 1 / 48 Overview 1. Motion Sensors 1-1. Accelerometer 1-2. Gyroscope 1-3. Compass 1-4. Tilt Sensor 2. Force Sensors 2-1. Force Sensing

721 views • 51 slides
Giant Radio Array for Neutrino Detection Xmax Study Claire Gupin, Anne Zilles UHECR air

Giant Radio Array for Neutrino Detection Xmax Study Claire Gupin, Anne Zilles UHECR air

Giant Radio Array for Neutrino Detection Xmax Study Claire Gupin, Anne Zilles UHECR air showers - Xmax reconstruction From ZHAireS simulations to Xmax reconstruction Inclined UHECR air showers , proton or iron progenitor. Study impact of

436 views • 15 slides
The Trouble with Triples: Difficulties with the triple scenario and how they might be overcome

The Trouble with Triples: Difficulties with the triple scenario and how they might be overcome

The Trouble with Triples: Difficulties with the triple scenario and how they might be overcome Joseph OBrien Antognini August 5, 2015 The trouble with triples... ? Kozai Thompson (2011) Katz & Dong (2012) Kushnir et al. (2013) The

279 views • 17 slides
New Developments for Robert Assisting Novice Users Even Better in DIY Projects Gregor Behnke ,

New Developments for Robert Assisting Novice Users Even Better in DIY Projects Gregor Behnke ,

New Developments for Robert Assisting Novice Users Even Better in DIY Projects Gregor Behnke , Pascal Bercher, Matthias Kraus, Marvin Schiller, Kristof Mickeleit, Timo H age, Michael Dorna, Michael Dambier, Dietrich Manstetten, Wolfgang

1.01k views • 54 slides
and Gravitational Resonant Phase Transitions Bence Kocsis GALNUC ERC Starting Grant

and Gravitational Resonant Phase Transitions Bence Kocsis GALNUC ERC Starting Grant

Liquid Crystals of Stars and Gravitational Resonant Phase Transitions Bence Kocsis GALNUC ERC Starting Grant Eotvos University, Budapest collaborators: Gergely Mathe, Akos Szolgyen, Adam Takacs, Zacharias Roupas, Scott Tremaine,

509 views • 39 slides
and higher states: H : 3 2 , 6563 A Photon wavelengths H : 4 2 , 4861 A are

and higher states: H : 3 2 , 6563 A Photon wavelengths H : 4 2 , 4861 A are

Last Time: - Reviewed solid angle. - Reviewed atomic structure and the hydrogen atom. The Lyman and Balmer series have special names for some transitions. consists of all transitions Ly : 2 1 , 1216 A; Photon wavelengths Ly : 3

408 views • 23 slides
THE REALITY OF HELL How We Sometimes See Hell As Something Not Real The Unbelieving and

THE REALITY OF HELL How We Sometimes See Hell As Something Not Real The Unbelieving and

THE REALITY OF HELL How We Sometimes See Hell As Something Not Real The Unbelieving and the Doubting sins are just natural human traits punishing unbelievers is unbelievable cruelty eternal punishment cannot be

217 views • 20 slides
The Cosmic Ray energy spectrum measured by the Pierre Auger Observatory PoS (ICRC2017) 486

The Cosmic Ray energy spectrum measured by the Pierre Auger Observatory PoS (ICRC2017) 486

The Cosmic Ray energy spectrum measured by the Pierre Auger Observatory PoS (ICRC2017) 486 Francesco Fenu for the Auger Collaboration Universit degli studi di Torino and INFN Torino Photo: Steven Saffi, University of Adelaide Observatorio

275 views • 24 slides
High Energy Cosmic Rays at the Pierre Auger Observatory after 10 years : results and future

High Energy Cosmic Rays at the Pierre Auger Observatory after 10 years : results and future

High Energy Cosmic Rays at the Pierre Auger Observatory after 10 years : results and future Isabelle Lhenry-Yvon on behalf of the Pierre Auger Collaboration IPN Orsay, Universit Paris XI, CNRS/IN2P3 1 Isabelle Lhenry-Yvon, TeVPA 2015,

713 views • 47 slides
Cosmology in Supergravity Sergio FERRARA (CERN LNF INFN) 25-28 January, 2016 1 Abdus

Cosmology in Supergravity Sergio FERRARA (CERN LNF INFN) 25-28 January, 2016 1 Abdus

Cosmology in Supergravity Sergio FERRARA (CERN LNF INFN) 25-28 January, 2016 1 Abdus Salam was a true master of 20th Century Theoretical Physics. Not only was he a pioneer of the Standard Model (for which he shared the Nobel Prize with

653 views • 49 slides
STT News & Status Peter Wintz (FZ Jlich) for the STT group Mitglied der

STT News & Status Peter Wintz (FZ Jlich) for the STT group Mitglied der

STT News & Status Peter Wintz (FZ Jlich) for the STT group Mitglied der Helmholtz-Gemeinschaf t LII. PANDA CM Giessen, TRK session, Mar-18 th , 2015 STT Status News Project Plan Construction Status Plans 2015

211 views • 18 slides
Description Logics Description Logics and Logics Enrico Franconi franconi@cs.man.ac.uk

Description Logics Description Logics and Logics Enrico Franconi franconi@cs.man.ac.uk

Description Logics Description Logics and Logics Enrico Franconi franconi@cs.man.ac.uk http://www.cs.man.ac.uk/franconi Department of Computer Science, University of Manchester (1/9) Tense Logic: (point ontology) Tense logic is a

380 views • 9 slides
Set-theoretical aspects of proof theory via Turing progressions Joost J. Joosten Universitat de

Set-theoretical aspects of proof theory via Turing progressions Joost J. Joosten Universitat de

A personal note Proof Theory Turing progressions and ordinal analysis Set-theoretical aspects of proof theory via Turing progressions Joost J. Joosten Universitat de Barcelona Saturday 17-11-2018 Reflections on Set-Theoretic Reflection,

1.12k views • 96 slides
Proposing LLVM Extensions for Generating Native Code Fragments Frej Drejhammar and Lars Rasmusson

Proposing LLVM Extensions for Generating Native Code Fragments Frej Drejhammar and Lars Rasmusson

Proposing LLVM Extensions for Generating Native Code Fragments Frej Drejhammar and Lars Rasmusson Swedish Institute of Computer Science { frej,lars.rasmusson } @sics.se 150413 Who am I? Senior researcher at the Swedish Institute of Computer

610 views • 18 slides
Quiz: Types A. What is the static type of: int f(int x, float y) { return x y; } B. What are

Quiz: Types A. What is the static type of: int f(int x, float y) { return x y; } B. What are

Quiz: Types A. What is the static type of: int f(int x, float y) { return x y; } B. What are the values of the static type? C. What are the operations of this type? Oberon Types Rules (Phase I Checks) Numeric types The INTEGER and REAL types

468 views • 12 slides
Around Onsagers conjecture for general conservation laws Agnieszka Swierczewska-Gwiazda

Around Onsagers conjecture for general conservation laws Agnieszka Swierczewska-Gwiazda

Around Onsagers conjecture for general conservation laws Agnieszka Swierczewska-Gwiazda joint works with Claude Bardos, Tomasz D ebiec, Eduard Feireisl, Piotr Gwiazda, Martin Mich alek, Edriss Titi, Thanos Tzavaras and Emil

425 views • 38 slides
Gianluigi Rozza Collaboration Network MOX (A. Quarteroni, F. Ballarin, P . Pacciarini) EPFL (T.

Gianluigi Rozza Collaboration Network MOX (A. Quarteroni, F. Ballarin, P . Pacciarini) EPFL (T.

g TU Munich, 16-20 September 2013, RB Summer School An introduction to geometrical parametrizations for the applications of reduced order modelling: learning by examples FUNDAMENTALS [RHP , 2008, ARCME, Vol.15, 229-275] Gianluigi Rozza

1.27k views • 72 slides

More recommend