Locations

Lectures usually take place in the SUPA video-conferencing rooms. Not all lectures take place in all rooms.

Call and lecture times

In general, the VC calls come in at five past the hour and drop exactly on the hour. It takes a few minutes to set up the lecture once the call has come in. Lectures therefore usually start at about 10 past the hour.

Tutorials

Please note that tutorials will take place either in Glasgow or Edinburgh and are generally not available via video-conference. Please check this page and your course areas regularly for updates on the locations of these tutorials.

Please hold your cursor (mouse) over each of the entries in the timetable to obtain more information about the exact times of the lectures. Alternatively consult the weekly timetable.

Yearly Timetable Semester 1 2020/21

(see also Semester 2)

Please read the information in the side box before using this timetable.

Due to local undergraduate timetables, lectures may not start or end exactly on the hour. The courses that are also offered to undergraduates are marked with an asterisk (*). Note that the undergraduate lectures are scheduled according to LOCAL time slots. Please hold your cursor (mouse) over each of the entries in the timetable to obtain more information about the lectures. Details of the locations involved with each lecture will be added once they have been finalised. Note that these times refer to the timeslot booked for the whole video conference. The lecture may be scheduled begin some minutes after the conference call comes in.

Please arrive in plenty of time for video-conferenced lectures.

An empty slot in the grid may not indicate that the rooms are free. Local lectures, meetings and late bookings are not shown in this table.

Entries marked in grey are labs tutorials. These will typically not take place in the SUPA VC rooms, details of their location will be made available in due course.

Other Room booking

This timetable, gives a broad indication of availability, based on the planned timetable and enrolment, but may not show meetings or seminars.

During semester 1, for first four weeks, SUPA Graduate School lectures will be available in all rooms. Thereafter lectures will be made available only in rooms where there are students or staff enrolled into the course, use the 'location' dropdown menu below to show local bookings.

The rooms are also available to book for other departmental use: video conferences, seminars or other meetings. Please see SUPA room bookings.

See also your personalised timetable. [login required]

Last update to events listed below:09/10/2020

 

 

Day
 Monday Tuesday Wednesday Thursday Friday
Time
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
09:00
10:00
11:00
12:00
13:00
14:00
15:00
16:00
17:00
07/09/20
                  
08/09/20
                  
09/09/20
     BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 9 September 2020
VC lecture: 11:05 - 12:00 		           
10/09/20
     TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 10 September 2020
VC lecture: 11:05 - 12:00 		      QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 10 September 2020
VC lecture: 15:05 - 16:00 		   
11/09/20
       NANSUPANAN
Nanophotonics
Fri, 11 September 2020
VC lecture: 12:05 - 13:00 		    QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 11 September 2020
VC lecture: 15:05 - 16:00 		   
14/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 14 September 2020
VC lecture: 09:05 - 10:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 14 September 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 14 September 2020
VC lecture: 11:05 - 12:00 		           
15/09/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 15 September 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 15 September 2020
VC lecture: 11:05 - 12:00 		      QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 15 September 2020
VC lecture: 15:05 - 16:00 		   
16/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 16 September 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 16 September 2020
VC lecture: 11:05 - 12:00 		  PRISUPAPRI
Maths Primer
Wed, 16 September 2020
VC lecture: 13:05 - 14:00 		       
17/09/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 17 September 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 17 September 2020
VC lecture: 11:05 - 12:00 		  PRISUPAPRI
Maths Primer
Thu, 17 September 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 17 September 2020
VC lecture: 14:05 - 15:00 		     
18/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 18 September 2020
VC lecture: 09:05 - 10:00 		      PRISUPAPRI
Maths Primer
Fri, 18 September 2020
VC lecture: 13:05 - 14:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 18 September 2020
VC lecture: 15:05 - 16:00 		  BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 18 September 2020
VC lecture: 17:05 - 18:00
21/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 21 September 2020
VC lecture: 09:05 - 10:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 21 September 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 21 September 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 21 September 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 21 September 2020
VC lecture: 11:05 - 13:00 		    ASP*SUPAASP
Advanced Statistical Physics
Mon, 21 September 2020
VC lecture: 15:05 - 16:00 		   
22/09/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 22 September 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 22 September 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 22 September 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 22 September 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 22 September 2020
VC lecture: 12:05 - 13:00 		    QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 22 September 2020
VC lecture: 15:05 - 16:00 		   
23/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 23 September 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 23 September 2020
VC lecture: 11:05 - 12:00 		  PRISUPAPRI
Maths Primer
Wed, 23 September 2020
VC lecture: 13:05 - 14:00 		    QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 23 September 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 23 September 2020
VC lecture: 16:05 - 18:00
24/09/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 24 September 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 24 September 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 24 September 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 24 September 2020
VC lecture: 11:05 - 13:00 		PRISUPAPRI
Maths Primer
Thu, 24 September 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 24 September 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 24 September 2020
VC lecture: 15:05 - 16:00 		   
25/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 25 September 2020
VC lecture: 09:05 - 10:00 		  GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 25 September 2020
VC lecture: 11:05 - 12:00 		NANSUPANAN
Nanophotonics
Fri, 25 September 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 25 September 2020
VC lecture: 12:05 - 13:00 		PRISUPAPRI
Maths Primer
Fri, 25 September 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 25 September 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 25 September 2020
VC lecture: 15:05 - 16:00 		  BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 25 September 2020
VC lecture: 17:05 - 18:00
28/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 28 September 2020
VC lecture: 09:05 - 10:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 28 September 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 28 September 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 28 September 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 28 September 2020
VC lecture: 11:05 - 13:00 		    ASP*SUPAASP
Advanced Statistical Physics
Mon, 28 September 2020
VC lecture: 15:05 - 16:00 		   
29/09/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 29 September 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 29 September 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 29 September 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 29 September 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 29 September 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 29 September 2020
VC lecture: 13:05 - 14:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 29 September 2020
VC lecture: 15:05 - 16:00 		   
30/09/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 30 September 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 30 September 2020
VC lecture: 11:05 - 12:00 		        QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 30 September 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 30 September 2020
VC lecture: 16:05 - 18:00
01/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 1 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 1 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 1 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 1 October 2020
VC lecture: 11:05 - 13:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 1 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 1 October 2020
VC lecture: 15:05 - 16:00 		   
02/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 2 October 2020
VC lecture: 09:05 - 10:00 		  GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 2 October 2020
VC lecture: 11:05 - 12:00 		NANSUPANAN
Nanophotonics
Fri, 2 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 2 October 2020
VC lecture: 12:05 - 13:00 		  CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 2 October 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 2 October 2020
VC lecture: 15:05 - 16:00 		  BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 2 October 2020
VC lecture: 17:05 - 18:00
05/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 5 October 2020
VC lecture: 09:05 - 10:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 5 October 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 5 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 5 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 5 October 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 5 October 2020
VC lecture: 13:05 - 14:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 5 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 5 October 2020
VC lecture: 15:05 - 16:00 		   
06/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 6 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 6 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 6 October 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 6 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 6 October 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 6 October 2020
VC lecture: 13:05 - 14:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 6 October 2020
VC lecture: 15:05 - 16:00 		   
07/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 7 October 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 7 October 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 7 October 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 7 October 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 7 October 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 7 October 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 7 October 2020
VC lecture: 16:05 - 18:00
08/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 8 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 8 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 8 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 8 October 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 8 October 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 8 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 8 October 2020
VC lecture: 15:05 - 16:00 		IBP*SUPAIBP
Introducing Biology to Physicists
Thu, 8 October 2020
VC lecture: 16:05 - 17:00 		 
09/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 9 October 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 9 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 9 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 9 October 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 9 October 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 9 October 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 9 October 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 9 October 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 9 October 2020
VC lecture: 17:05 - 18:00
12/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 12 October 2020
VC lecture: 09:05 - 10:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 12 October 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 12 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 12 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 12 October 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 12 October 2020
VC lecture: 13:05 - 14:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 12 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 12 October 2020
VC lecture: 15:05 - 16:00 		   
13/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 13 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 13 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 13 October 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 13 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 13 October 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 13 October 2020
VC lecture: 13:05 - 14:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 13 October 2020
VC lecture: 15:05 - 16:00 		   
14/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 14 October 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 14 October 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 14 October 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 14 October 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 14 October 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 14 October 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 14 October 2020
VC lecture: 16:05 - 18:00
15/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 15 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 15 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 15 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 15 October 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 15 October 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 15 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 15 October 2020
VC lecture: 15:05 - 16:00 		   
16/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 16 October 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 16 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 16 October 2020
VC lecture: 11:05 - 12:00 		NANSUPANAN
Nanophotonics
Fri, 16 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 16 October 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 16 October 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 16 October 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 16 October 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 16 October 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 16 October 2020
VC lecture: 17:05 - 18:00
19/10/20
   FPPSUPAFPP
FPGA Programming for Physicists
Mon, 19 October 2020
VC lecture: 10:05 - 11:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 19 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 19 October 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 19 October 2020
VC lecture: 13:05 - 14:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 19 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 19 October 2020
VC lecture: 15:05 - 16:00 		   
20/10/20
     GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 20 October 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 20 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 20 October 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 20 October 2020
VC lecture: 13:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 20 October 2020
VC lecture: 14:05 - 15:00 		     
21/10/20
     BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 21 October 2020
VC lecture: 11:05 - 12:00 		      DETSUPADET
Detectors
Wed, 21 October 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 21 October 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 21 October 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 21 October 2020
VC lecture: 16:05 - 18:00
22/10/20
     QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 22 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 22 October 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 22 October 2020
VC lecture: 13:05 - 14:00 		  ASP*SUPAASP
Advanced Statistical Physics
Thu, 22 October 2020
VC lecture: 15:05 - 16:00 		IBP*SUPAIBP
Introducing Biology to Physicists
Thu, 22 October 2020
VC lecture: 16:05 - 17:00 		 
23/10/20
     EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 23 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 23 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 23 October 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 23 October 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 23 October 2020
VC lecture: 14:05 - 15:00 		  PPHSUPAPPH
Plasma Physics
Fri, 23 October 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 23 October 2020
VC lecture: 17:05 - 18:00
26/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 26 October 2020
VC lecture: 09:05 - 10:00 		FPPSUPAFPP
FPGA Programming for Physicists
Mon, 26 October 2020
VC lecture: 10:05 - 11:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 26 October 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 26 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 26 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 26 October 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 26 October 2020
VC lecture: 13:05 - 14:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 26 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 26 October 2020
VC lecture: 15:05 - 16:00 		   
27/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 27 October 2020
VC lecture: 09:05 - 10:00 		IDASUPAIDA
Introductory Data Analysis
Tue, 27 October 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 27 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 27 October 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 27 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 27 October 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 27 October 2020
VC lecture: 13:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 27 October 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 27 October 2020
VC lecture: 15:05 - 16:00 		QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 27 October 2020
VC lecture: 16:00 - 16:55 		 
28/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 28 October 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 28 October 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 28 October 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 28 October 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 28 October 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 28 October 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 28 October 2020
VC lecture: 16:05 - 18:00
29/10/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 29 October 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 29 October 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 29 October 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 29 October 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 29 October 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 29 October 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 29 October 2020
VC lecture: 15:05 - 16:00 		   
30/10/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 30 October 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 30 October 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 30 October 2020
VC lecture: 11:05 - 12:00 		NANSUPANAN
Nanophotonics
Fri, 30 October 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 30 October 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 30 October 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 30 October 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 30 October 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 30 October 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 30 October 2020
VC lecture: 17:05 - 18:00
02/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 2 November 2020
VC lecture: 09:05 - 10:00 		FPPSUPAFPP
FPGA Programming for Physicists
Mon, 2 November 2020
VC lecture: 10:05 - 11:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 2 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 2 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 2 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 2 November 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 2 November 2020
VC lecture: 13:05 - 14:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 2 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 2 November 2020
VC lecture: 15:05 - 16:00 		   
03/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 3 November 2020
VC lecture: 09:05 - 10:00 		IDASUPAIDA
Introductory Data Analysis
Tue, 3 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 3 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 3 November 2020
VC lecture: 11:05 - 12:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 3 November 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 3 November 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 3 November 2020
VC lecture: 13:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 3 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 3 November 2020
VC lecture: 15:05 - 16:00 		QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 3 November 2020
VC lecture: 16:00 - 16:55 		 
04/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 4 November 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 4 November 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 4 November 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 4 November 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 4 November 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 4 November 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 4 November 2020
VC lecture: 16:05 - 18:00
05/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 5 November 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 5 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 5 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 5 November 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 5 November 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 5 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 5 November 2020
VC lecture: 15:05 - 16:00 		IBP*SUPAIBP
Introducing Biology to Physicists
Thu, 5 November 2020
VC lecture: 16:05 - 17:00 		 
06/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 6 November 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 6 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 6 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 6 November 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 6 November 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 6 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 6 November 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 6 November 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 6 November 2020
VC lecture: 17:05 - 18:00
09/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 9 November 2020
VC lecture: 09:05 - 10:00 		FPPSUPAFPP
FPGA Programming for Physicists
Mon, 9 November 2020
VC lecture: 10:05 - 11:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 9 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 9 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 9 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 9 November 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 9 November 2020
VC lecture: 13:05 - 14:00 		COOSUPACOO
C++/Object Oriented Programming
Mon, 9 November 2020
Tutorial: 14:05 - 15:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 9 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 9 November 2020
VC lecture: 15:05 - 16:00 		   
10/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 10 November 2020
VC lecture: 09:05 - 10:00 		IDASUPAIDA
Introductory Data Analysis
Tue, 10 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 10 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 10 November 2020
VC lecture: 11:05 - 12:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 10 November 2020
Lab: 12:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 10 November 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 10 November 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 10 November 2020
VC lecture: 13:05 - 14:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 10 November 2020
Lab: 12:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 10 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 10 November 2020
VC lecture: 15:05 - 16:00 		QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 10 November 2020
VC lecture: 16:00 - 16:55 		 
11/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 11 November 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 11 November 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 11 November 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 11 November 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 11 November 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 11 November 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 11 November 2020
VC lecture: 16:05 - 18:00
12/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 12 November 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 12 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 12 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 12 November 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 12 November 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 12 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 12 November 2020
VC lecture: 15:05 - 16:00 		   
13/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 13 November 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 13 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 13 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 13 November 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 13 November 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 13 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 13 November 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 13 November 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 13 November 2020
VC lecture: 17:05 - 18:00
16/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Mon, 16 November 2020
VC lecture: 09:05 - 10:00 		FPPSUPAFPP
FPGA Programming for Physicists
Mon, 16 November 2020
VC lecture: 10:05 - 11:00 		AAA*SUPAAAA
Advanced Data Analysis Astronomy
Mon, 16 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 16 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 16 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 16 November 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 16 November 2020
VC lecture: 13:05 - 14:00 		COOSUPACOO
C++/Object Oriented Programming
Mon, 16 November 2020
Tutorial: 14:05 - 15:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 16 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 16 November 2020
VC lecture: 15:05 - 16:00 		   
17/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Tue, 17 November 2020
VC lecture: 09:05 - 10:00 		IDASUPAIDA
Introductory Data Analysis
Tue, 17 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 17 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 17 November 2020
VC lecture: 11:05 - 12:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 17 November 2020
Lab: 12:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 17 November 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 17 November 2020
VC lecture: 12:05 - 13:00 		ACCSUPAACC
Accelerators
Tue, 17 November 2020
VC lecture: 13:05 - 14:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 17 November 2020
Lab: 12:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 17 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 17 November 2020
VC lecture: 15:05 - 16:00 		QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 17 November 2020
VC lecture: 16:00 - 16:55 		 
18/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Wed, 18 November 2020
VC lecture: 09:05 - 10:00 		  BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 18 November 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 18 November 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 18 November 2020
VC lecture: 15:05 - 17:00 		DETSUPADET
Detectors
Wed, 18 November 2020
VC lecture: 15:05 - 17:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 18 November 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 18 November 2020
VC lecture: 16:05 - 18:00
19/11/20
 AAA*SUPAAAA
Advanced Data Analysis Astronomy
Thu, 19 November 2020
VC lecture: 09:05 - 10:00 		  TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 19 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 19 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 19 November 2020
VC lecture: 11:05 - 13:00 		PPHSUPAPPH
Plasma Physics
Thu, 19 November 2020
VC lecture: 13:05 - 14:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 19 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 19 November 2020
VC lecture: 15:05 - 16:00 		IBP*SUPAIBP
Introducing Biology to Physicists
Thu, 19 November 2020
VC lecture: 16:05 - 17:00 		 
20/11/20
 BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 20 November 2020
VC lecture: 09:05 - 10:00 		  EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 20 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 20 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 20 November 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 20 November 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 20 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 20 November 2020
VC lecture: 15:05 - 16:00 		PPHSUPAPPH
Plasma Physics
Fri, 20 November 2020
VC lecture: 16:05 - 17:00 		BPH*SUPABPH
Biophotonics (SUPABPH)
Fri, 20 November 2020
VC lecture: 17:05 - 18:00
23/11/20
   FPPSUPAFPP
FPGA Programming for Physicists
Mon, 23 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 23 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 23 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 23 November 2020
VC lecture: 11:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Mon, 23 November 2020
VC lecture: 13:05 - 14:00 		COOSUPACOO
C++/Object Oriented Programming
Mon, 23 November 2020
Tutorial: 14:05 - 15:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 23 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 23 November 2020
VC lecture: 15:05 - 16:00 		   
24/11/20
   IDASUPAIDA
Introductory Data Analysis
Tue, 24 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 24 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Tue, 24 November 2020
VC lecture: 11:05 - 12:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 24 November 2020
Lab: 12:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 24 November 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 24 November 2020
VC lecture: 12:05 - 13:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 24 November 2020
Lab: 12:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 24 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Tue, 24 November 2020
VC lecture: 15:05 - 16:00 		QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 24 November 2020
VC lecture: 16:00 - 16:55 		 
25/11/20
     BAL*SUPABAL
Biomedical Applications of Lasers, Beams and Radiation
Wed, 25 November 2020
VC lecture: 11:05 - 12:00 		  CCHSUPACCH
Computational Chemistry
Wed, 25 November 2020
VC lecture: 13:05 - 14:00 		  DETSUPADET
Detectors
Wed, 25 November 2020
VC lecture: 15:05 - 18:00 		DETSUPADET
Detectors
Wed, 25 November 2020
VC lecture: 15:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 25 November 2020
VC lecture: 16:05 - 18:00 		DETSUPADET
Detectors
Wed, 25 November 2020
VC lecture: 15:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 25 November 2020
VC lecture: 16:05 - 18:00
26/11/20
     TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 26 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 26 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 26 November 2020
VC lecture: 11:05 - 13:00 		  QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Thu, 26 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Thu, 26 November 2020
VC lecture: 15:05 - 16:00 		   
27/11/20
     EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 27 November 2020
VC lecture: 11:05 - 12:00 		GPSMSUPAGPSM
Geometry and Physics of Soft Condensed Matter
Fri, 27 November 2020
VC lecture: 11:05 - 12:00 		NANSUPANAN
Nanophotonics
Fri, 27 November 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 27 November 2020
VC lecture: 12:05 - 13:00 		GWDSUPAGWD
Gravitational Wave Detection
Fri, 27 November 2020
VC lecture: 13:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 27 November 2020
VC lecture: 14:05 - 15:00 		QFT*SUPAQFT
MBQT 1 (Quantum Field Theory)
Fri, 27 November 2020
VC lecture: 15:05 - 16:00 		   
30/11/20
   FPPSUPAFPP
FPGA Programming for Physicists
Mon, 30 November 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Mon, 30 November 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 30 November 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Mon, 30 November 2020
VC lecture: 11:05 - 13:00 		  COOSUPACOO
C++/Object Oriented Programming
Mon, 30 November 2020
Tutorial: 14:05 - 15:00 		EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 30 November 2020
VC lecture: 14:05 - 15:00 		ASP*SUPAASP
Advanced Statistical Physics
Mon, 30 November 2020
VC lecture: 15:05 - 16:00 		   
01/12/20
   IDASUPAIDA
Introductory Data Analysis
Tue, 1 December 2020
VC lecture: 10:05 - 11:00 		TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Tue, 1 December 2020
VC lecture: 11:05 - 12:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 1 December 2020
Lab: 12:05 - 14:00 		CSI*SUPACSI
Concepts in Signal and Image Processing
Tue, 1 December 2020
VC lecture: 12:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Tue, 1 December 2020
VC lecture: 12:05 - 13:00 		COOSUPACOO
C++/Object Oriented Programming
Tue, 1 December 2020
Lab: 12:05 - 14:00 		FPPSUPAFPP
FPGA Programming for Physicists
Tue, 1 December 2020
VC lecture: 14:05 - 15:00 		  QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 1 December 2020
VC lecture: 16:00 - 16:55 		 
02/12/20
         CCHSUPACCH
Computational Chemistry
Wed, 2 December 2020
VC lecture: 13:05 - 14:00 		DETSUPADET
Detectors
Wed, 2 December 2020
VC lecture: 14:05 - 16:00 		DETSUPADET
Detectors
Wed, 2 December 2020
VC lecture: 14:05 - 16:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 2 December 2020
VC lecture: 16:05 - 18:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Wed, 2 December 2020
VC lecture: 16:05 - 18:00
03/12/20
     TOP*SUPATOP
Modern Topics in Condensed Matter Physics
Thu, 3 December 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 3 December 2020
VC lecture: 11:05 - 13:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Thu, 3 December 2020
VC lecture: 11:05 - 13:00 		    ASP*SUPAASP
Advanced Statistical Physics
Thu, 3 December 2020
VC lecture: 15:05 - 16:00 		   
04/12/20
     EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 4 December 2020
VC lecture: 11:05 - 12:00 		QPPSUPAQPP
Quantum Field Theory - Particle Physics
Fri, 4 December 2020
VC lecture: 12:05 - 13:00 		  CSI*SUPACSI
Concepts in Signal and Image Processing
Fri, 4 December 2020
VC lecture: 14:05 - 15:00 		     
07/12/20
   FPPSUPAFPP
FPGA Programming for Physicists
Mon, 7 December 2020
VC lecture: 10:05 - 11:00 		      EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Mon, 7 December 2020
VC lecture: 14:05 - 15:00 		     
08/12/20
           FPPSUPAFPP
FPGA Programming for Physicists
Tue, 8 December 2020
VC lecture: 14:05 - 15:00 		  QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 8 December 2020
VC lecture: 16:00 - 16:55 		 
09/12/20
         CCHSUPACCH
Computational Chemistry
Wed, 9 December 2020
VC lecture: 13:05 - 14:00 		DETSUPADET
Detectors
Wed, 9 December 2020
Lab: 14:05 - 17:00 		DETSUPADET
Detectors
Wed, 9 December 2020
Lab: 14:05 - 17:00 		DETSUPADET
Detectors
Wed, 9 December 2020
Lab: 14:05 - 17:00 		 
10/12/20
                  
11/12/20
     EAQSUPAEAQ
Experimental Atomic & Quantum Optics
Fri, 11 December 2020
VC lecture: 11:05 - 12:00 		           
14/12/20
                  
15/12/20
               QTESUPAQTE
Quantum Technology - Experimental Techniques
Tue, 15 December 2020
VC lecture: 16:00 - 16:55 		 
16/12/20
                  
17/12/20
                  
18/12/20
                  

Key to timetable (semester 1)

* undergraduate course

 

local courses
Condensed Matter and   Nuclear and Plasma   Astronomy   Photonics   Particle Physics   Physics & Life Sciences   Energy   Core Courses  
Material Physics   Physics       (Labs/local in grey)       (Labs in grey)  
ASP - Advanced Statistical Physics
CCH - Computational Chemistry
QFT - MBQT 1 (Quantum Field Theory)
TOP - Modern Topics in Condensed Matter Physics
GPSM - Geometry and Physics of Soft Condensed Matter
 PPH - Plasma Physics
 GWD - Gravitational Wave Detection
AAA - Advanced Data Analysis Astronomy
 EAQ - Experimental Atomic & Quantum Optics
CSI - Concepts in Signal and Image Processing
QTE - Quantum Technology - Experimental Techniques
NAN - Nanophotonics
 ACC - Accelerators
DET - Detectors
QPP - Quantum Field Theory - Particle Physics
 BPH - Biophotonics (SUPABPH)
BAL - Biomedical Applications of Lasers, Beams and Radiation
IBP - Introducing Biology to Physicists
 COO - C++/Object Oriented Programming
IDA - Introductory Data Analysis
PRI - Maths Primer
FPP - FPGA Programming for Physicists

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