Interdepartmental Postgraduate Programme - University of Crete

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Regulation of Studies - Ministerial Decision

The School of Medicine and the Departments of Mathematics and Applied Mathematics, and Materials Science and Technology of the University of Crete, starting on academic year 2018-2019, organize and operate the reformed Interdepartmental Programme of Postgraduate Studies "Optics and Vision".

The Programme leads to a Master’s Degree (MSc) in "Optics and Vision".

The Regulation of Studies of the Interdepartmental Programme of Postgraduate Studies "Optics and Vision" regulates all issues related to the operation of the Programme. Issues and details not provided for in this Regulation are governed by the decisions of the Special Interdepartmental Committee (SIC) of the Programme and by the Postgraduate Studies Regulations of the University of Crete, which prevails in any case.

Tuition Fees

Tuition fees are set at € 4.000 (euros) for EU-citizens and at € 8.000 (euros) for non-

Installments EU-citizens Non-EU-citizens
1st Instalment - Upon the student's Registration
(September - October of first year)
€2000 €4000
2nd Instalment (October of second year) €2000 €4000

 

In cases of students leaving or being discharged from the Programme, the tuition fees are non‐refundable.

 

Scholarships

Scholarships are provided depending on the Programme's available funds. The scholarships will have the form of total or partial tuition exemption.

For the 1st year students, the selection will be based on the ranking list of the selected students.

For the 2nd year students, the selection will be based on the performance of students during the 1styear of their studies.

Also, students can claim scholarships from the School of Medicine and other Foundations.

 

Founding law and regulation of studies (in Greek)

Star segment target with different spatial frequencies photographed from a LCD monitor in focus. The same star segment target from figure 1.3.1 photographed from a LCD monitor and purposely defocused. Note the ring-shaped areas of minimal contrast (nodal points) , spurious resolution and contrast reversal. (after (Smith 1982)) Simple visual reaction times vs. contrast for three different spatial frequencies (0.5, 4.0 and 12 c/deg). The curve for the 0.5 c/deg stimulus is on a true scale, but the other curves have been successively shifted to the right by 1 log unit for ease of viewing. (from (Harwerth and Levi 1978) Η οπτική οξύτητα των τριών διαφορετικών σχεδιασμών  (LO ADD φ.ε., MED ADD φ.ε. και HI ADD φ.ε.) όπως προκύπτει από τις σχετικές μετρήσεις κατά τη μονόφθαλμη παρατήρηση (αριστερά) και κατά τη διόφθαλμη παρατήρηση (δεξιά), με τη χρήση τεχνητής κόρης των 3mm (πάνω) και 6mm (κάτω).
Πίνακας κοντινής οπτικής οξύτητας (αναγνώρισης γραμμάτων) με 100% contrast (αριστερά) και 10% (δεξιά). Με κατάλληλη βαθμονόμηση μπορεί να χρησιμοποιηθεί για διάφορες κοντινές (συνήθως 40cm) και ενδιάμεσες αποστάσεις (63 και 100 cm)(Colebrander mixed contrast card set). Φάσμα απορρόφησης της χρωστικής της ωχράς, όπως έχει περιγραφεί από διάφορους ερευνητές. υπολογιστικό μοντέλο το οποίο προσομοιώνει την διάχυση των φωτονίων μέσα από τον σκληρό λόγω της πολλαπλής σκέδασης. Για αυτό το μοντέλο εφαρμόσθηκε η μέθοδος Monte Carlo (random walk αλγόριθμος) Προφίλ οπισθοσκέδασης σε ανθρώπινο σκληρό. Μπλε γραμμή πειραματικά δεδομένα, κόκκινοι κύκλοι προσομοίωση του μοντέλου.