Skip to main content

Web Content Display Web Content Display

Skip banner

Web Content Display Web Content Display

Chiral Skeletons Binding Boron and Phosphorous Based on Trypticene Motif (Supervisor: dr hab. Miłosz Pawlicki, JU prof.)

Pursuant to § 7 sections 1 and 3 of Resolution No. 91/IX/2021 of the Senate of the Jagiellonian University of 29 September 2021 on: the rules of recruitment for the Doctoral School of Exact and Natural Sciences at the Jagiellonian University in the academic year 2022/2023, the Director of the Doctoral School of Exact and Natural Sciences announces a competition for 1 doctoral student with a scholarship financed
from the research project funds as part of the PhD study programme in CHEMISTRY 
 
Within the UMO-2021/43/O/ST4/01347 project entitle Chiral Skeletons Binding Boron and Phosphorous Based on Trypticene Motif, a commission set up at the School will conduct recruitment for the PhD study programme chemistry.
 
The project manager, dr hab. Miłosz Pawlicki, prof. UJ offers an opportunity to complete the doctorates in the following area of: synthesis and characterisation of skeletons with extended pi-conjugation and establishing the optical and magnetic properties of the newly obtained materials. The key aspect in pursuing the main goal will be focusing on finding proper synthetic paths leading to expected systems followed by structural analysis of obtained systems. The main weight will be put on application of spectroscopic techniques including NMR, UV-Vis and emission including the CPL effect. 
 
After the interviews and the evaluation of the candidates, the Chairman of the committee presents a report to the Director containing a list of candidates recommended for admission to the school as part of the research project.

Project description:

Project focuses on precisely designed structural motifs with imprinted extended pi-delocalisation. The specific construction allows a control of the observed properties based on modulation of the behaviour assigned to unsaturated systems. Those changes lead to modifications of optical properties and subtle adjustment of the transition energy in the absorbance as well as in the emission. The modulation of the pi-cloud incorporated by the redox processes changes the character from diatropic to paratropic drastically changing the observed behaviour. The key element of the research project relies on imprinting of the chirality to all designed derivatives and formation of the class of derivatives with strictly designed helicity which shows a significant potential towards formation of CPL fluorophores – the class of molecules where the emission is observed in polarized light with a behaviour like a Cotton effect in CD. 

Candidate’s profile:

  • Master Thesis in discipline of chemistry (or related) 
  • Experience in multi-step organic synthesis
  • Experience in spectroscpopic analysis on newly obtained systems
  • Proficiency in English (spoken and written) allowing searching the scientific literature and a day-by-day work in international environment
  • Experience in work with pi-extended systems will be an advantage

Schedule of the competition:

  1. Opening of the competition (means: opening admission in the Online Application System): 12/08/2022
  2. Application submission deadline: (means: closing the Online Application System): 25/08/2022
  3. Entrance exams: 29-30/08/2022
  4. Announcement of results: 01/09/2022
  5. Enrolment: 02/09/2022-08/09/2022
  6. Enrollment (reserve list) 19/09/2022-23/09/2022 
 
For PRELUDIUM BIS 3 also in accordance with the criteria specified in Annex 2 to the Terms and Conditions of Awarding Funds for the Implementation of Tasks Funded by the National Science Centre under research projects, annexed to the Resolution of the Council of the NCN no 79/2021 of 9 September 2021 (point 2.1.3). 
 
Application documents (required documents as part of a given PhD study programme and resulting from the specificity of the research project):
 
Please send your application documents to the project manager (name and surname) Miłosz Pawlicki at: (e-mail) milosz.pawlicki@uj.edu.pl and upload them into the Online Application System (irk.uj.edu.pl).

Documents required for entry within PhD study programme CHEMISTRY

the original OAS application printed out from the system, containing a photograph;
a photocopy and the original for inspection of: a diploma or other document of graduation of a higher education institution abroad entitling the holder to undertake education in order to obtain the degree of doctor in which it was issued, recognized as equivalent to the relevant Polish master's diploma, and if, by the date of entry, the candidate does not yet hold a master's diploma document, a certificate issued by the higher education institution confirming that the candidate has passed the diploma examination, containing information on the right to take up education in order to obtain the degree of doctor in whose system the institution operates, with the grades given from the diploma examination, from the diploma thesis and on the diploma (for graduates of the second degree studies also a certificate containing these grades from the completed first degree studies);
a photocopy and the original for inspection: a diploma supplement;
for inspection: identity document (passport in case of foreigners);
originals of all other documents provided at the registration stage in the form of a scan.
 
In the event of exposure to harmful, noxious or hazardous factors, the applicant will, at the time of registration, be referred for a medical examination by an occupational medicine physician. The candidate shall be obliged to deliver, within the time limit set by the programme manager, a medical certificate confirming the absence of contraindications to take up education (applies only to some PhD study programmes).

Higher education diplomas awarded abroad should:

  1. bear an apostille clause if the issuing country is covered by the Convention abolishing the requirement legalisation for foreign public documents, done at The Hague on 5 October 1961 (Journal of Laws of 2005, No. 112, item 938) or
  2. be subjected to legalisation, in other cases.
Any document submitted in a language other than Polish or English must be accompanied by a certified translation into Polish or English.

Insurance:

Each doctoral student, including a foreigner, admitted to the doctoral school is obligatorily subject to health insurance if he/she is not covered by such insurance on other grounds (e.g. employment relationship, contract of mandate, business activity, insured as a family member under 26 years of age, as the spouse of an insured person). The health insurance contribution is paid by the Jagiellonian University and is financed from the State budget. In addition, a doctoral student receiving a doctoral scholarship is subject to compulsory retirement and disability insurance and accident insurance.

IMPORTANT:

A person admitted to the doctoral school begin education and acquire doctoral student rights upon taking the oath. The Department of Personal Affairs reports doctoral student admitted to the School to compulsory health and social insurance at the commencement of education. Until that time foreign candidates are obliged to cover the costs of insurance for the time of travel, treatment, etc. individually.
Recommended
Wielowymiarowa chiralność fibryli amyloidowych i jej wpływ na własności ich struktur (dr hab. Agnieszka Kaczor, prof. UJ)

Wielowymiarowa chiralność fibryli amyloidowych i jej wpływ na własności ich struktur (dr hab. Agnieszka Kaczor, prof. UJ)

RamanSense: Metabolomics based on Enhanced Stimulated Raman Microscopy (prof. dr hab. Małgorzata Barańska)

RamanSense: Metabolomics based on Enhanced Stimulated Raman Microscopy (prof. dr hab. Małgorzata Barańska)

Investigation of the catalyst for low-temperature hydrogen sulfide utilization (prof. dr. hab Joanna Profic-Paczkowska)

Investigation of the catalyst for low-temperature hydrogen sulfide utilization (prof. dr. hab Joanna Profic-Paczkowska)

Luminescencyjne sensory gazów oparte na związkach koordynacyjnych wspieranych oddziaływaniami metalofilowymi: od elastyczności do efektu pamięci kształtu (dr hab. Szymon Chorąży, prof. UJ)

Luminescencyjne sensory gazów oparte na związkach koordynacyjnych wspieranych oddziaływaniami metalofilowymi: od elastyczności do efektu pamięci kształtu (dr hab. Szymon Chorąży, prof. UJ)