意大利米蘭理工大學(xué)2023年招聘博士后職位（光熱顯微鏡用于腫瘤活檢的分級和分期）

米蘭理工大學(xué)（意語：Politecnico di Milano；簡稱Polimi）創(chuàng)建于1863年，坐落于意大利米蘭，僅專注于工程技術(shù)領(lǐng)域，不設(shè)置綜合院校的文、法、醫(yī)等學(xué)院。

米理是歐洲頂尖工科院校聯(lián)盟IDEA聯(lián)盟成員，也是米理-TUM-帝國理工學(xué)院歐洲人才學(xué)會聯(lián)盟、歐洲設(shè)計高校聯(lián)盟（MEDes）、米理-清華大學(xué)中意國家級創(chuàng)新基地、米理-麻省理工ROCCA等成員。

米蘭理工大學(xué)誕生了歐洲首個電子計算中心，擁有歐洲最大的風(fēng)洞實驗室、歐洲最大的ICT部門之一（IEEE/ACM Fellow30余位）、世界Top3大學(xué)企業(yè)孵化器Polihub。米蘭理工大學(xué)的1169位教師中，有185名教授進入2022年斯坦福大學(xué)發(fā)布的世界前2%頂尖科學(xué)家之列。諾獎得主、建筑學(xué)界最高獎普利茲克獎得主（共5位）、阿瑪尼/迪奧等著名時尚品牌首席設(shè)計師等都曾于此學(xué)習(xí)或任教。繼李克強總理于2014年訪問米理后，習(xí)近平主席和意大利總統(tǒng)馬塔雷拉于2017年2月出席了米理-清華合作協(xié)議簽署儀式。

Post-Doc Position Open

Universities and Institutes of Italy

Italy

February 15, 2024

Contact:N/A

Offerd Salary:Negotiation

Location:N/A

Working address:N/A

Contract Type:Other

Working Time:Full time

Working type:N/A

Ref info:N/A

3 Nov 2023

Job Information

Organisation/Company

Politecnico di Milano

Department

Physics

Research Field

Physics » Applied physics

Researcher Profile

Recognised Researcher (R2)

Country

Italy

Application Deadline

15 Feb 2024 - 19:06 (Europe/Brussels)

Type of Contract

Temporary

Job Status

Full-time

Offer Starting Date

1 Mar 2024

Is the job funded through the EU Research Framework Programme?

HE

Is the Job related to staff position within a Research Infrastructure?

No

Offer Description

POST-DOC POSITION

Ultrabroadband Photothermal Microscope for grading and staging of tumor biopsies

Context: Within the European Pathfinder project TROPHY - ultrafast hOlograPHic FTIR microscopy - we are looking for an aspiring scientist to fill a PostDoc position at Politecnico di Milano, working on a cutting-edge project that promises to push the boundaries of vibrational microscopy.

Project overview: Photo-thermal microscopy is a rapidly emerging technique for the imaging of biological samples with high selectivity, sensitivity and spatial resolution. It relies on the photo-thermal effect, which occurs when a visible probe beam reads out the local temperature change induced by a second laser beam in the mid-infrared absorbed by the sample. The research program aims at developing a novel photo-thermal microscope based on a compact Ytterbium femtosecond oscillator capable of providing images with high chemical specification and at video speed of biological samples and in particular of tumor biopsies.

Activity:

· Synthesize ultrabroadband pulses in the mid-infrared for sample excitation and narrow band pulses in the visible for extracting the photo-thermal signal.

· Design a set of optics and of galvanometric mirrors for the simultaneous scanning of infrared and visible pulses over sample areas up to 1 square millimeter.

· Characterize the photo-thermal response of several samples as a function of incident intensity, scanning speed, delay between pump and probe pulses, focusing conditions.

· Implement a Fourier transform interferometer for extracting the spectral content of the photothermal signal.

· Acquire hyper-spectral images of biopsies to be compared against images from competing or complementary approaches and to be classified via AI tools.

Employment Conditions:

· A net salary: 2 355.25

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