Hebrew University Jerusalem

ייצור אנרגיה מבוזר ואגירתה ביחידות יבילות שניתן להופכן למגורונים בשעת חירום (שיתוף עם טכניון וJCT); פענוח חומר סייסמי תלת מימדי בסיוע רשתות נוירונים עמוקות (שיתוף עם פרופ׳ מיכאל ורמן ממדמ״ח).

Fossil fuels, Induced seismicity, CO2 sequestration, Geothermal energy.

Solar fuels ad chemicals: Photoacatlytic nanocrystals for the conversion of solar energy to fuels; Photoelectrochemistry utilizing nanocrystals for conversion of solar energy to fuels and its use for useful chemicals formation. Green hydrogen.

I'm exploring the use of different minerals and waste materials to remove carbon dioxide from the atmosphere and store it safely

Lioz Etgar's group focuses on the development of radically new nanostructures and molecular materials for the production of innovative solar cells, third generation solar cells. We concentrate on functional materials for solar energy application and the assembly and the characterization of the solar cell.

יש לי שני כיווני מחקר הקשורים באיפיון של ביקוע גרעיני מושרה נויטרונים, בפרט במדידת ההסתברות להתרחשות הביקוע ובזהות תוצרי הביקוע. יש למחקרים הללו חשיבות לתכנון כורים בהיבטים של יעילות, בטיחות, וניהול הפסולת.

We focus on developing new functional organic materials for efficient light-emitting devices and understanding their structure-function relationship.

מיזוג אוויר בעזרת מי ים, SWAC - seawater air-conditioning; הערכת פוטנציאל הרוח עבור מיקום טורבינות; פיזור מזהמים בים

We are working on the plant circadian system which regulates a huge number of diverse processes in plants including energy capturing photosynthesis and growth.

פיתוח ואנליזה של זרזים תרמיים ליצירת ביו-דלקים מחומרים מתחדשים, - פיתוח ואנליזה של זרזים סלקטיביים להפיכת CO2 ומתאן לכימיקלים בעלי ערך-מוסף גבוה

Developing absorbers and charge transfer layers for wide bandgap photovoltaics that can serve as top layers in Tandem solar cells. Study broad emitters based on low dimensionality semiconductors for simple, cheap and energy efficient illumination devices

Energy politics, society, geopolitics, including issues related to infrastructure

primary processes in biological solar energy conversion

Batteries; Energy storage; Phase chage materials;

We are developing novel solutions for photovoltaics based on thin films photovoltaic and thermovoltaic solar cells integrated with metasurfaces and other nanophotonic structures for the purpose of enhancing the performance and for adding functionalities to the cell.

Earthquake physics, Earthquake hazard mitigation and early warning

The resesrch group of Magdassi is involved in developing new materials and printing processes for fabrication energy devices. This includes semi-transparent solar cells, functional coatings, and stretchable energy piezo harvestors

Energy storage: supercapacitors and batteries, hydrogen storage; Energy conversion: solar-thermal coatings, anti-soiling coatings, electrocatalysis

In my lab we purify natural photosystems (photosystem I and photosystem II) and other proteins involved in the photosynthetic process, e.g. ferredoxin and ferredoxin-NADP Reductase (FNR) from a thermophilic cyanobacterium (Mastigocladus laminosus) grown in 55 °C. The purified complexes/proteins are transferred to Prof. Itamar Willner laboratory where they are used as the light harvesting and electron transfer components of photovoltaic or hydrogen producing cells

Green Buildings, Urban Energy Transitions

Hydrogen and energy storage using the formate bicarbonate cycle

Sharon's lab is dedicated to energy storage solutions, exploring innovative nanofabrication techniques and material systems to enhance energy storage capacity, efficiency, and safety of next-generation battery systems. Their research aims to revolutionize renewable energy integration, paving the way for a sustainable and greener future

Development of artificial photosynthetic model systems directed to hydrogen evolution, CO2-fixation. Studies include development of photosensitizers, controlling electron-transfer and development of catalysts.

ALD/MLD deposition of photo and electro catalytic materials. Photocatalytic production of H2O2. High performance composite materials for energy applicatoins & batteries

Tension Between Solar Farms and Agricultural Land Use

Physical chemistry, Materials science, and the Application of Materials for Energy Production. We emphasize developing novel syntheses for advanced materials and devices for solar energy into useful forms of sustainable energy and fuels.