UAB Research Park general presentation

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UAB Research Park is a non-profit organization dedicated to promoting and facilitating knowledge transfer and innovation.

Science

UAB Research Park is a non-profit
organization dedicated to promoting
and facilitating knowledge transfer
and innovation
About the Park
parc.uab.cat

The mission of PRUAB is to facilitate
and promote the transfer of knowledge
generated by the research groups of
UAB to the society, through licences,
collaborative research and the creation
of new companies
parc.uab.cat

02
Built on the base
of a great
Campus
parc.uab.cat

Built on the base of a
great University
705
PhD theses defended
(2018-2019)
4.781
Published papers
(2019)
25.924
Degree students
(2018-2019)
4.832
PhD Students
(2018-2019)
parc.uab.cat

182
THE WUR
2021
245
Consolidated
research
groups
(2019)
683
Research
agreements
(2019)
4.000
Researchers
on campus
Recognized by the
best rankings
parc.uab.cat

03
Promoting
knowledge
transfer and
innovation
parc.uab.cat

§ Detection of technological and innovation needs of companies.
§ Connection with the business fabric.
§ Organization of idea-labs based on sectoral challenges.
§ Dissemination of the UAB campus R&D capabilities.
§ Representation on technology platforms, networks, clusters,
associations, and other influencer groups.
Searching and identifying
innovation needs
parc.uab.cat

§ Analysis and identification of UAB campus research groups that can
solve innovation challenges.
§ Development of projects between researchers and companies.
§ Preparation of projects in competitive calls.
§ Execution of project management.
Managing and coordinating
innovation projects
parc.uab.cat

§ Identification of funding possibilities for national and European innovation
projects.
§ Preparation and drafting of project proposals.
§ Administrative, economic and financial management of projects.
Supporting
Entrepreneurship
parc.uab.cat

§ Personalized advice to researchers with an innovative idea.
§ Training programs to promote entrepreneurship.
§ Support for the creation of companies based on research results.
§ Advice on approach to business ideas.
§ Team structuring.
§ Support in drawing up the business plan.
Supporting
Entrepreneurship
parc.uab.cat

§ Contact with companies and business organizations.
§ Talent search.
§ Specialized training in innovation and business management.
§ Grant management.
§ Contact with investment forums.
Helping companies
to grow
parc.uab.cat

§ Eureka Building.
§ Research Module A.
§ Research Module B.
Managing
Spaces
parc.uab.cat

§ Promotion and dissemination of the R+D+I capabilities of the UAB campus.
§ Communication of innovation projects.
§ Weekly newsletter.
§ Design services for corporate brochures.
§ Events.
Disseminating transfer
and innovation
parc.uab.cat

04
Our innovation
ecosystem
parc.uab.cat

Hub b30
parc.uab.cat
§ Open innovation network.
§ Ecosystem of co-ideation and co-creation.
§ Innovation facilitating environment.
§ Initiative for territorial competitiveness.
An alliance to promote the
innovation at the B30 area

Network of PRUAB companies
80%
success rate
15M€
Invoiced by start-
ups located in the
Park (2018)
120
companies attached
since 2001
990
workplaces
parc.uab.cat

Companies joined by typology
parc.uab.cat
Start Ups
(73) EBT (21)
Spin-off
UAB (11)
Spin-off
CSIC (15)

Companies joined by area
parc.uab.cat
Start Ups
(73) EBT (21)
Spin-off
UAB (11)
Spin-off
CSIC (15)

B-30 Largest industrial concentration
in the Southern Europe
B30 Area
parc.uab.cat

More information?
Visit parc.uab.cat
Follow us
@PRUAB

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Within the uncertainties of involved astronomical and biological parameters, the Drake Equation typically predicts that there should be many exoplanets in our galaxy hosting active, communicative civilizations (ACCs). These optimistic calculations are however not supported by evidence, which is often referred to as the Fermi Paradox. Here, we elaborate on this long-standing enigma by showing the importance of planetary tectonic style for biological evolution. We summarize growing evidence that a prolonged transition from Mesoproterozoic active single lid tectonics (1.6 to 1.0 Ga) to modern plate tectonics occurred in the Neoproterozoic Era (1.0 to 0.541 Ga), which dramatically accelerated emergence and evolution of complex species. We further suggest that both continents and oceans are required for ACCs because early evolution of simple life must happen in water but late evolution of advanced life capable of creating technology must happen on land. We resolve the Fermi Paradox (1) by adding two additional terms to the Drake Equation: foc (the fraction of habitable exoplanets with significant continents and oceans) and fpt (the fraction of habitable exoplanets with significant continents and oceans that have had plate tectonics operating for at least 0.5 Ga); and (2) by demonstrating that the product of foc and fpt is very small (< 0.00003–0.002). We propose that the lack of evidence for ACCs reflects the scarcity of long-lived plate tectonics and/or continents and oceans on exoplanets with primitive life.

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Below are the important points I note from the 2020 paper by Martin Grohe: - 1-WL distinguishes almost all graphs, in a probabilistic sense - Classical WL is two dimensional Weisfeiler-Leman - DeepWL is an unlimited version of WL graph that runs in polynomial time. - Knowledge graphs are essentially graphs with vertex/edge attributes ABSTRACT: Vector representations of graphs and relational structures, whether handcrafted feature vectors or learned representations, enable us to apply standard data analysis and machine learning techniques to the structures. A wide range of methods for generating such embeddings have been studied in the machine learning and knowledge representation literature. However, vector embeddings have received relatively little attention from a theoretical point of view. Starting with a survey of embedding techniques that have been used in practice, in this paper we propose two theoretical approaches that we see as central for understanding the foundations of vector embeddings. We draw connections between the various approaches and suggest directions for future research.

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The thermal continuum emission observed from accreting black holes across X-ray bands has the potential to be leveraged as a powerful probe of the mass and spin of the central black hole. The vast majority of existing ‘continuum fitting’ models neglect emission sourced at and within the innermost stable circular orbit (ISCO) of the black hole. Numerical simulations, however, find non-zero emission sourced from these regions. In this work, we extend existing techniques by including the emission sourced from within the plunging region, utilizing new analytical models that reproduce the properties of numerical accretion simulations. We show that in general the neglected intra-ISCO emission produces a hot-and-small quasi-blackbody component, but can also produce a weak power-law tail for more extreme parameter regions. A similar hot-and-small blackbody component has been added in by hand in an ad hoc manner to previous analyses of X-ray binary spectra. We show that the X-ray spectrum of MAXI J1820+070 in a soft-state outburst is extremely well described by a full Kerr black hole disc, while conventional models that neglect intra-ISCO emission are unable to reproduce the data. We believe this represents the first robust detection of intra-ISCO emission in the literature, and allows additional constraints to be placed on the MAXI J1820 + 070 black hole spin which must be low a• < 0.5 to allow a detectable intra-ISCO region. Emission from within the ISCO is the dominant emission component in the MAXI J1820 + 070 spectrum between 6 and 10 keV, highlighting the necessity of including this region. Our continuum fitting model is made publicly available.

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PESTS OF GREEN MANURE CROPS AND FORAGE CROPS SESBANIA BORERS 1. Sesbania stem borer, Azygophleps scalaris, Cossidae, Lepidoptera Symptom of damage: Drying of sesbania plants. Nature of damage: Stoutly built larva bores into the stem and feeds, the faecal matter getting accumulated at the entrance hole. Egg: Laid in masses attached to the leaflets. Larva: Robust larva of 7 cm length, light brown with a reddish brown head. Pupa: Pupa has spines anteriorly with the help of which it moves up and down inside the tunnel in the stem. Adult: Sluggish yellowish brown moth. 2. Stem weevil, Alcidodes bubo, Curculionidae, Coleoptera Symptom of damage: Drying of the terminal branches or whole plant, lodging of the plants during monsoon seasons; affected stem with numerous bore holes and swelling symptoms. Presence of apodous grub inside the stem. Nature of damage: Grubs riddle into stem and cause thickenings on stem. The growth and vigour of the plants are impaired to a great extent. Egg: Laid on the stem. Grub : Apodous whitish grub. Adult: Reddish brown weevil with white transverse markings on the elytra. LEAF FEEDERS 3. Green semilooper, Pericyma glaucinans, Noctuidae, Lepidoptera Symptom of damage: Defoliation of plants preceding with leaflets damage. Nature of damage: Caterpillar feeds on the leaflets remaining along the ribs of leaves. Larva : Pale green, semilooper with broad yellow lateral stripes. Adult: Dark brown with black lines 4. Green looper, Semiothisa pervelgata, Semiothisa emersaria, Geometridae, Lepidoptera Symptom of damage: Defoliation of plants preceding with leaflets damage. Nature of damage: Larvae feed on the leaves. Egg: Oval greenish eggs laid singly on leaves. Larva : Pale green looper with white lines and when full grown becomes pink with horizontal bands of violet patches dorsally on the abdominal segments. Pupa: Pupates in the soil. Adult: White colour with three dark lines and spots on the wings.

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UAB Research Park general presentation

1. UAB Research Park parc.uab.cat

2. 01 The UAB Research Park parc.uab.cat

3. UAB Research Park is a non-profit organization dedicated to promoting and facilitating knowledge transfer and innovation About the Park parc.uab.cat

4. The mission of PRUAB is to facilitate and promote the transfer of knowledge generated by the research groups of UAB to the society, through licences, collaborative research and the creation of new companies parc.uab.cat

5. The Park in 3 minutes! parc.uab.cat

6. 02 Built on the base of a great Campus parc.uab.cat

7. Built on the base of a great University 705 PhD theses defended (2018-2019) 4.781 Published papers (2019) 25.924 Degree students (2018-2019) 4.832 PhD Students (2018-2019) parc.uab.cat

8. 182 THE WUR 2021 245 Consolidated research groups (2019) 683 Research agreements (2019) 4.000 Researchers on campus Recognized by the best rankings parc.uab.cat

9. UABCIE Sphere parc.uab.cat

10. 03 Promoting knowledge transfer and innovation parc.uab.cat

11. § Detection of technological and innovation needs of companies. § Connection with the business fabric. § Organization of idea-labs based on sectoral challenges. § Dissemination of the UAB campus R&D capabilities. § Representation on technology platforms, networks, clusters, associations, and other influencer groups. Searching and identifying innovation needs parc.uab.cat

12. § Analysis and identification of UAB campus research groups that can solve innovation challenges. § Development of projects between researchers and companies. § Preparation of projects in competitive calls. § Execution of project management. Managing and coordinating innovation projects parc.uab.cat

13. § Identification of funding possibilities for national and European innovation projects. § Preparation and drafting of project proposals. § Administrative, economic and financial management of projects. Supporting Entrepreneurship parc.uab.cat

14. § Personalized advice to researchers with an innovative idea. § Training programs to promote entrepreneurship. § Support for the creation of companies based on research results. § Advice on approach to business ideas. § Team structuring. § Support in drawing up the business plan. Supporting Entrepreneurship parc.uab.cat

15. § Contact with companies and business organizations. § Talent search. § Specialized training in innovation and business management. § Grant management. § Contact with investment forums. Helping companies to grow parc.uab.cat

16. § Eureka Building. § Research Module A. § Research Module B. Managing Spaces parc.uab.cat

17. § Promotion and dissemination of the R+D+I capabilities of the UAB campus. § Communication of innovation projects. § Weekly newsletter. § Design services for corporate brochures. § Events. Disseminating transfer and innovation parc.uab.cat

18. 04 Our innovation ecosystem parc.uab.cat

19. Hub b30 parc.uab.cat § Open innovation network. § Ecosystem of co-ideation and co-creation. § Innovation facilitating environment. § Initiative for territorial competitiveness. An alliance to promote the innovation at the B30 area

20. Network of PRUAB companies 80% success rate 15M€ Invoiced by start- ups located in the Park (2018) 120 companies attached since 2001 990 workplaces parc.uab.cat

21. Companies joined by typology parc.uab.cat Start Ups (73) EBT (21) Spin-off UAB (11) Spin-off CSIC (15)

22. Companies joined by area parc.uab.cat Start Ups (73) EBT (21) Spin-off UAB (11) Spin-off CSIC (15)

23. B-30 Largest industrial concentration in the Southern Europe B30 Area parc.uab.cat

24. More information? Visit parc.uab.cat Follow us @PRUAB

UAB Research Park general presentation

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