• Non ci sono risultati.

`Human Space Exploration'

N/A
N/A
Protected

Academic year: 2022

Condividi "`Human Space Exploration'"

Copied!
2
0
0

Testo completo

(1)

Mem. S.A.It. Vol. 82, 420

SAIt 2011 c Memorie

della

Introduction to the session on

`Human Space Exploration'

P. Messidoro (Chairman)

Thales Alenia Space Italia – Strada A. di Collegno 253, I-10146 Torino, Italy email piero.messidoro@thalesaleniaspace.com

Abstract. When Schiaparelli tried to interpret the surface of Mars as it appeared from his telescope, in particular with reference to the famous “channels”, he formulated the hypoth- esis that they would have been the product of some intelligent Mars population. Today we know that this interpretation was not correct, but we would like to consider his idea as a sort of vision for a future when the humankind will export our civilization on Mars. In fact the objective of the international plans of “Space Exploration” is exactly to land the humans on Mars to start its colonization. Although a new approach is proposed which in- cludes International Space Station, Moon, Asteroids, etc. in a sort of “ flexible path” to look for“new worlds in the Solar System where is possible for the humankind to live and operate”, it is confirmed that the “final destination” is Mars.

1. Introduction

Figure 1 is the cover sheet of the “Commission Augustine” report after the review of NASA Human Space Exploration strategy required by the USA Administration.

Space Nations and Agencies worldwide are meeting periodically in a Working Group ded- icated to Space Exploration where the respec- tive plans are compared in the attempt to opti- mize the resources and pursue an international cooperation. On the same line the Industries, Academies and Research Centers are working on project and technology development to be ready for these future challenges.

In this scenario the third day of this Symposium held in Torino was an oppor- tunity to discuss the status of these initia- tives with particular emphasis on Europe, Italy and Piedmont context and activities.

In fact the first afternoon session, chaired

by Piero Messidoro (TAS-I) introduced to the International, European and Italian Space Exploration strategies through the following presentations:

− “ESA Strategy for Human Exploration” by Bruno Gardini (ESA)

− “ASI Technologies for Human Space Exploration Strategy” by Francesco Svelto (ASI)

− “Human Space Exploration Architecture Study in TAS-I” by Maria Antonietta Perino (TAS-I)

The second afternoon session, chaired by Piero Benvenuti (ASI) entered more in details in the local initiative oriented to the Space Exploration through the following presenta- tions:

− From ISS to Human Space Exploration:

TAS-I Contribution and Perspectives by Piero Messidoro (TAS-I)

− PLANLAB: a planetary environment surface

(2)

Messidoro: Human Space Exploration: Summary 421

Fig. 1. Space Exploration from Augustine Commission in USA

and subsurface emulation facility by Roberto Trucco (ALTEC)

− Systems and Technologies for Space Exploration: the Regional co-funded project STEPS by Dario Boggiatto (Finpiemonte) (TAS-I)

− Five years of the International Master SEEDS: its contributions to Space Exploration by Gianfranco Chiocchia (Politecnico di Torino)

The concluding Round Table on “The

perspectives of the exploration of the

Solar System”, where Maurizio Pandolfi

(Accademia delle Scienze di Torino) mod-

erated the discussion, involved the chair-

men of the day sessions: Piero Benvenuti

(ASI), Giovanni Pareschi (INAF-OA Brera),

Vincenzo Giorgio (TAS-I), Piero Messidoro

(TAS-I). The audience was also participating

to the round table posing several questions to

the speakers.

Riferimenti

Documenti correlati

Similarly, the temporal metric of flashes elicits an early response likely involving also the auditory cortex in hearing but not in deaf individuals, which mimics

This way it is possible to simulate the dynamic behaviour of a single leg (the quarter model of the vehi- cle). 3b shows, the wheel is connected to the 4 th link and the mass of the

During this activity, silicon-based high energy density prototype cells with 1 Ah nominal capacity, following components characterization and optimization, were designed,

Ilea 1, Arild Vik 1, Dimitrios Tsiplakides2, Stella Balomenou2, Kalliopi Papazisi2, Max Schautz3 1 CMR Prototech AS, Fantoftvegen 38, 5072 Bergen, NORWAY,

Given m worker cores and a batch size of b, we define the minimum sustainable period T min (b, m) of a task as the minimum period which does not cause overload and so deadline

To maintain this high level performance the scientific and industrial actors in the field of Space Exploration must make the best use of the funding available from all sources,

Mechanics of landing: During the free-fall phase, the lander acquires kinetic energy from the transformation of gravitational potential energy to motion; during the impact phase,

ACES/PHARAO, Atomic Clock Ensemble in Space/Projet d’Horloge à Refroidissement d’Atomes en Orbite; AIGSO, Atomic Interferometric Gravitational-Wave Space Observatory; ALIA,