The park has been designed so that children aged 0 to 10 can develop, play, blossom and grow... In an eco-designed space that focuses on the well-being of the whole family, with areas designed as much for children as for parents. Three play areas have been designed in collaboration with a psychomotor therapist: a first area for toddlers aged 0-3
and it's possible to celebrate your child's birthday at the park
A catering area is also available at the park entrance
and the lounge area is open to teleworking parents
you'll have access to the play areas for 2 hours: cost €4.90 for a child under 1 or an adult (over 11)
€14.90 for a child between 1 and 10 and €24.90 for a creative workshop
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Located in the heart of the École Polytechnique Central Library, Mus'X opened its doors in 2018
It houses the school's historical collections
built up since 1794 to meet the needs of teaching and research
84 of which are classified as Monuments Historiques
carefully preserved by the Centre de Ressources Historiques
with audiovisual devices enriching the tour
Museum Night is the ideal opportunity to discover Mus'X free of charge
Ancient instruments reveal major scientific advances
while the archives and objects on display provide a better understanding of the role played by theÉcole Polytechnique in French history
Not to be missed for an unusual cultural evening just outside Paris
The École polytechnique museum by torchlightSaturday
Plunged into darkness and equipped with a flashlight
We'll tell you the secrets of our scientific collections
The guided tour lasts 45 minutes and is available at 8pm
This page may contain AI-assisted elements, more information here
Columbia Engineering and the École Polytechnique in Palaiseau
have joined forces to create a joint bachelor’s-master’s degree program in engineering
which will accept its first cohort of students in the fall of 2024
Students completing the global dual degree in engineering will earn two degrees: a bachelor’s from the École Polytechnique and a master’s from Columbia
The four-and-a-half-year program will include jointly taught courses
“Engineering is an increasingly global discipline
and the global dual degree program will give students an unprecedented opportunity to learn the range of skills needed to be a twenty-first-century engineer,” says Columbia Engineering dean Shih-Fu Chang
“This unique program testifies to the innovative spirit of our respective institutions and will foster an even closer network of collaboration for both education and research among our faculty.”
We celebrate this half-century milestone with a look back at some of the memorable and defining moments captured in our pages
The Columbia women's basketball team scores its first-ever March Madness victory
The Board of Trustees co-chair will lead Columbia in a temporary capacity until a search for the next president is complete
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Their shared passion for the study of blazars led Deirdre Horan
researcher at Leprince-Ringuet laboratory for particle physics and astrophysics /École Polytechnique and CNRS
research professor at Barnard College of Columbia University
to meet when they both worked in research groups involved in the state-of-the-art VERITAS ground-based imaging Cherenkov Telescopes in Arizona
Both investigating the nature of the high-energy emission from the relativistic jets of blazars
the two researchers harbored the wish to work together even if their respective career paths took them to different continents
The Visiting Professorship Program offered by the international Alliance network
including École Polytechnique and Columbia University
has provided the framework for their research collaboration
It enabled Reshmi Mukherjee to spend almost eight months as a long-term Alliance Visiting Professor at the Leprince-Ringuet Laboratory for Particle Physics and Astrophysics (LLR) at École Polytechnique in 2013
she and Deirdre Horan have continued to work on joint projects and to co-mentor PhD students
After working on the Whipple and the VERITAS experiments in the United States as part of her fellowships at the Harvard Smithsonian Center for Astrophysics and the Argonne National Laboratory
Deirdre Horan joined the CNRS and the Gamma-ray Research Group of LLR/École Polytechnique to work on the Fermi Gamma-ray Space Observatory shortly after its launch in June 2008.
the satellite carries an all-sky telescope
and a gamma-ray burst monitor that allows it to observe astrophysical and cosmological phenomena including active galactic nuclei.
a subclass of active galactic nuclei with relativistic jets oriented such that they point towards Earths
Reshmi and I focus on their gamma-ray emission to learn more about the properties of the jets and their origins and to try to understand what causes the flares that we often detect from these objects”
the LAT collects data that complement those that can be collected by ground-based telescopes
such as the Very Energetic Radiation Imaging Telescope Array System (VERITAS)
on which Reshmi Mukherjee primarily works.
“The key to understanding these flares is to look at different wavelengths of the electromagnetic spectrum at the same time"
elaborating: "Since the Fermi LAT has a very large field of view
it can provide alerts to the community whenever a blazar is in a flaring state
can then slew to observe these sources thus allowing us to gather data from across the entire electromagnetic spectrum and carry out multiwavelength studies to try to understand the properties and processes of these galaxies"
Deirdre Horan and Reshmi Mukherjee are incorporating data from radio through optical and X-rays
all the way up to the highest energy gamma rays
from colleagues around the world in their research
Their aim is to understand not only the flares
but also the quiescent states when the blazars are not in an elevated emission state
Since they started working on joint projects
Deirdre Horan and Reshmi Mukherjee have also opened their collaboration to three colleagues PhD students they supervised at École Polytechnique and Columbia University
who in turn benefited from the support of the Alliance
which have been published in scientific journals
During Reshmi Mukherjee’s recent visit in October 2024
she and Deirdre Horan started “exploring the connection between blazars and neutrino sources
in particular with the high energy neutrinos reported by the IceCube experiment in the South Pole”
As there are still "many open questions in blazar research
such as the location of the gamma-ray emitting region
the origin of fast flares in these objects and the physics of particle acceleration"
the two scientists don't risk running out of secrets to discover any time soon
Given that “neutrinos are elementary particles that lack an electric charge and are produced in cosmic ray interactions”
studying the recently discovered high energy neutrinos
and their connection to blazars “could be the subject of future collaborations for Deirdre and me”
“The origin of the highest energy cosmic rays remains a mystery and the cosmic rays at the highest possible energies can only be produced in sources outside our own Milky Way Galaxy”
a potential site of these ultrahigh-energy cosmic rays
Reshmi Mukherjee explains.Immersion in the research environment at l’X
During Reshmi Mukherjee’s visit to École Polytechnique’s campus
she and Deirdre have worked in neighboring offices
enabling them to “work more intensely together
to attend workshops and potentially even expand the collaboration to other colleagues”
“Having Reshmi on campus for two months helped enormously to solidify our collaboration”
she declares and adds that “this way Reshmi has also come to know other colleagues who investigate other subjects she is interested in such as polarimetry for example
The presence as a Visiting Professor has helped to reinforce the connection between our group and Columbia.”
“a two-month Alliance Professorship is not long enough to complete a full project
but we have initiated a new chapter in our research collaboration which we can carry out in our home institutions”
She emphasizes that the Alliance program has allowed her “not only to form a productive and invigorating scientific collaboration with Deirdre Horan’s group
but has offered an opportunity to explore French art and culture and way of life”
and she particularly enjoyed “talking to the MSc&T and PhD students
exchanging ideas with scientists in the lab on topics ranging from MeV gamma-ray detectors
the Fermi-LAT mission and advanced analysis techniques.”
the Alliance network offers faculty members from its partner institutions - Columbia University
and Paris 1 Panthéon-Sorbonne University - the opportunity to participate in a transatlantic faculty exchange
strengthening ties between the institutions and establishing collaborations on potential projects
Faculty members can spend a few weeks or an entire semester as visiting professors at the partner institution
or give lectures. The Alliance Visiting Professorship is also supported by the Fondation de l'École Polytechnique.
Deirdre Horan's interest in astrophysics may well have been sparked by the clear
star-studded night skies of her native Ireland
After completing her Bachelor's degree in Experimental Physics at University College Dublin with 1st Class Honours
Deirdre Horan undertook a PhD which saw her spending most of her time as a pre-doctoral fellow at the Harvard-Smithsonian Center for Astrophysics in Arizona
Deirdre ran the Whipple 10m telescope as a blazar monitor whilst VERITAS was being commissioned
Her research focused on blazars and gamma-ray bursts
and she soon became deputy leader of the VERITAS Blazar Science Working Group
in which she has remained very active during her subsequent fellowship at Argonne National Laboratory in Illinois
Deirdre Horan joined the CNRS and the Leprince-Ringuet Laboratory for Particle Physics and Astrophysics (LLR) at École Polytechnique.
Since 2006, Deirdre Horan, together with Scott Wakely at the University of Chicago runs TeVCat
which is accessible online and provides a unique and helpful tool for peer researchers' work
Reshmi Mukherjee studied physics and mathematics at the Presidency University in Calcutta
and continued her graduate studies at Columbia University in New York
for work on the development of liquid xenon (LXe) time projection chambers (TPCs)
which are now widely used as dark matter detectors in underground laboratories.
Reshmi Mukherjee joined the EGRET mission at NASA's Compton Gamma-Ray Observatory
where she explored the gamma-ray sky and worked on the discovery of new active galactic nuclei at gamma-ray energies
During her subsequent position as a visiting scientist at McGill University
she began working on the development of ground-based atmospheric Cherenkov telescopes
leading her to the VERITAS ground-based imaging Cherenkov telescope experiment in Green Valley
Reshmi Mukherjee is a member of the faculty at Barnard College of Columbia University
where she teaches introductory physics courses
and conducts research with her team as a principal investigator exploring the frontiers of VHE astrophysics
while remaining in the scientific research domain
the next stopover was not far from the Onera
the main Thales Research & Technology (TRT) site being also at Palaiseau
Here the company pursues pursuing advanced research in physics
key elements to consolidate its technology leadership in each of its five key markets
Some 3,000 personnel of the 25,000 workforce are involved in R&D
investment in this field representing 20% of sales
The Palaiseau TRT works closely in cooperation with academia
and a longstanding agreement with the Centre National de la Recherche Scientifique (CNRS)
the French National Center for Scientific Research
led to the establishment of over 20 common laboratories
while over 120 common patents were obtained
Thales France works closely with SMEs as well as with intermediate size companies
and since 2012 is increasing its links with start-ups
The Starbust start-up accelerator was created in France and then exported to the US
and of the 300-400 start-ups part of the Startbust portfolio in France around one third are of interest for Thales
Thales is fully involved in the digital transformation
which includes connectivity and Internet of Things
The group carried out acquisitions to increase its footprint in some of those domains; in 2014 Thales acquired LiveTV from JetBlue
a company specialised in broadband connectivity on aircraft
which core business is big data management
Overall in the past three years Thales invested one billion Euro in the digital business and in June 2017 it opened its high-tech digital technologies competence centre
and which currently employs 70 people that will more than double in 2018
Thales looks at improvements in different fields: reducing power consumption of electronic systems
anticipate systems failure in order to increase availability
developing “genetic algorithms” capable to beat cyber-attacks in the same way our body defends itself against viruses
Thales Digital Factory was selected by “Station F”
a startup campus that gathers under a single roof 26 start-up programmes
to manage its cybersecurity programme and provide advice and technical expertise in that field
Alain Bouquin discussed the importance of Artificial Intelligence in the military field
Digitisation meant stepping from paper onto computers
“but the digital revolution is something different,” as it will bring to the Internet of Objects of the battlefield
This hyperconnection will first have an impact on logistics
HUMS measuring the usage and allowing to forecast failures; this is already a reality on radars and will be extended to vehicles and smaller weapon systems such as rifles
The same will become possible also for soldiers
But AI will give its best in the intelligence field: considering the number of sensors and the huge amount of information available
these need to be exploited to provide structured intelligence
In the future AI and Big Data management will allow to generate a global view based on heterogeneous information
shortening fruition time and increasing effectiveness
It will be possible to extract weak signals from the clutter
something that was missed when cues signalling potential terrorist threats were lost in the huge amount of incoming information
AI will obviously have an impact on robotics
although in lethal functions the topic has to be addressed quite conservatively due to legal responsibilities if autonomous decisions would be considered
The TRT Artificial Intelligence laboratory developed a biometric simulation system
The system is basically an artificial life engine that simulates human behaviour and is already in use to support infrastructures design as well as for embedded training
The system generates video feed showing human models moving in pre-set backgrounds; the system uses the most recent codec standard
which allows to halven the bitrate compared to current standards
The number of human models is relatively small
cost being the consideration that limits their number
thus many of them look similar in the simulation
however each one has a different behaviour the system also considering their feelings
Thales provided a simulation system to predict and analyse crowd behaviour at the Mecca
embedded simulation considering 5,000 people
while 30 different 3-D models are “acting”
In 2015 the system was used for a test on transport security in Paris
The CNRS-Thales laboratory at Palaiseau was created 22 years ago and is currently manned by around 70 people
whose task is to look way forward in other to generate technological quantum jumps
and to follow technologies towards products
Most of its work is aimed at improving electronics
a term indicating spin transport electronics
the aim being exploiting the intrinsic spin of the electron and its associated magnetic moment to store information in superdense magnetoresistive random-access memory chips
Functional oxides is another of the research subjects
with the objective of finding new material with new functionalities
a single material being capable to do more than one thing
Superconductivity is another subject of study
the main obstacle being cooling as those materiel reach their performances at –200°C
allowing to create filters with virtually no loss
The CNRS/Thales lab developed the prototype of a cryostat the size of a beer can that is able to reach that temperature in two and a half minutes with limited power consumption
the insertion of such technologies into products being considered not too far away
How to make computers more similar to the human brain
in order to reduce their consumption while improving their performances
This is another theme of research at Palaiseau and more precisely at the Unite Mixte de Physique CNRS-Thales
the human brain has an average consumption of 20 W; however the latest artificial intelligence algorithms able to recognise visual and vocal cues with high levels of performance use 10,000 times more energy than the human brain
The main reason for this is that in current computers computing and memory elements are located apart
The aim is thus to develop nanocomponents that can act as neurones or synapses
The lab has developed nano-synapses exploiting ferro-electric junctions
that set electrical resistance according to stimulations
The lab at Palaiseau created electronic nano-neurons exploiting spintronics that are able to recognise a spoken number with 99.6% accuracy
To recognise a vocal a number of neurones is needed
while some 100 million will allow to generate electronic memories
To generate a quantum jump in computing architecture at least one million neurons will be needed
these magnetic nano-neurons could be interconnected via artificial synapses
for real-time big data analytics and classification
The long-term goal is to produce extremely energy-efficient miniaturised chips with the intelligence needed to learn from and adapt to the constantly ever-changing and ambiguous situations of the real world
The last lab visited dealt with nanostructured surfaces
aimed at obtaining super-hydrophobic materiel useful for applications in Thales products
The main problem is to couple together mechanical and radio-frequency properties
The study started from the analysis of natural elements that behave in a certain way
The effect of the structure shape of those leaves was studied
showing that coned-shaped nanostructures have better properties in expelling water nano-drops compared to cylinder-shaped ones
the hydrodynamics laboratory being also involved in the programme
The aim of the TRT laboratory is to come up with a material with anti-rain
This materiel would be very effective on systems such as the Gatekeeper
the staring electro-optical ship security system developed by Thales NL
which currently needs wipers and cleaning liquid to allow a clear view
as the Kate Long Range used on RCWS and turrets
The nanostructures lab is also investigating new concepts for conformal antennas
produced using additive manufacturing technologies
allowed to shift from cone-shaped antennas to plain antennas
with consistent aerodynamics improvements when used on aircraft
while gain was growing from 30 dB to 33 dB
Those antennas based on structured materiel should cover frequencies from high UHF to 15 GB
thus including X-band radars and KA-band SATCOM systems
Indo Defence – Jakarta – 11-14 June
DSEI – London – 9-12 September
PARTNER – Belgrade – 23-26 September
Seafuture – La Spezia – 29 Sept.-2 October
ADEX – Seoul – 29 October-2 November
Dubai Air Show – Dubai – 17-21 November
Milipol Paris – Paris – 18-21 Novenber
Expodefensa – Bogotá – 1-3 December
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Except for the residents of this area, the birth of line V seems to have gone unnoticed. And yet, the latest Transilien line has already been operating as a shuttle bus for almost a year
changes its name and joins the Ile-de-France Mobilités website and application
it connects the Massy-Palaiseau station in Essonne with Versailles-Chantiers in Yvelines
It was Valérie Pécresse who announced in June 2023 that the Massy - Palaiseau - Versailles-Chantiers branch of RER C would be disconnected in future, when line T12 opened
No more and no less than a move towards independence
with no new stations created,so noreal change for users
This will simplify the organization of the RER C
which is often affected by work or problems
thus improving train regularity and service quality on both lines
users can enjoya train every half-hour on average
except from 6.30am to 10am and from 4.30pm to 9.30pm
you can easily visit these few points of interest:
The largest co-living and purpose-built student accommodation (PBSA) residence in Europe
and operator in co-living and PBSA in France – UXCO Group – and its development arm – Océanis Promotion – has announced that it has inaugurated the final phase of ECLA Paris-Palaiseau
the event marks a major milestone in the development of the ECLA residence
UXCO Group acquired five new residences and 2,000 new beds
including the first two ECLA residences outside the Paris region – in Bordeaux and in Archamps
in the greater Geneva area – and the inauguration of a major extension to Paris-Palaiseau
ECLA Paris-Palaiseau has been expanded with 500 new beds and 1,000 m2 of amenity space and has been accessible since autumn 2023
ECLA Paris-Palaiseau is now the largest co-living and PBSA residence in Europe
“Our ECLA concept is central to UXCO Group’s identity
mobilising all our expertise and demonstrating our mastery of the entire value chain from design and development to the management of large-scale residences
“As first a prototype and now the most advanced version of our ECLA concept
ECLA Paris-Palaiseau’s success is proof that new accommodation solutions are possible and that they meet changing lifestyles
“We’re proud to be able to manage these large-scale projects in the Paris region and most recently other regions
with our two recent acquisitions in Archamps
the development was honoured in the 2023 real estate SIMI Housing Awards
which recognised the ‘Innovation in Lifestyles’ characteristic of its unique concept
Designed in partnership with Arte Charpentier architects
the scheme comprises individual studios to shared apartments for two to six people
The 4,500 m2 of amenity space has been planned around a 2.0 theme in a nod to Paris-Saclay
the ‘French Silicon Valley’ that has become a hub of innovation and technology
The residential amenities include coworking spaces
there is also over 20,000 m2 of landscaped areas across the campus that provides a natural retreat within the urban landscape
While many students still have great difficulty finding a place to live in the Paris region
the ECLA-Palaiseau residence offers a first local response to the student housing crisis
It reinforces the work undertaken since 2016 by the Palaiseau town council and the Paris-Saclay local authority to house local students in the best possible conditions.”
Paris-Saclay has become one of France’s main academic and research hubs with over 45,000 students and 15,000 researchers in universities
This makes it an ideal location for the very first and largest ECLA campus and its unique offering
academic clusters and global research organisations
the development is the leading scientific hub
It accounts for 15% of national research and offers the largest range of talent and jobs for young graduates in the Paris region
“We’re delighted to be celebrating the completion of our very first ECLA residence
our partners’ know-how and our experience from the first four years operating in Palaiseau have enabled us to design and develop a unique
quality product that meets the needs of our residents
“ECLA is a unique co-living offering that has made Palaiseau a leading student town with its campus 2.0
we must pay attention to social and environmental challenges
“I would like to thank and congratulate our Océanis Promotion and UXCO Group teams
and all our partners for their dedication to this landmark project which is helping to transform lifestyles and meet the growing need for accommodation in the Paris region.”
The ECLA concept is designed to meet the challenges of future cities and buildings by respecting people and the environment while creating connections between residents
This model for future accommodation came about in a think-tank initiated by Océanis Promotion with researchers
ECLA Paris-Palaiseau demonstrates the essence of this concept with a wide variety of accommodation
enabling around 1,800 residents of 90 nationalities create a strong sense of community
UXCO Group leverages on strong performance to secure €300m refinancing for Ecla co-living and student housing assets
The “research springboard” is instated by the Guillaumat Decree
enabling students to start working in research directly after graduating from the school
The first women are admitted to the school
The school is relocated to Palaiseau (south of Paris) next to the headquarters of the CEA
The school confers its first doctoral degree
Maurice Allais receives the Nobel Prize in Economics for "his pioneering contributions to the theory of markets and the efficient use of resources".
The school celebrates its 200th anniversary
with a visit from President François Mitterrand to the campus
A special entrance exam is created for international students
The school joins the ParisTech Network along with 11 Parisian grandes écoles
which stimulates the creation of startups based on technological advancements by researchers in the École Polytechnique laboratories
an in-depth scientific project led by a student group on a subject of their choice during the second year of the Ingénieur polytechnicien program
Creation of the school’s first Academic and Research Chair in partnership with EDF on Sustainable Development
The school’s Master’s programs are reformatted to European standards
The Thalès group and the Institute of Optics (IOGS) build new facilities to the west side of the campus
Inauguration of the new facilities of ENSTA (École Nationale Supérieure de Techniques Avancées) on the campus
Reform of the École Polytechnique governance
including a redefinition of the roles of the President of the Board of Directors and the Director General of École Polytechnique
Performing executive duties which he undertakes in a full-time role
the President of the Board of Directors is responsible for ensuring that the school fulfills its missions
administered in the operational framework defined by the Board of Directors
under the authority of the President of the Board of Directors
oversees the management and administration of the establishment and the military command of the school
The Director of Academic Affairs and Research is named by decree of the Minister of Defense
through nomination by the President of the Board of Directors after consulting the opinion of the Board
Jean Tirole receives the Nobel Prize in Economics for his analysis of market power and regulation
Inauguration of the Drahi X Novation Center
the incubator for innovative tech start-ups at École Polytechnique.
the continuing education program of École Polytechnique
Launch of the Master of Science & Technology program at École Polytechnique
a research-based program with the aim of opening the way to excellent higher education in France and abroad
École Polytechnique joins the EuroTech strategic partnership
bringing together the Technical University of Denmark
the École polytechnique fédérale de Lausanne
the Technical University of Eindhoven and the Technical University of Munich
professor and member of the École Polytechnique’s High College
is the 2018 Nobel Prize laureate in Physics
Centrale Supélec and AgroParisTech launch a manifesto for an "ecological awakening"
a new space entirely dedicated to promoting École Polytechnique's heritage collections
the legacy of more than two centuries of history and scientific discoveries
For a successful Easter, if you're in Palaiseau, in the Essonne region, you should know that the town is going all out for your children with its traditional egg hunt organized by the CME, the municipal children's council, on Monday April 21, 2025, from 10am to 12pm, in the Hôtel de Ville park
children aged 3 to 10 will be divided into groups
They're given a set route to find the eggs
at the end of which they swap the plastic eggs they've collected for real chocolate eggs
Note that each child will have the same quantity of chocolate eggs
There will also be entertainment for children while they wait for their groups to depart
there's a coffee stand to help them wait too
with plenty of chocolate to enjoy without moderation
scheduled for September 21 and 22 this year
this is your chance to fill up on guided tours and other activities
with a program to rediscover heritage close to home or
to cross the region for unprecedented visits
Heritage Days 2024: visit the Ecole Polytechnique in Palaiseau (91)Ecole Polytechnique is also taking part in the Journées du Patrimoine 2024, with guided tours available on Saturday September 21 and Sunday September 22, 2024. [Read more]
Pointe batteryAucun événement annoncé à ce jour
le programme est mis à jour en fonction des annonces officielles
Church of the Nativity of Our LadyAucun événement annoncé à ce jour
Maison des PinsAucun événement annoncé à ce jour
le programme est mis à jour en fonction des annonces officielles.Place de la VictoireAucun événement annoncé à ce jour
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Calling all fans of bouncing, play parks and indoor leisure activities: in Palaiseau, You Jump
welcomes you from Wednesday to Saturday to its 1,500 m² of play areas
Opt for a trampoline session in one of the various play areas: Cage Ball
a tower from which you can jump to land in a giant airbag
Not forgetting the Ninja Warrior course for the most motivated among you
provided that toddlers aged 3 to 5 are accompanied by an adult jumper
You Jump is open every day from Wednesday to Sunday
For an hour's jumping in the trampoline park
€15 for children over 5 and €10 for a 1.5-hour session for students (excluding weekends
The park is accessible by public transport
served by RER line B (Massy-Palaiseau stop
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winners of the 2022 Nobel Prize for Physics
— The Nobel Prize (@NobelPrize) October 4, 2022
He finished his PhD in 1983 at Paris-Sud University
He is currently professor at Université Paris-Saclay and École Polytechnique
He finished his PhD in 1969 at Columbia University
He is currently a research physicist at J.F
Anton Zeilinger was born in 1945 in Ried im Innkreis
He finished his PhD in 1971 at the University of Vienna
He is currently a professor at the University of Vienna
establishing the violation of Bell inequalities and pioneering quantum information science
In a press release
“The ineffable effects of quantum mechanics are starting to find applications
There is now a large field of research that includes quantum computers
quantum networks and secure quantum encrypted communication
One key factor in this development is how quantum mechanics allows two or more particles to exist in what is called an entangled state
What happens to one of the particles in an entangled pair determines what happens to the other particle
the question was whether the correlation was because the particles in an entangled pair contained hidden variables
instructions that tell them which result they should give in an experiment
John Stewart Bell developed the mathematical inequality that is named after him
This states that if there are hidden variables
the correlation between the results of a large number of measurements will never exceed a certain value
quantum mechanics predicts that a certain type of experiment will violate Bell’s inequality
thus resulting in a stronger correlation than would otherwise be possible
they supported quantum mechanics by clearly violating a Bell inequality
This means that quantum mechanics cannot be replaced by a theory that uses hidden variables
Some loopholes remained after John Clauser’s experiment
using it in a way that closed an important loophole
He was able to switch the measurement settings after an entangled pair had left its source
so the setting that existed when they were emitted could not affect the result
Using refined tools and long series of experiments
Anton Zeilinger started to use entangled quantum states
his research group has demonstrated a phenomenon called quantum teleportation
which makes it possible to move a quantum state from one particle to one at a distance.”
The Nobel Assembly of Sweden’s Karolinska Institute said the prize money
worth 10 million Swedish crowns (~Rs 7.47 crore)
will be split equally between the three laureates
General enquiries: science@science.thewire.in
Construction of the three overhead stations – Palaiseau
Orsay-Gif and CEA Saint-Aubin (Essonne) – for the future line 18 will begin in July 2022
Works are due to be completed in 38 months
The project forms part of other contracts won by Vinci on the future line 18:
The contract is worth €80.9 million and covers civil engineering and structural works the envelope including a metal frame and the facades
together with finishing work for the three stations
For the foundations, Chantiers Modernes Construction will rely on the expertise of Botte Fondations (Vinci Construction)
Up to 180 workers will be employed on site – 10% of hours worked set aside for people on workintegration programmes
and website in this browser for the next time I comment
Building & Construction Today website is the place to come for compelling and informative features
news and products for a diverse audience serving a wide construction sector
Louise Chenuet
@lafrancemocheLa France figure parmi les destinations touristiques les plus populaires au monde, c'est un fait. Pourtant, en parcourant ses villes et paysages, on tombe parfois sur certaines bizarreries, au détour d’une autoroute ou en bordure de ville… Le compte twitter @lafrancemoche réunit les clichés des endroits les plus laids de France
c'est un vrai régal pour le regard… mais attention ça peut piquer
prêts à découvrir les endroits les plus laids de France
tour de Babel bancale à Noisiel et tant d’autres en sont les témoins
Le seul critère pour qu’un lieu soit partagé : il faut que ça pique les yeux
On vous laisse en juger par vous-mêmes
🧐 Porte Dorée Paris 12e, porte de St Ouen Paris 18e, porte des Lilas et porte Chaumont Paris 19e, pourquoi une telle médiocrité architecturale et urbaine pour ces hôtels implantés aux portes de Paris ? #Paris pic.twitter.com/PDXvpX9Uwv
Merci pour vos messages, je ne peux pas répondre à tout le monde mais je regarde attentivement ce que vous m’envoyez. Et donc, des beaux rond-points : pic.twitter.com/89o1sbSWPM
pic.twitter.com/7DeKcEXwpC
Je pense que le pire reste celui de Mourenx 🤣🤣Chaque année je passe devant j’hallucine 😅 https://t.co/zqUCUMQbuJ pic.twitter.com/T2ViUGspdN
Blblblblblblblblblbl (franchement je vois pas comment faire mieux à l’écrit). pic.twitter.com/jqSZOQwARN
L’art à Paris, c’est à chaque coin de rue. C’est formidable ! pic.twitter.com/IsG8xCV84b
Je casse le mythe mais la tour de Babel est tout simplement à Noisiel ! pic.twitter.com/DOGxf8WEYU
Elle habite où Barbie ? À Palaiseau ! pic.twitter.com/Vs6tqILlD0
Ça rend bien des services quand même ! pic.twitter.com/WKP4BUceSs
disappeared from campus of (Right) Polytechnique à Palaiseau in Essonne
A massive search and rescue operation was conducted over the 160-hectare campus
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